ADMINISTRATION - ucanr.edu

ADMINISTRATION

PERSONNEL

Field Station Personnel

Academic

Rowell P L Station Superintendent and Specialist Agricultural Field Stations Associate in the Experiment Station and Lecturer Department of Agronomy amp Range Science Davis

Staff

Barney E J Senior Agricultural Technician Clark T A Staff Research Associate Coffin E W Animal Resources Supervisor Hollingsworth C L Administrative Assistant Labadie D W Princlpl Agricultural Technician Leech H Jr Senior Farm Maintenance Worker Sankoff L D Senior Animal Technician Silva E M Jr Senior Superintendent of Agriculture Springsteen D N Principal Superintendent of Agriculture

General Assistance

Beaton F L Custodian Beaton M N Farm Laborer Childers G J Farm Laborer Glasgow R J Farm Lborer

Students

Coe Brend Dunn Gerald C Fenger Clara Harris Marlies K Martinez Cynthia L Hoell e r Li sa Parish Paula

Departmental personnel stationed at Sierra Foothill Range Field Station

Staff

Delmas R E Staff Research Associate Department of Animal Science Davis

oJ

i

STATION OPERATIONS

Organizations USing Station Facilities for Research Work

university of California

Department of Agronomy amp Range Science Davis

Department of A~imal Science Davis

Departme~t of land Air amp Water Resources Davis

Department of Environme~tal Horticulture

Department of A~imal Physiology Davis

School of Veterinary Medicine Davis

Division of Entomology amp Parasitology Berkeley

Department of Forestry amp Resource Management Berkeley

Cooperative Extension Davis

Department of Nematology Davis

Department of Geology Davis

Department of Wildlife amp Fisheries Biology Davis

Department of Veterinary Microbiology

Botany Extension Davis

local

Cooperative Extensio~ Yuba and Sutter Counties

Other

Chapman Forestry Foundation

California State University Chico

STATION OPERATIONS

bullI Station Research Committee

Members of Research Advisory Committee

C A Raguse Chairman - Department of Agronomy amp Range Science Davis

J R Anderson - Division of Entomology amp Parasitology Berkeley

G E Bradford - Department of Animal Science Davis W H Brooks - Cooperative Extension Mendocino County W J Clawson - Agronomy amp Range Science Extension Davis D R McCullough - Forestry amp Resource Management Berkeley M J Si nger - Land Ai r amp Water Resources Soi Is amp Plant

Nutrition Davis J W Menke - Agronomy amp Range Science Davis R H Barrett - School of Natural Resources Berkeley J G Morris - Department of Animal Science Davis

Ex Officio Members

J L Myler - Agricultural Field Stations Davis P L Rowell Secretary - Sierra Foothill Range Field Station A H Murphy Assistant Secretary - Hopland Field Station

Dates of Meetings

None

Minutes of Meetings

Minutes of meetings are on file at the Sierra Foothill Range Field Station Browns Valley and at Agricultural Field StationsDavls

Station Records Maintained

Climatic factors have been recorded and are on file at the Sierra Foothi 11 Range Field Station (copies of the Monthly Cl imatic Summary and Legend are in the appendix of this report) The weather station is located on Nob Hill close to the main Headshyquarters area (approximate elevation 675 feet)

Two rain gauges are in operation Rain gauge 1 is located with the main weather station Rain gauge 2 is located at the Forbes Headquarters area (approximate elevation 400 feet)

Plot maps of Field Station experimental areas for each year are maintained on file at the Station

An inventory of all Field Station equipment is maintained on file at the Station September 8 1980 was the date of the last inventory

STATION OPERATIONS

Inventory of Livestock (June 30 1981)

Field Station Owned

Sheep Value

Ewes

Rams

(15)

(none)

Total (15)

$60000

$60000

Department of Animal at Station

Science Owned

Catt le Number

Bulls

Cows Purebred

Cows Commercial

He i fers

29 58

163

175

Horses

Geldings 3

Buildings and Grounds Maintenance

Records of buildings at the Station

and grounds maintenance are on file

Plot maps of headquarters areas with buildings numbered and identified are maintained at the Station

All repairs (except minor ones) and alterations are recorded and filed with plot maps

A fire protection equipment maintenance record is on file at the Station

Special reports of factors affecting Station Operations are on file at the Station

STATION IMPROVEMENTS Minor Capital Improvements

Construction of a bulk feed storage facility was started during the 198081 fiscal year

Facilities (other than Minor Capital Improvements)

Cabinets in the four residences and the dormitory were refinished

New floor coverings were installed in the kitchens and dining rooms of four residences and in the bathrooms of one residence

Approximately two miles of fence was built in the Campbell area

Approximately forty acres of irrigated pasture was seeded in the Campbel 1

Corrals scales squeeze and loading chute were installed in the Campbel I

Equipment Acquired

Servis Li ttle Rhino Swivel Blade

Scott Air-Pak Self Contained Breathing Apparatus

Paint Shaker

Airless Paint Sprayer

Chevrolet 1-12 ton Pickup Truck 1970

Equipment Disposed of

None

Donations to Field Station

None

EXTENSION AND TEACHING Groups and Tours No Date

723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081

California Youth Conservation Corps Beale Air Force Base

Range Management Class University of California Davis

Entomology 100 Class university of California Davis

Fly Fisherman Club Yuba City

4-H Group loma Rica

Range Management Class California State University Humboldt

Range Improvement Class California State University Chico

Range Management Class Sierra College

Agricultural Geography Class California State University San Francisco

Polled Hereford Club

Agrostology Class University of Nevada Reno

Yuba County Sheriffs Posse

4-H Group loma Rica

Meat Animal Production Class University of California Davis

Yuba-Sutter Board of Supervisors

Total

Number of Visitors in Addition to Above

In State

Out of State

Fo rel 9n

Reports or Talks by Station Personnel

None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH

RESEARCH PROJECTS AT STATION

Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H

Supplementation of cattle grazing annual type rangeland use of crop and animal waste as a supplement to the diet of range cattle J L Hull (Project Leader) - Animal Science Davis J R Dunbar - Extension Agriculturist Davis J G Morris - Animal Science Davis

Early indices of sexual libido in livestock E O Price (Project Leader) - Animal Science

Davis D Drake - Animal Science Extension Davis

Yellow starthistle control Range and wildland development - employing the knowledge on growth improvement and culture to range and wildland plants for the enhancement of mans food supply W B McHenry (Project Leader) - Agronomy amp Range

Science Davis C B Wilson - Yuba County Cooperative Extension B L Kay - Agronomy amp Range Science Davis

Utilization of nematodes in biological control of pestiferous insects H K Kaya (Project Leader) - Division of Nematology

Davis

Growth development and management systems for weaner calves replacement heifers stocker cattle bulls and cows under foothill conditions J L Hull (Project Leader) - Animal Science Davis J G Morris - Animal Science Davis C A Raguse - Agronomy amp Range Science Davis R B Bushnell - Veterinary Medicine Extension Davis J W Biggar - Water Science amp Engineering Davis E C Loomis - Entomology Extension Davis R E Delmas - Animal Science SFRFS

Range and wildland development - employing the knowledge on growth improvement and culture to range and wildland plants for the enhancement of mans food supply outdoor recreation and environment B L Kay (Project Leader) - Agronomy amp Range Science

Davis R A Evans - A R S U S D A Reno J A Young - A R S U S D A Reno M B Jones - Agronomy amp Range Science Hopland


Current Projects

40 CA-B-ENT 2186H

continued

Integrated control of flies and the role of dung-inhabiting insects in the natural recycling of dung in pastoral-wildlands ecosystems J R Anderson (Project leader) - Entomology and

Parasitology Berkeley C A Raguse - Agronomy amp Range Science Davis

Field studies of soil erodibility under natural cover and base soil conditions using standardized plots G l Huntington (Project leader) - land Air amp

Water Resources Davis H J Singer - land Air amp Water Resources Davis J Blackard - Land Air amp Water Resources Davis W R Allardice - land Air amp Water Resources Davis

Systems for the production of calves from rangeshylands J G Morris (Project leader) - Animal Science

Davis R E Delmas - Animal Science SFRFS J l Hull - Animal Science Davis

Year-around management of irrigated pastures and improved annual rangeland in the production of beef calves C A Raguse (Project leader) - Agronomy amp Range

Science Davis K l Taggard - Agronomy amp Range Science Davis

Water quality end nutrient cycling aspects of annual rangeland as influenced by range improvement P L Rowell (Project Leader) - Agronomy amp Range

Science SFRFS M J Singer - Soils amp Plant Nutrition Davis

Input-output relationships of the cow calf system on range J G Morris (Project Leader) - Animal Science Davis B D Gardner - Agricultural Economics Davis J l Hull - Animal Science Davis R E Delmas - Animal Science SFRFS K W Ellis - Animal Science Extension Davis J W Clawson - Agronomy amp Range Science Davis

48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H


Current Projects continued

66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H

Tree establishment in the California foothills A D Chapman (Project Leader) - Chapman Forestry

Foundation H C Kohl - Environmental Horticulture Davis W J libby - Forestry Berkeley

Irrigated Pasture Studies J l Hull (Project leader) - Animal Science Davis J G Morris - Animal Science Davis C A Raguse - Agronomy amp Range Science Davis

Management of range fertilization and re-seeding irrigated plsture renovation irrigation practice and pasture species composition C A Raguse (Project leader) - Agronomy amp Range

Science Divis J l Hull - Animal Science Davis

Epidemiology and control of Helminth disease in animals N F Baker (Project Leader) - Veterinary Microbiolshy

ogy Divis

Blue oak removal The effect on forage production at different overstory levels H C Jansen (Project Leader) - Plant amp Soil

Sciences Calif State Uhiversity Chico J W Menke - Agronomy amp Range Science Davis

Effects of range treatment on quail populations B l Kay (Project leader) - Agronomy amp Range

Science Davis J W Henke - Agronomy amp Range Science Davis C A Raguse - Agronomy amp Range Science Davis W H Longhurst - Agronomy amp Range Science Davis

Influence on warm season plants in irrigated pasture production C B Wilson (Project Leader) - Yuba County

Cooperative Extension M R George (Project leader) - Extension

Agronomist Davis C A Raguse - Agronomy amp Range Science Davis P L Rowell - Agronomy amp Range Science SFRFS R E Delmas - Animal Science SFRFS



76 CA-D-ASC Effects of twin births on the maternal 3938 responses of beef cows in a range environment

E O Price (Project Leader) - Animal Science Davis

G A~derson - Animal Science Davis R E Delmas - Animal Scie~ce SFRFS

77 CA-D-ASC Efficacy of salt as a vehicle for selenium 370SRR supplementation

J G Morri s (Project leader) - Animal Science Davis

R E Delmas - Animal Science SFRFS

Projects Initiated

78 CA- B-ENT Microbial control of insects Codling Moth 38S5RR Passive dispersal by wind

L A Falcon (Project Leader) - Entomology Berkeley

A Berlowitz - Entomology Berkeley

TECHNICAL PUBLICATIONS (Derived from research work at the Station)

Baker N F R A Fisk R B Bushnell and M N Oliver Seasonal occurrence of infective nematode larvae on irrigated pasture grazed by cattle in California American Journal of Veterinary Research 42(7) 1188-1191

Frost W E 1981 Effects of supplementary P S and N at time of seeding in germination seedling establishment and nodulation of subterranean clover cultivars M S Thesis in Range Science

Hull J l C A Raguse and R E Delmas Rumensin supplements for replacement heifers on irrigated pasture Calif Agr 353amp4 pg 8-9 March-April 1981

Johnson K L 1981 Growth and acetylene reduction activity (nitrogen fixation) of Ladino clover and strawberry clover in response to repeated cycles of water stress M S Thesis in Range Science

Kanyama-Phiri G Y 1981 Effects of nitrogen soil texture and temperature on legume morphological development and productivity of perennial ryegrass-orchardgrass-Ladino clover-strawberry clover stands M S Thesis in Agronomy

Morris J G and R E Delmas 1981 Portable self-feeder for supplementing cattle on range Journal of Animal Science 54 (in press)

PHOJECT LEADERS AiUIL PIWGRESS RFPORT

SIERRA FOOTHill RANGE nELD STATION

--1-St-at1on=-TIci-e=ntlr-1F-ica-tTion~-~o--3Tlf----11-2--=E=-x-p-middott-~S-ta--OP-r-oj --N~o---C-A---D---AS-C-2-9-J-8--1-~- shy~3-amp~x~middotp~e~r~i~m~en~t~S~t~a~t7i~on~P~r~o~j~c~c~t~middot~ri~t~l~e~------~~~~~~~~~~~~~~~~~~L---

Gr~wth development and management systems for weaner calves replacement heIfers stockers bulls and cows under foothill range conditions

4 Project Leader J L Hull Is Period Covered QL sectL - lLJli by this Reoort mo Yr mo yr

6 Progress Report (Progress during report period toward reaching objectives of this research)

The breeding program utilizing polled Hereford sires AI continues A polled Hereford bull from a production tested herd was obtained an performance data from the purebred cow ~erdmiddotcontinues Test data of weaner bull calves with the best calves selected for use in the Sierra herds also continues

Weaning weight of calves from the cow herds was lower by 40-50 1bs due to a very rough 1980-81 winter Range clearing continues along with increased use of the heifers reared at Sierra as replacements in the cow herds Studies utilizing the progeny of the Sierra cow herds continue at Davis These progeny were transshyferred to trials for the Animal Science Faculty as well as utilized for teachshying In addition other units of the University have use of progeny of the Sierra herds such as Veterinary Medicine Cooperative Extension Entomology etc

An experiment is being conducted to determine the feasibility of producing twin calves under range conditions This research is a continuation of similar research carried out on the UCD campus and is designed to study the production of twins under practical range conditions Beef females of low and high milk producing abilityHerefords and Hereford x Holstein crossbreds respectively were induced to producetwins by embryo transfer Dams are being maintained throughout pregnancy and lactation on irrigated pasture Birth and weaning weights of single and twin calves as well as complications such as calf mortality retained placentas dystocia are being recorded

7 Publicat1ons Related to Stat~on ProJect Dur~ng Report Perlod None

(This report will be duplicated as submitted for inclusion in Station Annual Report) Sig~u~ of Project Leader

Evaluation of Ectiban Formulations For Fly Control on Cattle U C Sierra Foothill Range Field Station California 1981

E C Loomis PhD Parasitologist Lorry L Dunning Staff Research Associate

Extension Veterinary Medicine University of California Davis 95616

INTRODUCTION

Sixty (60)- Hereford heifers (avg wt4Q0 lbs) maintained on irrigated pasture at the U C Field Station were used for a fly control trial using Ectiban Pour~On and~Ectiban insecticide Ear Tag Tapes The heifers were divided into 6 equal groups of 10 each and were identified as groups 1 to 6 Twenty-five heifers of similar age and weight were kept on dry rangeland about 12 mile distant and served as Group 7 for a control (untreated) All 85 heifers were rated for horn fly densities in corrals prior to group separation and treatment but face fly counts were made in the field one week later

MATERIALS AND PROCEDURES

Ectiban formulations for trial evaluation consisted of a ready-to-use 1 Permethrin Pour-On (GFU003 Red 6766 dated 32481) and I-gram active ingredient Permethrin Ear Tag tapes for application to cattle ear tags These formulations were compared to a standard registered 005 spray using Coopertox Extra (Toxaphene 45 Lindane 196gt

Ectiban Pour-On was applied by means of 4 oz capacity metal dippers to 4 groups at a dosage of 12 ozcwt initially on June 10 and retreated on August 3 Groups 1 and 4 received a backline application while groups 2 and 5 received a face and poll application Groups 3 and 6 were sprayed over the entire body on June 10 and only Group 6 W4S resprayed on September 30 using 12 gallon (70 ozgt of Coopertox solution per head from a U C power sprayer equipped with a 6 HP Briggs amp Stratton engine plus by-pass pump system operated at 300 psi

Ectiban Ear Tag tapes for ear tag application arrived midway through the trial and some of the groups were split for tape application when retreatment was indicated on September 2 Groups 2 and 3 received one tape per heifer attached around the neck of the ear tag and Group I had a tape wrapped around the _end of the tail (above the switch) and secured with adhesive duct tape Groups 4 to 6 were not retreated at this time in order to determine possible effects of fly control from Ectiban-taped heifers which shared common fence lines and

2

exposure with the 3 Groups Following observations on September 23 it was decided to retreat Groups 4 to 6 on September 30 using the same Pour-On and Spray regimen as applied at the start of the trial

Visual fly counts by eye or with the aid of 7 x 50 binoculars were made in most cases by one observer on all 10 heifers in each of 6 Groups and on 10 of the 25 heifers in control Group 7 Counts were made from lOAM to 2PM at weekly intervals Horn fly counts (H irritans) were made on flies resting on one side of the body (withers ribcage and upper legs) and on Face flies (M autumnalis) resting on the face and head area

O~e way analysis of variance was used to determine if overall trea-tment means varied significantly Fishers LSD method was used to compare where differences occurred between treatment means

RESULTS AND DISCUSSION

The results on Horn fly control are shown in Table 1 Excellent control was obtained for 4 weeks (June 10 to July 7) for Ectiban backline Pour-On to Groups 1 and 4 while excellent to good control resulted from Ectiban face Pour-on on Groups 2 and 5 for the same 4 weeks Coopertox spray on Groups 3 and 6 provided excellent control for only 2 weeks (June 10 to 24) Surprisingly retreatment of the 4 Ectiban groups on August 2 provided not more than 2 weeks of satisfactory control Of equal interest was the dramatic decrease in horn flies for two weeks on Group 3 but only slightly so on Group 6 both of which were intentionally not resprayed with Coopertox on August 2 There was no significant difference between Ectiban Pour-On to the backline or to the face nor between these treatments and the Coopertox body spray as determined from mean totals on Horn fly populations for the entire trial period June 10 to October 17 all three treatments reduced horn flies significantly better (P lt 0005) than the control (Table 3)

Also included in Table 1 are the results for horn fly control following Ectiban Tape applications on September 2 Excellent control resulted for 4 weeks on taped-heifers in Groups 1 2 and 3 No significant difference occurred between tape treatments to the ear or tail but all 3 treatment groups showed significant fly reduction (P lt 0005) when compared to the control group (Table 4) Fly populations in control Group 7 decreased rapidly with the onset of cold nights during the week of October 10

The results on Face fly control are shown in Table 2 Relatively good control of this species occurred with the Pour-On treatments for about 2 weeks (June 10 to 24) -with almost similar results for the Coopertox spray Fly control on these same groups retreated on August 3 provided a shorter

period of control about 9 to 1i days the natural dccro(1s(~ in Face fly popula tion s dur i ng Ju 1 and Augus t as ev idenct~d in Control Group 7 is commonplace and fly numbers are too low to warrant reliable comparison witn treated animals There was no significant difference between the Ectiban Pour-On to the face or to the backlinebut both treatments -were significantly different (P lt 0005) than the Coopertox spray and the control (Table 3)

Also included in Table 2 are the results for Face fly control following Ectiban tape applications on September 2 Excellent (Group 2) to good (Group 3) control resulted one day after application with tapes applied to ear tags but control did not persist at a satisfactory level as evidenced by the increase in fly counts on September 9 there was poor control via tapes attached to the tail (Group 1) The poor significance of these results are shown in Table 4 Poor results were obtained on face fly ~ontrol upon retreatment of Groups 41 and 50n September 30 and similar JesuIts were evident on Group 6 which was resprayed wi th Co_opertlt~

Of interest in this trial were the results on Horn fly control from the small amount of Ectiban Pour-On to the face of animals Heretofore it was believed that a similar dose of a pesticide to the withers was more effective but if Face fly populations are the main target then face and head applications could serve a dual purpose to include Horn fly control

ECLLLDtdo Project Su~-Leaders 010782

R M Delmas SRA IV UC-SFRFS Dan Mora Laboratory Asst Extension Vet Med Unit

Table 1- Average Number of Horn Fly per head on cattle treated with Ectiban Pour-On and Ear Tag Tape and with Coopertox Spray UC Field Station California 1981

Ectiban pour-on Ectiban pour-on Coopertox Control Backline Face s~ra~

Group Group Group Group Date 1 4 2 5 3 6 7

June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80

Tail Tag Not Ear Tag Not Ear Tag Not Ta~e Treated Taee Treated TaEe Treated

Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75

23 5 143 1 119 7 103 134 Not Ectiban Not Ectiban Not

Treated eour-on Treated eour-on Treated sera~

3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25

Y Treat~ent--Ectiban pou-on--Pretreatment Fly counts in corrals

y Retreatment--Ectiban pour-on

y Treatment--Ectiban Ear and Tail Tag Tape -- Groups 123

y Retreatment--Ectiban pour-on and Coopertox Spray--Groups 456

122381 tdo

Table 2 Average Number of Face Fly per head on cattle treated with Ectiban Pour-On and Ear Tag Tape and with Coopertox Spray UC Field Station California 198

Date

Ectiban pour-onBackline

Group 1 4

Ectiban pour-onFace Group

2 5

Coopertox sQra~ Group

3 6

Control

Group7

June loY NC NC NC NC NC NC NC 11 06 05 03 05 4 4 6 15 -1 1 1 07 3 2 7 24 2 1 5 2 3 1 6

July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9

Not Ectiban Not Ectiban Not Treated Eour-on Treated Qour-on Treated sQra~

3oil NC NC NC NC NC NC 11

Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5

]j Treatment--Ectiban pour-on--Pretreatment Fly counts in corrals NC = No count

Retreatment--Ectiban pour-on Y 3 Treatment--Ectiban Ear and Tail Tag Tape -- Groups It2t3~

Retreatment--Ectiban pour-on and Coopertox Spray--Groups 456

122381tdo

11

-----------------------------------------------------------

TABLE 3 MEAN TOTALS FOR HORN AND FACE ON ANIMALS TREATED WITH ECTIBAN AND COOPERTOX SPRAY

FLIES POUR-ON

Ectiban Pour-On

Backline Grp 1 amp 4

Ectiban Pour-On

Face Grp 2 amp 5

Coopertox Spray Body

Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416

Mean 3S3a 40 Sa 490Sa 1032b

---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388

Mean 1lT 16Sa 234b 30BC

Similar between

subscrips treatment

denote means

no significant difference

Table 4 MEAN TOTALs FOR HORN AND TREA~ED WITH ECTIBAN TAPES

FACE FLIES ON ANIMALS

Tail Tag Tape Grp 1

Ear Tag Tape Grp 2 Grp 3

Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611

Similar subscrips denote no significant difference between treatment means

Early IrrIgation - Liquid Supplement Trial

RIck Delmas

This study was initiated In 1980 to study the performance of

cattle using liquid supplement and the effect of early irrigation of

annual grasslands for early fall growth on the performance of cattle

during the fall and winter grazing period

Though the trial needs to be continued for the next couple of

years the following are indicated from one years data

1) Early irrigation furnishes valuable early fall feed especially

in poor rainfall years

2) Liquid supplement doesnt appear to be as beneficial as concentrates

for young cattle during the fall and winter The conception rate

on cattle with only liquid supplement was 8 to 19 lower than on

the other three treatments Economically the liquid supplement

was half the cost or less of the concentrate excluding labor

From this sfandpoint alone a rancher may be wIlling to accept

a slightly lower conception rate to obtain the decreased labor

and supplement cost Each individual rancher must measure cost

versus production

(See Table on following page)

Table

Control Length of Trial 111

No of Animals 8 AcresAnimal 40 AltiS 094 Initial Weight 558 Ending Weight 562 Pregnant

No Acres Green

Lbs Green Forage Acre (Mean)

Protei n 1031 1116

Supp Consumption (lbs) 0

Supp Cost HdOay 0 Supp Cost 112 Day

Tri a1 0

C = Cotton Seed Meal

B = Ground Barley

E I = Early Irrigation

Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960

E I + B + E I + Li g Suee C amp B I 1

112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704

PiWJ leT LEADERS ANNUAL PROGRESS REPORT

SIERRA [OOTHI LL RANGE FIELD STATION

1- Station Identification No middotn 1 2 ExPt Sta Proj No CA-D-ARS 311i~-H 3 Experiment Station Project Title

Range and wildland development - employing the knowledge on growth improvement and culture to range and wildland plants for the enhancement of manls food supply outdoor recreation and envi ronment

4 Proj ect Leader B L Kay IS Penod Covered QL ill- - lL[Lby this Report mo yr mo yr


EFFECT OF OAK TREE REMOVAL ON FORAGE PRODUCTION

1981 was the sixteenth year that forage production has been measured in this study I have considered terminating the measurements because yield increases have not been significant in three of the last four years (see table) However data show that increases were significant in all of the sixteen years in which forage production on the check treatment (area covered by live trees) was below the median of the period (1385 Ibacre) Therefore in the interest of economy only the check treatments will be sampled in high rainfall years If another poor feed year occurs soon we will measure all treatments

Table 1 Effect of tree treatments on forage yields Means are for full 16 years of study

YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre

A Live trees 218 140 203 191 130 115 39 190 100 220 139 144 B Grassland 254 128 209 204 168 139 60 184 161 210 137 174 C Sprouting

stumps 314 225 214 263 213 165 77 229 134 218 130 198 D Stumps + 24-D 352 255 247 296 259 206 91 246 155 256 155 226 E Cut-surface 324 226 240 299 247 202 104 264 169 291 165 232

LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --

PreciEitation (in~ 29 18 40 41 24 13 10 34 24 27 19 27

7 Publicat10ns Re lated to Stat10n ProJ ect Dur1ng Report Penod

(This report will be duplicated as submitted ~ifor inclusion in Station Annual Report) Signatule Of~oject Leader

PROJECT LEADJRS ANNUAL PROGRESS REPORT

SIERRA FOOTHILL RANGE FIELD STATION

1 Station Identi ication No bull No CA- B-ENT 2186-H 3 Experiment Station Project Title

I~tegrated control of flies and the role of dung-inhabiting Insects in the natural recycling of dung In pastoral-wildlands ecosystems

4 Project Leader J R Anderson S Perl Covere JU Jll - uaL b this Re ort mo r mo r

6 Progress Report (Progress uring report perio toward reaching objectives of this research) The Ecologv and Population Dynamics of Aphodius fimetarius

The ecological study of the dung beetle Aphodius fimetarius was continued by again monitoring the ability of males and females to hibshyernate (aestivate) from late Spring to Fall From May 29 through June 9 we collected and marked 3020 beetles with fluorescent dust Half of these were released into a beetle-proof screened field cage in the Scott 14 pasture and the other half were released into a s~milar cage at the Howarth pasture o Both cages enclosed about 30 ft of natural turf and each was supplied with fresh dung (beetle food) until no beetles were present These two cages were monitored for the re-eppearance of beetles from September through December and cattle droppings from various pastures were sampled for the presence of naturally appearing wild beetles

During the past year the first beetles appeared in pasture droppings on November 4 when the dung peds had an average of 27 beetlespad On different weeks from November 11 through December 11 the density of ~ fimetarius remained fairly stable at 29 21 23 end 25 beetlespad As in previous years the beetle density then began to decline with 15pad on December 15 and less than one per pad on January 7 1982 In the Fall of 1981 beetles that had been marked and released into the experimental cages first appeared in the Scott 14 pasture on November 9 5 days after beetles first appeared in cattle dung pads in pastures The marked beetles contshyinued to appear in the Scott 14 cage through December with one beetle last appearing on December 16 No beetles were recovered in the Howarth pasture cage and through December 16 only 1 of marked beetles had been recovered in the Scott 14 cage This is in marked contrast to the cage recapture rates of 57 in the Scott pasture and 104 in the Howarth pasture It appears that beetles marked with the fluorescent dust suffershyed heavy mortality most of the marked beetles recovered had only a few particles of dust under the elytra or under the membraneous wings Nevertheless recapture of marked beetles confirmed that ~ fimetarius naturally hibernates (aestivates) in the ground for about 5 months in this part of California Other methods of marking beetles will be tested during the next seaSon

eer 7 Publicatlons

None

(This report will be duplicated as submitted for inclusion in Station Annual Report)

PROJECT LEADERS ANNUAL PROGRESS REPORT


1 Station Identification No 48 I 2 Expt Stat Proj No CA-D-LAW 2845-RR 3 Experiment Station Project Title

Field studies of soil erodibility under natural cover and base soil co~ditfo~s using standardized plots

4 Project Leader G l Huntington IS Penod Covered Ol- BL - J28L by this Report mo yr mo yr


Soil loss and nrecipitation measurements were continued on the statton for the seventh year on the Auburn soils (Lewis Tract) and for the fourth Yfr on he Arrronlut soils (Forhes TrClct) A fonow-up study on the C factor flvlluation (USLE) for annual trr2S~es and forbs was not fEl~lsihle thil S8flson ~oni+()rinl of soil loss fro~ +he fallow plot~ on the Auburn soils iRS rontinued to collpct additional dgta for the K factor study (USLE) The new lo1itter boxes mn collecttne- tanks fo the Arr-ronaut soils functiomgtd well

Avltrae data froM the standRrd ero sion Ilots fo~ the loRl later ynBr 1 rn a follows

R Soil Loss K SoH Series Ppt (in ) Factor (TLac) Factor

1bull Auburn Ih9 27 O62

AroonAut 11)2 20 2hshy

y Averarre of 2 stnndard plots

31 AveYEe of U standard plots

Funds froF itllestern Rerrional I-roject W-125 support this study

7 Publicat10ns Related to Stat10n proJ ect Dur1ng Report Per10d


PIWJ ECT LEADER I S ANNUAL PROGRESS REPORT


1 Station Identification No 50 3 Experiment Station Project Title

Supplementation of cattle grazing annual type rangeland use of crop and animal waste as a supplement to the diet of range cattle

4 Project Leader J l Hull

6 Progress Report (Progress during this research)

Supplementation of replacement heifers with protein and monensin increased ADG by as much as 25 over the conventional barley supplementation

Due to other trials utilizing the cow herd previously used for the broiler litter supplementation this trial was discontinued

7 Publicat~ons Relate to Stat~on

None

bull (This report will be duplicated as submitted for inclusion in Station Annual Report) Leader



1 3

Station Ioentification No 51 Experiment Station Project Title

Sys t ems for the product i on of cl yes

I 2 Expt Sta

from rngelads

Proj No CA-D-ASC 2925-H

4 Project Leader J G Herri s IS Penod Covered 01 31 - 12 8t by this R~ort i1iQ yr iliO yr


An evaluation was undertaken of the necessity for vitamin A supplementation of range cows

A group of 12 cows were grazed on range without access to irrigated pasture or B carotene supplements At monthly intervals over the past year liver biopsies were performed and blood collected for carotene and vitamin A determinations

At no time did circulating vitamin A concentrations indicate that supplementation was necessary

The relationship between hepatic reserves and circulating levels is being examined

7 Publicatlons Related to StatlOJl proJect DUllng Report Perlod

(This report will be duplicated as submitted for inclusion in Station Annual Report) Siguure of Project Leader

PROJECT LEADERS ANNUAL PROGRESS ~EPORT


1 Station Identification No ro bull No CA-D-ARS 3111-H 3 Experiment Station Project Title

Management of range fertilization and re-seedlng irrigated pasture renovation irrigation practice and pasture species composition

4 Project Leader C A Raguse ort mo r mo r

6 Progress Report (Progress during reaching objectives of this research)

There was no research activity at the SFRFS under this project during 1981 Two related studies were conducted at Davis as Masters Degree thesis research problems using plants of Ladino clover strawberry clover orchardgrass and perennial ryegrass co11eete from pasture fields at the SFRFS

1 In the first study- plant shoot root and nodule morphological and yield response

to applied nitrogen (0 60 120 and 180 kgha) and to variation in soil (rootnodule zone) temperature variations (with emphasis on the higher-than-optimal temperatures of mid-summer) were studied using micro-swards established in containers measuring 35 em x 3 em x 285 em (ht width depth)

In the second stud~ plants of Ladino clover and strawberry clover grown in a controlled environment facility were subjected to one two or three short-term watershystress cycles (wilting for 10 day-light hours followed by restoration of soil moisture) Responses were measured as alterations in plant growth (both shoot and root) and by use 0

the acetylene reduction assay as an indirect indication of nitrogen fixation capability

7 Publicat10ns Re ate 1- Kanyama-Phiri G Y 1981 Effects of nitrogen soil texture and temperature on

legume morphological development and productivity af perennial ryegrass-orchardgrassshyLadino clover-strawberry clover swards MS Thesis in Agronomy

2- Johnson K L 1981 Growth and acetylene reduction activity (nitrogen fixation)

of Ladino clover and strawberry clover in response to repeated cycles of water stress MS Thesis in Range Science


PizuJLCT LEAUER S A~~iUAL IIOtRl~SS HLPORT

S I ERRA FOOTH I LL RANGE rI EUJ STATION

~l~~S~t~a~t=i~o~n~I=d=e~n=t~i~f~i~c_at_l~middoto~n~N~o~~6~O~________~1~2~~r~x~p~t~~S~t~a~~P_r_O~j~~__N_o~~~C_A~-~D_-~X~X~X~3~60~2______ 3 Experiment Station Project Title

Water quality and ~utrient cycling aspects of annual rangeland as influenced by rsnge improvement

~4~~p-r-o~j-e-ct~I~~e-a-d~e-r---P-a-u-l--L---R-o-w-e-1-1--------~1~s-~p~e-r~i~od~~c~o-v-e-r-c~d--~O~1~~8~1----~12~--_~8~1-----shy by this I~cl)ort mo yr mo yr ____


DatE is contirwing to he collected from two stre~ms i the Schubert watershed hoever collection of data from the two streams in the Lewis walel-shed has been discontinued for the preset time This arrangement will allow greater conce~tration of effort to the Schubert watershed and will include increased sampling frequency

Data for the 1980-81 rai nfall year have been summarized for the four watersheds These data include precipitat ion inte~sily amount frequency and sl-orm hydrographs Waterquali ty samples were collected during major events and samples were analyzed during the year for nitrate phosphate sulfate sodium magnesium calcium and potassium In addition suspended solids electrical conductivi ty and pH were measured

We will continue to monitor the Schuber-t watershed next year for baseline data


(This report wi 11 be dup Ii cated as submitted for inclusion in Station Annual Report)

PIWJLCT LEAIJLI S A~NUJL IIWGRESS REPORT

SIERRA FOOTHilL RANGE FlEW STATION

1 Station Iocntiflcation No 61 middot ( I) N CA 0 A shyI 2 bull 1xpt bullgtta rOJ 0 - - SC 292-H __ 3 Experirent Station Project Title

Iput-ouput relationships 01 the cow calf system on range

4 Project Leader J G Morris IS Peri ad Covered QL ~ - LL flL by this Report mo yr mo yr

6 Progress Report (Progress during report period toward reaching objectives of thi 5 research)

The objectives of this research were outlined in the 1980 report Many of the same trends observed in 1980 were repeated in 1981 Body weights of the cows were positively related to level of supplementation

(Table 1) The greatest effect was observed at the start of the breeding season where the difference between the unsupplemented and 25 times supplemented cows was nearly 100 kg

Table 1 Body weight of cows (kg)

Dry Start of Start of green Level of Season Breeding Season ~upp1ement (8-19-80) Calving (1-14-81) (3-3-81)

0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383

Shrunk all others full body weight

Weaning weight of the calves (Table 2) reflected the plane of nutrition of the cows Although weaning weights were enhanced by supplementation the largest differences in body weights occurred at the times the dams were mated Body weights of the calves reflected differential milk production of the cows

As in the previous year birth weight of the calves was not affected by plane of nutrition of the cows

(CONTINUED ON NEXT PAGE)

7 Publicat10ns Re lated to Statlon ProJ ect OUTIng Report PeTIod

(This report will be duplicated as submitted for inclusion in Station Annual Report) Sig1j-ure of Project Leader

-2shy

Table 2 Body weights of calves (kg)

Weight in kg at Level of Cows

Suee1ementation Sex Birth Bred Weaning n

0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~

These data will be compiled for use in an economic evaluation of supplementation

PROJECT LEADeRS ANNUAL PROGRESS REPORT

SIERRA FOOTHILL RANGE fIELD STATION

1 Station Identification No 63 I 2 Ex])t Sta Proj No CA-D-ASC l670-WR 3 Experiment Station Project Title

Early indices of sexual libido in livestock

4 Project Leader E O Price Is Peri od Covered QLaL- - lL JiL by this Report mo y_r mo yr


The major objectives of this research with Hereford cattle are (1) to determine if individual differences in mounting frequency by juvenile males correlate with individual differences in sexual motivation and performance as adults (2) to determine the degree of correlation between sexual behaviors and other biological traits (eg aggressive behavior semen characteristics hormone levels body size scrotal circumference) (3) to determine the function of mounting exshyperience on the development of sexual behavior and (4) to determine the role of penile stimulation on the development of sexual behavior

Over the last 4 years 78 bulls have been obtained from the SFRFS herd to investigate these questions Twenty-four male calves were brought to Davis from SFRFS in May 1981 to be used in studying objective 114 No observations were made on this group at the Field Station

Prior to 1981 all of our observations on juvenile mounting (Objectives 1 and 3) were made in confined situations where estrous heifers were provided as mountingstimuli and inter-animal contacts were frequent To determine the frequency of juvenile mounting in a more typical range environment 10 male and 9 female purebredHereford calves were observed between January 13 and March 22 1981 for a total of 40 hrs (29 different days) The calves ranged in age from 48 to 102 days (x = 80 days) at the start of observation A total of 394 calf observation hours were made on the 10 bull calves in the group and 749 calf hours on all 19 calves

Relative to our studies in confinement the rate of juvenile mounting in a typical range environment is very low A total of 15 mount intentions 12 mount attempts and 6 mounts (33 mount responses) were observed during the 40 hrs of observation Except for one mount intention all of the mounting activities were exhibited by bull calves The rate of mount responses was 0084 per bull calf per hour of observation Nearly all of the mounting behaviors were observed near the feed trough following feeding of supplements Supplemental feeding was terminated on February 25th and no sexual activity was observed among calves after that date

It was concluded that the mounting experience of 2-12 to 4-12 mo juvenilecalves in a ranqe environment is very limited

7 Publlcatlons Re lated to Statlon Pro) ect Durlng Report Perlod

None as of yet

(This report will be duplicated as submitted for inclusion in Station Annual Report) Signature of Project Leader

1 3

4

6

7

P1WJ ECT LEADER S A~NUAL PROGRESS REPORT

SIERRA FOOTHill RANGE FIELD STATION

Station Identification No 66 I 2 Epoundpt Stat Pro] No CA-D-EHl 3398-H Experiment Station Project Title

Tree establishme~t in the California foothills

Project Leader A D Chapman IS Period Covered Q-m - tL JlL by this Report mo yr mo yr

Progress Report (Progress during report period toward reaching objectives of this research)

To repeat the mejor- objective of this experimental tree-planting pogrC1m is to develop species and cultural practices which can be used to improve he retJi~ to the h1d-oltl1er Ild al the same time the quality of the site a1d i S poductive capacity for- multiple uses

CO1tinued work in the Tea Garden Plot fairly well protected from deer has show~ reasonably good resul ts for only a few coni fer~ ad hardwoods The 100St

promising at present arc Monterey pine coast redwood and varieties of Pinus halepensis (brutia and eldarica) The most promising hardwoods to date are Eucalyptus globulus camaldulensis (2 variants) urnigera and grandis

In the lower Plot near the Yuba River deer and cattle damage al1d some porcupine debarking have greatly reduced the choice of species here The above pines Arizona cypress plus possibly tamarisk aphylla and coast redwood still appear promising

The North Plot after 3 years of trial plantings versus 4 for the other plots shows promising results for only Arizona cypress Eucalyptus grandis from 2 sources and tamarisk aphylla It is too early to rate the remainj~g species over-all survival rates of which are generally low

No fertilizer tablets have been applied to any of these plots because other factors limiting growth and survival appear more Important There was no serious rodent or insect damage noted in any of the 3 plots this past year and irrigation practices have been generally good probably supplying around 3 acre feet per growing season of about 6 months

It is now planned to establish semi-commercial plots of a minimum of 112 acre for each of at least 5 of the most promising species in another area of the Sierra Field Station

Publicat~ons Relateo to Stat~on Pro] ect DUrlng lreport Perlod

(This report will be duplicated as submitted Dale Chapman for inclusion in Station Annual Report) Signature of Project Leader

PiWJECT LEADERS ANNUAL PROGRESS REPORT

SIERRA FOOTHILL RANGE FIElD STATION

1 Station Identification No 6 t 3 Experiment Station Project Title

Irrigated pasture studies

4 Project Leader J L Hull

6 Progress Report (Progress during report this research) Preliminary results from the trial initiated to study the effect of protein andor energy for supplements for yearling replacement heifers grazing irrigated pasture indicate a 10 to 15 increase in AOG when CSM is added to the barley supplementfed heifers grazing irrigated pasture The data are in the process of beinganalyzed to see if indicators can be found to show when protein supplementation on irrigated pasture would be necessary andor economical

Hull~ JL CA Raguse and R heifers on irrigated pasture

(This report will be duplicated as submitted for inclusion in Station Annual Report) Leader

PROJECT LEADERS ANNUAL PIWGRESS REPORT

SIEBM FOOTHILL MNG~ FIELD STATION

1 Station Identification No 6 CA-D-ABS 3111-H 3 Experiment Station Project Title

Year-around management of Irrigated pastures nd improved annual rengela~d in the production of beef calves

4 Proj ect Leader C A Raguse S Period Covered QL aL - -1LaL b this Re ort mo r mo r

6 Progress Report (Progress during report perio toward reaching objectives of this research)

Development work continued in the Campbell Field A fall-1980 seeding of a perennia grass-legume pasture mixture on the new irrigated pasture areas was successful except for parts of some fields where irrigation water (surface flow) failed to reach In general the newly-installed irrigation system performed well

The following work was done on or related to the range fertilization study being conducted on the Forbes Flll44 series fields

a Soil samples were taken from each of the 16 fields Analyses will be made for P 5 Ca Mg K and pH

b In cooperation with M B Jones (HFS) field plots were established at eight locations (4 north-facing aspects 4 south-facing) A factorial design was used to compare 4 levels of N (as urea) and 4 levels of P (as low-S concentrated superphosphate) plus an exploratory for several combinations of NPS with two replications at each locati r

c Also in cooperation with M B Jones a greenhouse pot test was set up at the Hopland Field station with rate-element combinations to match those in the field plots using soil collected at the field locations for the eight replications The pots were seeded with a mixture of sub and rose clovers together with soft chess

d M R George and W J Clawson located sites for a grazing utilization study employing 10 x 10 exclosures

e A field-scale experiment with aerial application of nitrogen (as urea) at 0 40 80 and 120 kgha rates (two fields per replication two replications per treatment) is planned for fall 1982 following evaluation of the tests described above and results of a pre-experiment calibration grazing (with steers) beginning February 1982 Roy Hull J G Morris and R E Delmas are cooperators from the Department of Animal Science

f Using Sobrante-Las Posas soil collected at the SFRFS a study of effects of levels of single superphosphate with and without N and effects of fertiizer placement on emergence growth and nodulation of sub clover was completed at Davis- bull

7 Publicatlons Relate to Statlon

lFrost W E 1981 Effects of supplementary P S and N at time of seeding 1n germina tion seedling establishment and nodulation of subterranean clover cultivars MS Thesis in Range Science




1 Station Identification No 70 I 2 Expt Stat Proj No CA-D-VHB 2539-H 3 Experiment Station Project Title

Epidemiology and control of Helminth disease in animals

4 Project Leader N F Baker 15 Period Covered Ql aL - R Jll by this Rep_ort mo yr mo yr


This is the third year in which numbers of infective parasite larvae on pasture has been assessed by placing 2 worm-free tracer calves on pasture at monthly intervals Since this is only one of several locations where these studies are being conducted not all laboratory analyses have been completedNevertheless studies over the three year period demonstrates the occurrence of infective nematode larvae on pastures is repetitive and predictable The season for the occurrence of disease producing numbers of various species differs little in such diverse regions as the San Joaquin Valley (Elk Grove) the East Slope of the Sierras (Susanville) or the Sierra Foothills (UCSFR) This studycorroborates the newly emerging concepts of safe and unsafe grazing periods The application of data from this study can be utilized in managerial decisions and thus in Integrated Pest (parasite) Control programs It is planned that trials designed to establish the value of these IPC programs will be initiated at several locations including UCSFR during the 1981-82 year

7 Publicat~ons Re lated to Statlon proJ ect Dur~ng Report Perlod

Baker N F R A Fisk R B Bushnell and M N Oliver Seasonal Occurrence of Infective Nematode Larvae on Irrigated Pasture Grazed by Cattle in California American Journal of Veterinary Research 42(7) 1188-1191

(This report will be duplicated as submit~ed for inclusion in Station Annual Report) ~gnature of Project Leader



1 Station Identificatlon No 73 I 2 Expt Stat Proj No CA-D-ARS 366s-H 3 Experiment Station Project Title

Blue oak removal The effect on forage production at different overstory levels bull

4 Project Leader H C Jansen IS Period Covered -2L M - JlsectL by this Report mo y_r mo yr


Four pairs of 14 acre plots were established during the fall of 1979 The Blue Oak overstory of these paired plots was approximately 0 25 50 and 75 The tree overstory was removed from one set of four plots by February 15 1980 and 12 wire mesh igloo type cages were placed on all plots by December 1980 Cages were located under tree canopy (or former tree canopy) and in the open using a stratified random procedure with proportional allocation

During 1981 three successive clippings were taken from inside the wire cages to determine the total standing crop present on February 21 (early season) April 3 amp 4 (mid-season) and June 2 (late season)

Preliminary Results (1981)

Uncleared plots 25 50 and 75 overstory cover Standing crop at any season did not differ appreciably by overstory level (Fig 1) When compared with uncleared open (0 overstory cover) plots standing crop was significantly less in uncleared plots at late season but not at early and mid-season Overstory cover and standing crop are not significantly correlated for any season (Fig 2)

Cleared Plots 25 50 and 75 prior overstory cover Standing crop is positively correlated with prior overstory cover particularly when uncleared open (0 overstory cover) plots are included in the comparison (Fig 2)

Tree removal greatly increased standing crop at all three seasons of harvest for all overstory cover levels (Fig 1) When compared to uncleared plots of the same overstory cover level these increases were 100 early season 133 midshyseason and 80 late season

7 Publicat10ns Re lated to Statlon ProJ ect Dur1ng Report Per10d

(This report will be duplicated as submitted(---- shy~~~ (~ 2r-f-fL--lt-shyfor lnclu510n ln Statlon Annual Report ) 51 nature of P~ Ipader

BY DATE SUBJECT aMEET NO 01

CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y

Fig 1 Standing crop by season for cleared and uncleared plots with 0 25 50 and 75 canoshypy levels

t lt Ie a CIe bullbull

-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)

Fig 2 Standing crop by tree canopy levels for cleared and unshycleared plots at three seasons of clipping

PROJ leT LEADER I S ANNUAL PIWGRESS REPORT

SIERRA FOOItfILL RANGE fIElD STATION

1 Station Identification No 7 No CA-D ARS 11-H 3 Experiment Station Project Title

Effects of range treatments on quail populations and diet

4 Project Leader B l Kay QL sectL - LLn r mo yr

6 Progress Report (Progress during objectives of this research)

Summary of quail diet and reproduction data shySierra Foothill Range Field Station

Camp- Camp-Scott bell Check Mean Scott bell Check Mean

1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26

Percent by weight of crop samples

Rose clover seed 235 54B 23 308 165 1B0 357 195 Subc10ver seed 01 003 01 26 Rose and sub leaves 431 128 49 198 04 08 13 06 Grass seeds 93 02 36 66 Other leaves T 06 02 02

19 Lupine seed 63 T Other legume seeds 04 01 Other non1egume seeds 63 49 40 121 42 127 99

Acorns 264 251 897 433 436 653 318 4B2 Insects 05 02 Inert (Grit + old plants) 02 19 31 17 115 62 141 103

Average weight of crop 0747 1808 0831 116 107 160 0B7 115 contents (g dry wt)

eport Peno


PIWJECT LEADERS ANNUAL PROGRESS REPOlff

SIERRA FOOTHILL RANGE flEW STATION

1 Station Identification No 75 I 2 Expt Sta Proj No CA-D-ARS 311lH 3 Experiment Station Project Title

Influe1ce of warm season pla1ts in irrigated pasture production

4 Project Leader C B Wi Iso 5 Period Covered QL aL - -UaL1 by this Report mo yr mo yr 6 Progress Report (Progress during report period toward reaching objectives of

this research)

During the first phase of the trial we are observing tropical plants Varieties were I isted in last year1s report The Leucaena species was eliminated Last winter was a relatively mild winter thus we feel we did not obtain good cold readings on the other species Further observations will be made this coming year

In the second phase we have planted species and varieties of Orchardgrass Tall Fescue and Perennial Ryegrass from the Georgia Plant Station In addition planted species of the same plants used in California irrigated pastures Stand evaluations were made on all species this past year only This coming year we will obtain yield data

Perennial Ryegrasses Orchardgrasses Ta II Fescues

Barl atra Baraula Kenhy Barenya Ba rera Barri et Ari ke Barota Fawn Barpastra Bardouce Barundi Barlano Barvita Alta Li nn Barnauta Barcentra Napl er Sa rves tra Potomac Grimalda

7 Publicat~ons Related to Statlon pro) ect Dur~ng Report Penod

(This report will be duplicated as submitted for inclusion ~n Statlon Annual Report)



1 Station Identificatlon No 76 I 2 Expt Sta Proj No CA-D-ASC 3938 3 Experiment Station Project Title

Effects of twin births on the maternal responses of beef cows in a rangeenvi ronment

4 Project Leader E O Price 15 Period Covered JU jL - JLaL by this Report mo yr mo yr

6 Progress Report (Progress during report perlod toward reaching objectives of this research)

The major objective of this study is to determine differences in the maternal care provided tw1n calves relative to the maternal behavior of cows with singleoffspring when placed 1n a range environment Observations were conducted duringJanuary February and March 1981 at SFRFS on 7 cows with single calves and 5 cows with twins housed in a 75A pasture The animals were observed for 15 hrs per week during the f1rst two hrs following sunrise and the two hrs preceding sunset

Data collected on mothers included frequency and duration of licking (grooming) calves vocalizattons butts and butt attempts directed at alien calves and behavioral responses to separatton from calf(ves) Calves were observed for frequency and duration of sucking on own and aUen mothers frequency and duration of resting runn1ng laying and grazing frequency of vocalizations and juvenilemounting and prox1m1ty to mother tw1n and nea~est unrelated calf

The data have been compiled but have not yet been analyzed statistically

7 Publicatlons Related to Statlon ProJect Durlng Report Perlod

None as Qf yet



SIERRA FOOTHill RANGE FIElD STATION

1 Station Identification No 77 I 2 Expt Stat Proj No CA-D-ASC 370S-RR 3 Experiment Station Project Title

Efficacy of sall as a vehicle for selenium supplementatio~

4 Project Leader J G Morri 5 1 5 bull Period Covered QL sectL - 1L A by this Report mo yr mo yr


This experiment was undertaken to assess the efficacy and safety of a salt selenium mixture for supplementing range cows

Approximately a years data have been obtained on two groups each of 19 mature Hereford cows grazing range and offered two salt-selenium mineral mixtures free choice The concentration of selenium in one mixture was 40 ppm (low Se group) and the other 80 ppm (high Se group) These levels represent 2 and 4 times the maximal level currently permitted by FDA

Blood selenium concentrations (Figure 1) were determined on each animal at weekly intervals initially then at monthy intervals Intake of the salt-selenium mixture was also measured at monthly intervals to obtain total group mean intake of selenium

Blood selenium concentration rose from the initial concentration of 0035 ~gml to a maxima of approximately 0225 ~gm1 in the high group and 0150 ~gm1 in the low group at about 12 weeks Then maximal concentrations are within the range of normality and in no way indicate selenium toxicity

Intake of the salt-selenium mixture was not well correlated with blood concentration of se1eniUffl

Then data indicate that the FDA maximal level of 20 ppm selenium in salt supplements is conservative and may be ineffectual in areas of selenium deficiency There was no significant difference in the weight of the cows at the time the calves were weaned - low group 487 ~ 48 kg high group - 481 ~ 57 kg

7 PublicatIons Relateo to StatIon ProJect DurIng Report PerIod

Morris J G and Delmas R E (1981) portable se1f middotfeeder for supplementingcattle on range J Animal Science 54 (1n Press)

r lW~iIJtA9-v-

(ThIS report WIll be duplIcated as submItted for inclusion in Station Annual Report) sik5tture of Project Leader

- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS

Fig 1 Blood concentration of selenium Fig 2 Mean daily intake of the salt-selenium mixture

SlJotMARY OF COMMENTS

The foothills of California offer an ideal place for people

to pursue farming Farming in the tradi tional sense family cerltered

labor interlsive small machinery oriented conservation minded small

Hopefully the U C Sierra Foothill Range Field Station will accept

and meet the challenge of providing research and information appropriate

to the fledgling development of a foothill agriculture ethic in which

the quality of food and living is paramount Projects of this nature

are few in the 1981 annual report Possibly we can make II greeter

contribution to foothill farming in the future

Degree Days Year Apr May Jun Jul Aug Sep Oct Total

1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674

Total 38723 Average 430256

Average high temperature + average low temperature t 2 - 50 x days in the month bull Degree Days

Summary of Annual Rainfall (July 1 - June 30) -Jrir

Year Rain Gauge 1 Rain Gauge 2

196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066

Rain gauge 1 was located in the Campbell area at an elevation of ca 1100 feet until 91774 when it was moved to its present site near Headquarters at an elevation of ca 675 feet

Rain gauge 2 is located in the Forbes Headquarters area at an elevation of ca 400 feet

INSTRUMENTATION DATA

Temperature Recorder Type Foxboro (Hod 40-4) Serial No --=8~88493~_____

Date of last cal ibration _Atp~ri11~5w11~9i8~1~____________

Remarks

Wind and Special Temperature Recorder

Type Foxboro (Hod 40 2) Serial No _189~3~55=6-_____

Date of 10 st co I ibration _---=Azpri1-1=51119~8~1-____________

Remarks __

Anemometer Serial No _-A--1107________________

Date of last Co I ibration _---=-AJpri1-15Lbull -1981____________

Remarks

Rain Gauge

Type 192 hr Recordi ng Period Serial No _--=200tt3______

Date of last cal ibration _A~prri1-15~L-1~981~__________

Remarks

LEGEND

R - Rainfall in inche 24 hour period T max - Maximum temperature IlF at 80 Inche during 24 hour period (Midnight to Midnight) T min - Mini mum temperature Of at 80 inches ~urlng 24 hour period (Midnight to Midnight) SP Tmax _ Special height maximum temperature Of during 24 hour period (Midnight to Midnight) SP Tmin - Special height minimum temperature Of during 24 hour period (Midnight to Midnight) RH+ - Relative humidity at maximum dry bulb RH- - Relative humidity at minimum dry bulb ST max - Maximum sail temperature of at 6 Inche during 24 hour period (Midnight to Midnight) ST mi n - Minimum sail temperature OF at 6 inches during 24 hour period (Midnight to Midnight) K max - Maximum black globe temperature OF during 24 hour period (Midnight to Midnight) K min - Minimum black globe temperature OF during 24 hour period (Midnight to Midnight) WVd - Average wind velocity MPH 6 am to 6 pm WVn - Averoge wind velocity MPH 6 pm to 6 am Wd - Prevailing wind 6 am to 6 pm Wn - Prevailing wind 6 pm to 6 am

--

------- --

---- ---- - -

---

--- -

---

MONTHLY CLIMATIC SUMMARY FIELD STATIONS - DIVISION OF AGRICULTURAL SCIENCES

UNIV E~SITY OF CALIFORNIA

Location Sierra Foothi 11 Range Field Station Date Tabulated Observer T C a rk Data Recorder C Holl i ngsworth ns trumentat Ion ac 5 Pdf0 R July Dote 1 ritZ T T RH+ RH _ ST ST K K Wn

I data on bkfh0 eet erio eport 1980

max min IER max max min WVd L~l Wdmin

1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I

See bock of sheet for legend nrEvaporation Rate (inches) for 24 hr period from ca 800 am E Averaged Evaporation Rate for periods when readings were not taken daily

--

MONTHLY CLIMATIC SUMMARY

FIELD STATIONS - DIVISION OF AGRICULTURAL SCIENCES

UNIVE~SITY OF CALIFORNIA

Location Sierra Foothill Range Field Station Date T abvlated Observer T Clark Data Recorder C Ho) 1 i ngsworth Itt tIon d t back f s h t Perlod 0 f R eport August 1980ns rumen a a a on 0 ee

Date Wlrl2 T T ER RH+ RH _ ST ST K K WVd WVn 1Wd_ Wn max min max min max min

1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E

31 81 56 321 32 87 91 77 101 52 525 525 WS SE SUM I 2663 1777 11~ 1192 2754 2919 2541 3329 1690 1lA5 1328 MEAN I 86 57 37 38 89 94 82 107 55 402 428

See back of sheet for legend Evaporation Rate (inches) for 24 hr period frltgtm ca 800 am I Averaged Evaporation Rate for periods when readings were not taken dally




Location Sierra Foothill Range Field Station Date Tabulated Observer T C 1 ark Data Recorder C Holl i ngsworth Ittns tIon d t back f h t Perlo f Report brumen a a a on osee d 0 Septem er 1980

Oate R T T ERttA RH+ RH_ ST ST K K WVd wVn wd Wn max min max min max min

1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490

See back of sheet for legend lvaporat i on Rate (i nches) for 24 hr period from ca 800 a m I Averaged Evaporation Rate for periods when readings were not taken daily



Location Sierra Foothi 11 Range Field Station Date Tabulated Observer Tela rk Data Recorder C Holl i ngsworth Instrumentation data on back of sheet Period of Report Oc tobe r 1980

Dote 1 j fl2 T T ER RH+ RH _ ST ST K K WVd Wd WnWVn max min max min max min

dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595

See back of sheet for I egendi ) Evaporation Rate inches for 24 hr period from ca 800 amiddotm I Averaged Evaporation Rate for periods when readings were not taken daily



Location Sierra Foothill Range Field Station Date Tabulated Observer Tela rk Data Recorder C Hollingsworth Instrumentation data on back of sheet Period of Report November 1980

rll 2 T T ST ST K KDate ER RH+ RH WVd WVn Wd Wn-max min max min max min

1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485

See back of sheet for legend Evaporation Rates (inches) for 24 hr period from ca 800 a m I Averaged Evaporation Rate for periods when reedings wemiddote not taken daily

MONTHLY CLIMATIC SUMMARY FIELD STATIONS - DIVISION OF AGRICUL TURAL SCIENCES

UNIVERSITY OF CALIFORNIA

Location Sierra Foothill Range Freid Station Date Tabulated Observer T Cia rk Data Recorder C Hol1 i ngsworth Instrumentation data on back of sheet Period of Report December 1980

Oate 1Rill I T ER RH+ RH _ ST 51 K K WVd WVn Wd Wn mx min max min max min

1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE

2 1(J la 57 50 01 58 78 52 52 54 46 12 75 1125 SE SE 121 IJ ~an3 ~ 54 48 over 61 100 52 51 50 48 ~5 00 1500 SE SE

4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348

See bock of sheet for legend Evaporation Rate (inches) for 24 hr period from ca 800 am

Averaged Evaporation Rate for periods when readings were not taken dailYmiddot I

--


FIELD STATIONS - DIVISION OF AGRICUl TURAl SCIENCES


Location Sierra Foothi 11 Range Field Station Date Tabulated Observer T CIa rk Data Recorder C Ho 11 i ngswo r t h Instrumentation data on back of sheet Period of Report January 1981

Date lR2 T T ER RH + RH _ ST ST K K WVd WVn wd Wn max min max min max min

I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE

21 66 52 05 36 100 55 52 72 50 300 450 E E Imiddottl 9322 62 48 07 36 100 52 49 64 44 750 750 SE E ~ 23 I middot 10 S3 43 08 54 100 52 49 62 41 1050 600 SE S

24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W

27 ~2 ~ OC 54 44 06 74 82 48 47 53 42 1350 2025 SE SE ~a 8 28 51 47 23 65 84 49 47 56 39 4 25 1050 SSE SSE 3(29 25 50 38 12 44 100 49 45 62 34 750 450 SSW E

3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440

See back of sheet for legend

MONTHLY CLIMATIC SUMMARY FIELD STATIONS - DIVISION OF AGRICUl TURAl SCIENCES


Location Sferra Foothi 11 Range Ffeld StatIon Date Tabulated Observer T CIa rk Data Recorder C Ho 11 i ngsworth

lnstrumentation data on back of sheet Period of Report- February 1981 Dote rfTR1iL T T ER~ RH + RH _ ST ST K K WVd WVn Wd Wn

mox min max min mox min

1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E

riee back of sheet for legend Evaporation Rate (Inches) for 24 hr period from ca 800 am

I Averaged Evaporation Rate for periods when readings were not taken daily

--



bull Location Sierra Foothi 11 Rallge Field Station Date Tabulated Observer T C 1 a rk Data Recorder C Holl i ngsworth Instrumentation data on back of sheet Period of Report March 1981bull

Oate Wlr2 T T ER~ RH+ RH _ ST ST K K WVd wVn wd Wn max min max min max min

1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE

4 1 OC li D48 40 middot 06 85 100 52 48 46 38 450 30C S SE

5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E

11 68 47 middot 17 52 84 67 53 90 44 600 825 ESW E 12 66 46 20 40 100 63 54 91 41 825 600 SE SE 13 ~2 4~ Ih 41 10n ~7 1)1 61 40 1 00 450 E E

14 54 45 061 56 100 55 52 68 42 300 600 E E 9015 OC 50 46 06 1 64 92 52 50 52 III 225 525 E tgtEE 16 05 03 58 39 061 69 100 58 47 72 36 600 375 W SE

17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578

See back of sheet for legend Evaporation Rate (inches) for 24 hr period from ca 800 am I Averaged Evaporation Rate for periods when readings were not taken daily


FIELD STATIONS - DIVISION OF AGRICUL TURAL SCIENCES

UNIV ERSITY OF CALIFORNIA

Location Sierra Foothill Range Field Station Date Tabulated Observer T C 1 a rk Data Recorder C Ho 11 i ngswo rt h Instrumentation data on back of sheet Period of Report Apri 1 1981-

Date yenlR2 T T ER RH+ RH _ ST ST K K WVd WVn Wd Wn max min max min max min

1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW

18 20 2C 60 48 middot 13 55 100 69 62 81 46 750 750 SSE SE 4519 6~ 50 4 middot 10 85 100 61 56 l~7 4) 1050 525 SE E

I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE

24 73 50 29 51 85 78 68 94 48 450 600 WISE SE 03 025 62 46 middot 19 1 31 100 70 62 81 42 525 450 SH SE

26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31

SUM 71 88 2043 llf25 682 1436 2821 2122 1751 n06 13L~8 1200 1200 MEAN 70 L~8 23 50 94 73 60 90 l~5 Ij22 522

See back of sheet for legend ~rl Evaporation Rate (inches) for 24 hr period from ca 800 am I Averaged Evaporation Rate for periods when readings were not taken daily



UNIV E~ SIT Y OF CALIF ORNIA

Location Sierra Foothill Range Field Station Date Tabulated Observer T C 1 a rk Data Recorder C Holl j n9sworth Instrumentation data on back of sheet Period of Report May 1981

Date fF I R1fZ T T ER(f RH+ RH _ ST ST K K WVd wVn wd Wn max min max min max min

1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE

15 70 42 31 2lt) 65 - lt)2 40 3 00 6 00 SW ~1Nbull 16 71 41 35 21 72 - 84 38 1 SO 7 50 NW E

17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S

26 83 60 28 43 94 - 106 58 600 600 S shy27 91 60 34 28 88 90 74 106 57 600 600 N NS o ~ 01 ID c28 92 62 44 34 77 93 78 112 58 300 300 - S U shy- t

S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495

See back of sheet for legend m Evaporation Rate (inches) for 24 hr period from ca 800 am I Averaged Evaporation Rate for periods when readings were not taken daily



Location Sierra Foothill Range Field Station Date Tabulated Observer T C I a rk Data Recorder C Holl i ngsworth Instrumentation data on back 0 f 5 heet erio 0 eport 1981Pdf R June

1R2 T T ER RH _ ST ST K KOate RH+ WVd WVn Wd Wn max min max min max min

1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450

S~e back of sheet for legend )~(EvaporatiQn Rate inches for 24 ~r period from ca 800 am 1 Averaged Evaporation Rate for periods when readings were not taken daily

REPORT OF STATION LABOR AND FACiliTY USAGE

STATION Sierra Foothill Range Field Station

PERIOD COVERED BY REPORT July 1 1980 through June 30 1981

DATE REPORT PREPARED July 28 1981 BY C Hollingsworth

1 Summary of Laborh USage - Hanhours (see pages 2-4 for listings)

Available Assigned USed in USage for for Period of of Assign

Year Year this Report Used Year Stat ion Operations 11 bull122 11 122 139585 126 100 Research Proiects 12225 12 225 9 307S 1~6 100

Total 23347 23347 2J2660 100 100

2 Supplemental Labor - Hanhours

A Outside Sources (Growers Cooperatives)

Station Operations

Research Projects

B Contract Labor (SampE Funds)

Station Operations

Research Projects

C Departmental (list by Departments if avai lable)

3 Summary of Land Usage (Acres - net plot acreage)

Avai lable Assigned Usage for for In Use

Year Year Usage Natural Reserve Area 272 272 272 100 Resea rch Plots 5095 5095 5095 100 Fallow Uniform Cropping

or Cash Crops Unassigned Pasture or Range 354 354 354 100

Total 5721 5721 5 721 100

4 Summary of Building USage - Assignable Squire Feet

AVli llble ASSigned ASF Usage for Yelr for Year In Use USaqe 0 1816 1 107 1 816 100

100 Seri es l 352 352 352 100 Offi ces Labs Greenhouses ~G 200 Seri es 34500 32297 34500 100Service Buildings 300 Seri es 9221 7601 9221 100Dwellings 400 Seri es 2271 2271 2271 100Temporary Structures

~

Applies to all staff employees on Field Stltion Payroll (does not include Academic Staff) alld is based on current staff listing plus GA fund allocation Unless noted otherwise unassigned GA hours are computed on hourly rate for Farm Laborer Step 1

REPORT OF Sierra Foothill Range STATION LABOR AND FACILITY USAGE (contd)

6 Station Operations - Manhours of Labor By Usage

~tatlon Ident No

Descr i pt ion Budgeted Hours

Us~d to D3te

Use to Budgeted

01 02 03 04 05 06

Supervision and Administration Personnel Training and Education Field Days Public Service HoI idays Vacat ion

1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18

Sick Leave Special Leave Open - Supp1 i es Building Maintenance - Series 100200 amp 400 Headquarters Grounds Maintenance Janitorial Headquarters Exterior Utilities Maintenance Refuse Disposal Fire Protection Field Exterior Utilities Maintenance Field General Maintenance Equipment Maintenance

600 0

lllll ~Zll ] SQ 35Q 21l1l IIlQ

SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21

Vehicle Maintenance (Li censed) Non-Station Owned Equipment Maintenance Construction of Equipment amp Facilities

800 a

924 h

116 - 4

(Operating Budget) 50 - 141 2 28J 22 Series 300 Building Maintenance (Residences) 50 F9 758 23 Capital Improvement Projects a 24 Weather Stations ~OO 411 1~7 25 Cash Crops Non-Project Animal Care Fa 11 ow

and Uniform Cropping 100 -shy 81 5 82 26 Safety Secu r i ty and Inventor i es 100 133 13~ 27 Off-Station Research Projects 0 28 Open 0 25 25 29 Open - McDonaldKellogg 112~2 --lz6005 184

Tota 1 s 11 122 139585 126

Open Codes may be used to meet individual station needs

REPORT OF SIERRA FOOTHILL RANGE FIELD STATION LAlOR AND FACILITY USAGE (contd)

Research Projects - Manhours of Lbor by Reserch Project Station Ident No

Project No

Assigned for Yr

Lbor Used to Dte

Hours

llsed Assigned this Qtr

Used this Jltr

Land (ac) Assigned

for Yr Remarks 34 CA-D-ASC 3800 34395 91 950 1 122 2198 Hull

2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay

40 CA-B-ENT 150 169 113 375 43 none Anderson 2186H

48 CA-D-SPN 8245RR

200 25 13 50 95 34 Huntingshyton

49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H

51 CA-D-ASC 300 3145 105 75 128 none Morri s 2925H

54 CA-D-ARS 10 10 Wilson 3111 H

55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H

63 CA-D-ASC 50 145 29 125 3 none Pri ce 13545H

64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H

70 CA-D-VMB 50 35 70 125 95 none Baker

73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H

76 CA-D-ASC 250 1705 68 625 625 none Price

77 3938 CA-D-ASC 400 2105 53 10d 245 none Morri s 3705RR

78 CA-B-ENT 365 33 none Falcon 3855RR ---shy

Totals 12225 93075 74 30625 2381 5 522175

Animal Science Department - Rick Delmas 12 months or 2088 hours

Student Help - 7 students total 2622 hours

UC Sierra Foothill Range Field Station Annual Report 1981

Untitled2

Untitled 3pdf

i

STATION OPERATIONS

Organizations USing Station Facilities for Research Work

university of California

Department of Agronomy amp Range Science Davis

Department of A~imal Science Davis

Departme~t of land Air amp Water Resources Davis

Department of Environme~tal Horticulture

Department of A~imal Physiology Davis

School of Veterinary Medicine Davis

Division of Entomology amp Parasitology Berkeley

Department of Forestry amp Resource Management Berkeley

Cooperative Extension Davis

Department of Nematology Davis

Department of Geology Davis

Department of Wildlife amp Fisheries Biology Davis

Department of Veterinary Microbiology

Botany Extension Davis

local

Cooperative Extensio~ Yuba and Sutter Counties

Other

Chapman Forestry Foundation

California State University Chico

STATION OPERATIONS







Ex Officio Members


Dates of Meetings

None

Minutes of Meetings







STATION OPERATIONS


Field Station Owned

Sheep Value

Ewes

Rams

(15)

(none)

Total (15)

$60000

$60000


Science Owned

Catt le Number

Bulls

Cows Purebred

Cows Commercial

He i fers

29 58

163

175

Horses

Geldings 3
















Equipment Acquired



Paint Shaker




None


None


723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081





4-H Group loma Rica








4-H Group loma Rica



Total


In State

Out of State

Fo rel 9n


None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

STATION OPERATIONS







Ex Officio Members


Dates of Meetings

None

Minutes of Meetings







STATION OPERATIONS


Field Station Owned

Sheep Value

Ewes

Rams

(15)

(none)

Total (15)

$60000

$60000


Science Owned

Catt le Number

Bulls

Cows Purebred

Cows Commercial

He i fers

29 58

163

175

Horses

Geldings 3
















Equipment Acquired



Paint Shaker




None


None


723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081





4-H Group loma Rica








4-H Group loma Rica



Total


In State

Out of State

Fo rel 9n


None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

STATION OPERATIONS


Field Station Owned

Sheep Value

Ewes

Rams

(15)

(none)

Total (15)

$60000

$60000


Science Owned

Catt le Number

Bulls

Cows Purebred

Cows Commercial

He i fers

29 58

163

175

Horses

Geldings 3
















Equipment Acquired



Paint Shaker




None


None


723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081





4-H Group loma Rica








4-H Group loma Rica



Total


In State

Out of State

Fo rel 9n


None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf









Equipment Acquired



Paint Shaker




None


None


723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081





4-H Group loma Rica








4-H Group loma Rica



Total


In State

Out of State

Fo rel 9n


None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf


723-2480

21780

1011BO

1018BO

311880

326-2781

4481

L~481

411Bl

426Bl

5281

53Bl

51381

52081

52081





4-H Group loma Rica








4-H Group loma Rica



Total


In State

Out of State

Fo rel 9n


None

Attending

30

15

40

15

15

25

7

7

20

150

15

25 12

446

60 2

4

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

RESEARCH


Projects Completed

50 CA-D-ASC 2989H

63 CA-D-ASC I 670WR

64

65 CA-D-NEM 3492H

Current Projects

34 CA-D-ASC 2988H

31 CA-D-ARS 3114H







Davis





Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf


Current Projects

40 CA-B-ENT 2186H

continued












48

51

55

60

61

CA-D-lAW 2845RR

CA-D-ASC 2925H

CA-D-ARS 3111H

CA-D-XXX 3602

CA-D-ASC 2925H



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

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JODD

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y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf



66

67

69

70

73

74

75

CA-D-EHT 3398H

CA-D-ASC 2988H

CA-D-ARS 3111H

CA-V-VHB 2539H

CA-D-ARS 3665H

CA-D-ARS 3114H

CA-D-ARS 3111H







ogy Divis
















Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf









Projects Initiated

























INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf






















INTRODUCTION






2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

2
















June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

IO()

y



-~ f I~o 11

~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















None as Qf yet
















r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf









June IOU 155 155 155 155 155 155 170 11 0 02 03 0 2 02 160 15 0 02 1 05 4 03 145 24 1 03 3 08 6 03 133 - July 6 04 7 5 40 39 76 7 1 8 23 24 27 68 112

15 52 53 42 40 31 21 82 22 59 35 83 52 50 49 71 29 32 106 47 76 106 87 88

2FAug 3= 35 105 45 65 100 75 85 12 06 1 1 05 17 23 50 19 6 6 6 45 e 48 89 27 26 74 95 81 87 94 80


Sept 23 35 80 100 90 90 85 85 3 1 104 6 123 2 75 98 9 2 85 2 133 3 71 75



3oil 9 135 7 125 11 115 155

Oct 6 44 2 23 6 16 20 242 10 7 4 9 8 8 12 28 17 9 21 - 6 35 5 34 25





122381 tdo


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


1 3

4

6

7


































































CHKD BY DATK JOB NO

UcCAred

Cc -tld

JODD

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y



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~ ~ C ~

Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

rl1I CDIY (Ie)










1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







this research)

















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r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf


Date


Group 1 4


2 5


3 6

Control

Group7


July 1 7

4 2

2 1

2 2

3 2

3 3

2 2

1 3

15 01 03 1 04 05 05 05 22 07 07 06 05 09 1 04 29 06 1 07 2 6 2 3

Aug 3Y 12

NC 05

NC 02

NC 03

NC 03

NC 5

NC 06

3 2

19 2 2 4 4 2 2 3 27 2 1 3 1 3 1 2

Tail Tag Taee

Not Treated

Ear Tag TaEe

Not Treated

Ear Tag TaEe

Not Treated

Sept 211 3

NC 4

NC 5

NC 05

NC 5

NC 2

NC 5

4 6

9 6 5 4 2 4 3 8 23 11 2 6 5 7 4 9



Oct 6 10

16 5

7 13

15 4

1-3 11

15 9

14 25

23 3

17 12 12 10 14 12 16 5




122381tdo

11

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



I 2 Expt Sta

from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







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0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














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4

6

7


































































CHKD BY DATK JOB NO

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~ ~ C ~

Z pound1 ~I

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1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







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r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

-----------------------------------------------------------


FLIES POUR-ON

Ectiban Pour-On


Ectiban Pour-On

Face Grp 2 amp 5


Grp 3 amp 6

Control

Grp 7

---------------shy HORN FLY ---------------shy -

Total 9178 10530 12909 13416


---------------shy FACE FLY ---------------shy

Total 2617 3629 5144 3388


Similar between

subscrips treatment

denote means




Tail Tag Tape Grp 1


Control Grp 7

Total

Mean

--------------~- HORN

112

l400a

154

192Sa

FLY ---------------shy

142

l77Sa

842

1051Sb

Total

Mean

---------------shy FACE

44

733a

39S

6Saa

FLY --------------shy

41

68~

69

8611



RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



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from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







-2shy




0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














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CHKD BY DATK JOB NO

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y



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Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

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1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







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r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf


RIck Delmas

















versus production


Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












eer 7 Publicatlons

None



























None




1 3



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from rngelads















































0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







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0 0 29 46 136 15

26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














None as of yet


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4

6

7


































































CHKD BY DATK JOB NO

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Z pound1 ~I

o~__________~__________~____________

o It $11 7shy

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1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






eport Peno







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r lW~iIJtA9-v-


- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf

Table



No Acres Green


Protei n 1031 1116



Tri a1 0


B = Ground Barley


Range + CampB~l1

112 25 60

064 622 661

72

44 042

4704

Range + Lig Suee

112

15 30

1 24 640 638 64

2 18 O 175

1960


112 83 16 10

19 06

196 464 649 714 676 765

93 80

8t 6

808 1288

109 14910

14810 232 1 1 Liq 3 1 B 44

0349 042

3901 4704










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












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0 415 367 295 308 05 404 385 327 315 10 408 410 354 338 15 408 415 357 346 25 423 415 389 383







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26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














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- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




Untitled2

Untitled 3pdf










YEAR 71 72 73 74 75 76 77 78 79 80 81 Mean

Tens of poundsacre



LSD 05 72 49 NS 52 64 37 32 NS 240 NS NS 01 102 69 -- 73 90 52 46 -- 330 -- --












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26 44 129 13~

05 0 29 57 152 12

27 51 132 16~

10 0 30 65 149 16

27 63 154 14~

15 0 34 73 167 18

30 68 163 13~

25 0 33 91 190 10

31 81 175 16~














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1979-80 1980-B1

No 28 28 23 27 32 60 22 33 No 21 29 19 23 50 14 13 26






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- -i

- O 15~~~+-r--~--IE tn l E I e Q) Q) V)

-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




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-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




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-0 o o co O 07 c-~~

o 5 10 15 20 25 o 5 10 15 20 25 WEEKS WEEKS













1972 207 487 714 857 823 563 296 3947 1973 822 729 530 380 incoll1Plete

1974 146 474 680 868 911 806 420 4305

1975 81 561 708 884 853 855 357 4299

1976 195 589 735 946 760 735 620 4580

1977 465 279 825 915 884 675 543 4586

1978 165 574 750 1039 806 585 543 4462

1979 210 574 750 868 822 840 450 4514

1980 135 279 449 775 667 570 481 3356 1981 570 496 825 899 868 690 326 41 674





196667 3843 4241

196768 2250 2169

196869 41 67

196970 3120

1970171 2867 3220

197172 1857 1945

197273 4025 4183

1973174 4105 41 98

1974175 2445 3015

197576 1297 1420

1976177 1006 11 19

197778 3442 4068

1978179 2440 2891

197980 2733 3248

198081 1920 2066






Remarks




Remarks __



Remarks

Rain Gauge



Remarks

LEGEND


--

------- --

---- ---- - -

---

--- -

---






1 83 61 38 34 77 89 80 108 60 450 450 sw E

10 bull 12 66 60 34 68 76 83 76 79 56 450 300 SW SE 3 79 58 08 40 100 86 71 96 55 450 300 SW SE

4 79 50 381 27 100 88 73 96 47 600 600 S S

5 80 53 371 31 86 89 74 99 49 450 300 SW s 6 80 54 391 31 93 90 76 102 51 1+50 450 WSW SE

7 78 50 361 30 86 89 76 96 47 525 450 SWS E

---8 76 52 37 27 93 87 75 94 49 6 75 450 S SE

9 75 47 36 30 92 88 74 96 44 450 450 SWW E 10 84 54 33 23 80 90 75 105 51 300 7_2Q w E

11 88 60 41 26 76 92 77 109 59 450 375 W S f------ shy

12 82 54 381 33 86 91 78 99 50 525 1 50 SWS S

13 81 50 381 38 100 92 77 100 48 450 300 sw E-------f-- - shy14 86 53 381 30 100 93 78 105 50 1375 675 sw SWE

15 90 62 40 28 71 94 80 112 61 1300 750 SE SE 16 94 67 54 24 64 96 82 115 66 600 675 EW E

17 95 64 48 29 67 98 83 118 64 375_ ~OO W E ----~-

18 88 5S 43 27 100 96 84 106 58 450 2 21 SW S

19 94 52 391 27 93 96 81 116 50 2 25 3 75 W E 20 94 65 401 27 73 98 83 116 63 300 375 sw E

21 97 64 40 1 26 83 99 84 116 62 300 600 W E

22 99 64 40 32 18 100 86 123 76 300 600 w E __ 23 101 70 47 27 61 101 87 122 68 300 525 W E

24 100 66 44 30 78 102 88 126 63 225 750 sw E

25 104 70 50 28 61 103 89 128 69 300 900 SW E

26 103 73 50 1 32 47 103 90 124 72 375 525 5 SWE

27 102 72 501 36 71 104 91 125 72 300 750 W E

28 01 O~ 94 74 491 36 64 97 91 121 73 300 525 WE E 29 99 71 36 30 80 101 88 121 70 375 600 S E

1---shy

30 98 73 50 31 II 102 90 118 71 450 450 SW 5

31 97 72 53 35 62 102 90 119 71 450 750 ESW E

SUM l1~b 2766 1890 1264 973 2469 2939 2527 3410 1845 1255 1598 ~---- ~-

MEAN 89 61 41 31 80 95 82 110 60 405 5 15I


--






1 99 72 49 19 76 103 90 122 72 375 825 SW E

2 95 62 461 39 89 102 89 118 56 450 300 SW E 3 94 57 461 38 94 100 87 116 54 375 375 W SWE 4 85 56 461 44 100 98 86 106 53 450 300 SW SW 5 84 56 37 47 100 96 84 102 57 450 450 S E

6 86 56 36 42 100 95 83 109 53 300 300 W S

7 90 62 34 39 76 97 83 112 58 375 600 w SWE

8 90 66 43 36 78 97 84 112 64 450 375 W SE

9 93 58 43 1 30 87 98 84 116 54 300 375 SW SWE

10 96 62 441 30 66 98 84 120 60 300 450 w E

11 99 63 441 33 72 99 85 120 60 300 375 SW E

12 95 64 47 36 67 98 85 116 60 375 525 SW E

13 86 56 37 45 100 96 85 105 53 450 1 50 SW W

14 7I 48 36 53 100 92 81 98 45 i525 225 S SW 15 82 53 27 50 100 9_2 80 104 50 i300 1100 sw E

16 81 51 341 46 100 94 81 109 55 300 600 w E 17 8] 58 351 5_2 100 95 8] 110 56 1300 600 SE E

18 75 56 351 53 100 91 82 89 53 825 375 S S 19 81 52 37 52 100 92 79 102 48 1375 375 w S 20 84 56 29 53 100 93 80 108 53 300 300 SE E

21 88 56 31 32 100 94 81 110 54 300 600 SW E

22 80 58 35 31 87 89 81 114 56 300 225 SW S

23 80 52 321 34 100 90 79 98 49 375 675 S E

24 84 56 321 34 100 91 79 107 54 450 525 w SE

25 85 60 311 29 82 92 80 106 57 300 ~OO SW E

26 84 60 38 31 76 92 80 104 57 ~ 50 ~OO SW E

27 80 55 38 37 80 90 79 98 52 ~50 300 SW E

28 80 55 34 28 67 90 78 101 52 ~50 ~ 50 SW E

29 76 48 36 30 77 86 76 94 45 ~OO 1 50 SW E

30 80 51 321 37 93 88 76 102 48 375 450 SW E








1 88 60 331 32 88 91 79 108 58 300 675 sw E

2 86 58 33 1 30 87 91 80 104 56 375 600 w ~WE

3 88 57 36 29 81 91 79 110 54 300 300 w SW

4 90 60 33 33 82 92 79 114 56 3 75 600 E ~SW

5 90 64 37 30 68 92 80 110 62 375 525 W E

6 82 57 331 26 81 90 80 102 49 450 300 sw S -

7 78 48 331 40 100 88 77 100 44 450 225 SW S 8 81 58 33 1 42 100 89 79 100 56 525 225 SSW E 9 84 55 28 41 100 90 78 104 52 300 375 sw E

10 81 57 30 35 94 88 -18 100 52 600 1 )0 S SE 11 84 53 35 41 100 89 17 10L~ 50 300 600 W E 12 82 56 30 39 100 88 78 99 53 L~ 50 600 SW S

13 69 50 281 44 100 87 76 82 47 1125 975 S SE

14 65 50 281 44 100 78 72 86 47 600 1 50 S E

15 76 53 281 34 80 81 71 94 50 450 450 w E- 16 81 54 26 35 86 84 72 102 52 375 450 w E

-17 82 60 27 36 76 82 75 104 59 225 -150 sw SSE

18 72 56 20 46 86 82 76 90 54 600 450 SWS E-

19 76 48 27 46 100 82 72 96 45 300 675 w E

20 76 53 281 41 100 82 72 93 48 600 22S sw E

21 78 47 281 30 100 81 71 92 44 525 375 W E

22 84 52 28 1 34 100 83 71 100 49 600 600 EW E

23 87 60 36 26 60 85 73 110 58 450 750 EW E

24 90 61 39 28 51 86 75 112 59 450 825 SE E

25 91 65 39 29 54 87 76 114 63 375 825 EW E

26 84 59 40 34 81 85 77 107 59 300 525 W E

27 78 50 291 43 86 84 74 100 46 300 1 50 SW E

28 84 47 291 40 100 82 72 97 44 450 600 W E

29 87 58 30 37 75 84 72 108 56 450 375 SE E p~n30 83 65 31 56 58 ry 75 118 62 375

6751 SW SE

31

SUM 2457 1671 935 1101 2574 2494 2266 3060 1584 1335 1470 MEAN 82 56 31 37 86 86 76 102 53 445 490






dry1 94 66 39 31 54 88 118 64 375 450 EW EDen 2 96 69 35 18 49 89 78 117 68 525 600 E1W E

3 96 70 38 54 66 89 79 118 68 525 600 E1W E

4 95 68 381 56 79 89 79 116 65 600 750 ElW E

5 94 66 391 59 90 89 79 118 62 225 525 W E

6 92 64 381 34 95 88 78 110 65 300 450 W E

7 93 66 35 55 50 88 78 115 64 450 675 ElW E

8 92 66 41 32 90 88 78 114 65 3 75 750 E E

9 91 64 36 37 58 87 77 113 62 450 675 SW E

10 77 49 36 39 100 83 75 98 46 375 300 SW E

11 68 45 14 43 92 78 70 88 42 300 450 SE E 1512 15 66 52 181 50 100 73 68 82 49 600 600 S E

13 20 21) 56 49 171 62 100 69 63 66 43 675 525 E SE

14 61 42 05 46 100 66 59 84 38 375 375 W E

15 64 40 12 30 100 66 56 76 36 600 450 W E --~

16 64 42 25 49 91 66 57 90 40 300 600 E E

17 66 43 14 40 82 69 57 84 40 450 600 E1W E

18 70 44 201 44 92 70 58 91 40 450 750 W E

19 73 48 21 1 39 84 72 60 92 45 450 600 W E

20 76 50 21 1 42 93 73 62 98 48 300 600 E E

21 77 54 22 39 74 72 63 98 51 525 525 EW E

22 80 55 21 28 74 ]6 64 102 53 450 750 w E

23 80 58 27 31 58 77 67 102 56 450 750 S E

24 74 57 29 33 69 74 67 94 52 525 300 S E

25 62 50 07 61 100 69 66 74 47 225 300 W E

26 67 46 middot 161 37 100 71 61 86 43 450 600 E1W E

27 74 47 middot 161 14 92 71 60 83 44 900 900 EW E

28 12 48 16 27 56 72 62 92 46 450 825 S E 29 75 50 24 30 57 72 62 95 48 525 750 EW E

30 72 51 21 23 52 68 62 90 48 450 525 E E

31 77 50 middot 17 19 57 71 60 98 48 375 900 ESW E

SUM 35 LO 2394 1669 778 1202 2454 2373 2005 3002 1586 1403 lSJ5 MEAN 77 54 25 39 79 77 67 97 51 453 595






1 71 53 221 19 66 68 62 90 50 450 3middot 75 E E

2 78 53 21 1 32 60 72 62 98 50 375 375 EW E

3 78 55 21 1 40 74 74 64 96 52 375 60(J SW E

4 82 58 21 1 27 54 75 65 102 56 300 525 E SE

5 76 56 22 38 69 72 64 98 52 300 525 SW E

6 79 51 17 27 78 72 62 97 50 225 675 E E

7 07 05 70 51 23 36 100 67 62 78 47 750 450 S SW

8 02 01 68 47 071 38 100 67 60 85 44 300 L~ 50 E E

9 67 47 121 33 92 65 58 90 45 300 300 W W

10 57 46 101 47 92 61 57 66 42 150 225 W W

11 64 45 06 34 92 64 55 90 42 1 50 375 SW E

12 62 41 10 27 91 63 55 80 38 300 300 W E

13 6L 37 13 26 90 63 53 8~ 3L~ 300 825 SW E

63 42 15 26 65 62 53 82 39 525 ~ 0 EW E14

15 65 39 17 1 11 71 61 (3 77 37 750 675 E E

16 58 40 171 22 55 59 53 72 38 300 600 SW E

17 67 45 181 14 60 63 53 85 42 375 750 W E

18 65 46 27 30 53 63 54 87 43 375 750 W E

19 64 44 17 26 67 62 54 82 41 450 375 EW E

20 65 42 14 30 66 61 53 84 39 300 750 SW E

21 59 46 15 22 61 57 54 74 43 450 600 SW SE

22 18 20 56 48 04 1 62 57 58 55 66 47 1 50 75 SW SW

23 08 10 56 46 041 67 100 57 56 65 42 300 450 S E

24 02 04 60 40 041 17 72 56 50 71 34 825 450 W E

25 60 36 19 3~ 90 54 47 78 34 450 450 E E

26 66 42 09 32 73 57 48 86 38 375 300 W E

27 66 44 10 I 36 92 59 49 82 41 225 300 sw SW

28 67 44 12 1 38 83 59 50 87 40 1 50 600 E ISE

29 58 47 12 I 59 84 56 52 64 46 600 600 SES SE 2

30 21 s8 41 06 54 100 57 51 74 38 450 375 SSW E

31

SUM Ib2 61 1969 1372 ~25 1004 2307 1884 1664 2470 1284 1133 145S MEAN 66 46 11 33 77 63 55 82 43 378 485






1 2(J 2e 51 40 09 52 100 53 49 61 37 225 600 E ISE


4 12 3- 55 37 23 39 100 53 46 70 34 375 600 SW SE

5 52 36 06 34 100 51 44 68 33 450 825 E E

6 52 34 11 1 29 100 so 43 74 30 3 75 3 75 E E

7 r4 32 101 8 75 48 42 64 29 750 450 E E

8 54 35 101 26 90 48 40 74 31 1 50 300 E E

9 51 30 07 39 100 48 40 68 30 3 75 225 E E

10 56 34 07 29 89 49 40 74 29 3 00 75 sw SW

11 55 31 05 33 100 49 40 74 29 I 50 225 SW SE

12 56 30 06 29 100 49 40 74 29 225 1 50 - shy13 60 37 061 29 90 50 41 83 35 225 150 - E

14 58 38 071 31 80 51 42 77 35 300 300 E SW

15 64 40 071 44 90 53 44 84 37 I 50 300 E E

16 69 40 07 44 90 54 45 88 37 J50 225 - E

17 69 49 05 49 92 57 47 89 44 225 300 w E

18 62 44 09 48 100 54 50 84 41 1 50 3 75 - E

19 58 40 04 5~ 100 54 47 78 37 225 I 50 - W

20 SC] 6~ 41 041 43 100 54 47 76 38 300 150 E ES9

06 0121 54 47 031 73 69 51 49 52 44 525 225 SE w 22 02 0 52 40 021 86 90 53 49 59 36 150 300 - E

23 55 36 02 57 100 52 46 79 34 150 675 W SE

24 56 ~9 04 34 100 50 46 70 36 3middot75 300 SW S

25 62 43 031 48 91 54 49 82 40 3 00 150 WE shy26 52 39 031 66 100 51 49 70 36 300 150 W SE

27 51 36 03 1 66 100 50 46 74 34 225 75 - E

28 )3 40 031 67 100 51 46 74 38 1 50 1 50 - shy29 04 0 ~ 45 38 031 68 100 so 47 48 36 1 50 1 50 E W

30 44 3[ 01 68 100 49 46 16 34 2 25 1 SO - S

31 01 01 42 32 02 66 100 48 45 50 32 1 50 75 - E

SUM W 411gt1712 1191 173 1477 2924 1588 1408 2178 1109 105 8 108 0 MEAN 55 38 06 48 94 51 45 70 36 3 41 348



--






I

1 01 01 41 30 02 64 100 47 44 48 30 150 1 50 - W 01

2 01 49 28 02 50 100 46 43 48 29 1 50 375 - SE 2

3 2f 50 40 02 44 100 47 45 49 37 300 225 E W 01 014 62 38 03 57 100 52 44 80 35 300 150 W E

5 UI 02 52 36 02 53 100 50 45 70 34 150 300 S E

6 46 32 02 61 100 48 45 60 31 300 300 W shy7 46 30 03 53 100 47 44 62 29 150 225 E S

8 42 29 03 66 100 45 42 46 29 225 1 50 W shy9 38 28 01 61 100 44 42 43 29 1 50 150 W shy

10 39 28 01 63 100 44 41 46 29 1 50 150 SW shy11 38 28 01 61 100 44 41 45 29 1 50 1 50 SW shy12 05 05 48 30 02 56 100 44 41 56 30 75 1 50 - E

13 62 42 01 41 91 51 43 81 38 1 50 450 SW NE

14 65 44 06 44 92 S3 44 81 40 300 300 W E

15 65 47 08 44 84 54 46 86 44 225 675 W SE

16 15 15 60 47 07 55 100 54 49 74 45 525 600 S E

17 f05 05 62 49 07 41 100 53 49 66 45 525 1 50 SEW shy18 66 48 05 46 100 56 49 87 46 300 600 E SE

~2 19 2~ 60 48 08 39 100 53 51 63 44 900 300 E E

20 63 30 05 53 88 55 50 81 48 300 600 SE WE


24 52 36 06 48 100 52 45 70 29 450 300 EW E

25 53 31 06 41 100 50 42 66 31 600 600 SE E

26 ~ 38 48 41 06 40 91 48 44 52 38 450 1 50 E W


3c30 l36 50 36 03 44 100 49 44 72 31 375 600 W E

31 53 28 07 36 100 49 40 68 28 525 525 E E

SUM t fbS 671 1646 1176 160 1570 3012 1540 1402 1969 1128 1350 1~5 MEAN 53 38 05 51 97 50 45 64 36 435 440







1 52 32 07 1 48 100 49 41 74 30 375 375 E SE

2 58 40 07 1 42 80 51 43 74 37 225 5 2~ - ElSE

3 62 41 09 37 56 52 43 80 38 375 6 7~ E E

4 58 38 11 31 90 52 43 77 35 525 6 7~ E E

54 50 100 49 45 70 36 450 45C s ~SE5 39 middot 12 6 54 38 04 50 90 50 43 74 36 300 45C W E

7 58 40 071 42 80 53 43 78 38 450 15C E E

8 54 43 05 1 50 82 49 46 58 40 1 50 75 S shy9 05 02 62 42 05 1 48 100 55 46 81 39 300 675 S E

10 55 44 bull 10 56 100 53 47 67 42 375 525 E ISE

11 l(

1C 60 47 03 65 100 55 50 82 43 300 450 E E

12 66 47 07 50 83 58 49 86 45 450 600 E ~SE

13 ~35 55 60 51 08 55 93 53 51 59 48 600 900 ElSE SE

14 ~27 10 66 52 061 54 100 60 53 88 48 450 300 S E

15 66 49 061 50 93 59 52 84 47 525 375 E E

16 T 17 66 49 061 40 85 67 51 88 47 525 300 S E

17 65 48 06 54 100 60 53 82 46 375 375 EW E

18 69 50 middot 13 49 78 63 52 86 48 375 60C SW E

19 ~08 04 64 38 middot 15 53 100 58 50 76 33 1050 300 SE W

EW20 65 37 22 35 100 56 48 74 36 1425 600 EW

21 68 40 middot 191 52 100 60 47 88 36 300 525 SW E

22 72 48 191 54 70 63 50 94 43 300 7Se W SEE

23 2C 21 63 43 201 43 100 61 52 82 42 900 10510 ES SE

24 102 02 50 40 bull 18 51 100 53 49 60 38 1050 750 S SE

1--25 12 1~ 49 39 08 50 90 52 47 62 47 600 750 SES E

26 102 0 48 41 06 63 91 50 46 60 37 600 90C SEE E

27 58 40 06 42 81 54 44 81 37 450 75(J W E

28 05 oS 56 46 081 63 84 52 46 72 40 450 450 SW E

29

30

31 SUM 141

l~ 1678 1202 b73 1377 252~ 154j 1330 2131 1132 1425 153 (

MEAN 60 43 bull 10 49 90 55 48 76 40 509 54E



--





1 61 43 08 66 94 56 46 78 40 450 4 ~( W ElSE 022 03 56 42 middot 12 57 100 54 49 70 38 225 45( - E

3 56 41 07 48 100 54 47 70 38 750 60C S SSE


5 64 36 02 67 100 56 46 74 33 675 375 W E

6 56 37 middot 18 51 100 54 46 72 34 525 525 SW SE

7 60 45 middot 121 55 100 57 48 78 42 450 600 SIS- E

8 64 43 middot 121 58 100 60 48 80 40 450 600 W E

9 68 46 middot 121 69 lOa 64 50 90 43 300 600 W E

10 58 39 middot 16 69 100 65 52 88 44 375 825 E E



17 60 38 18 34 90 58 46 82 34 525 600 W E

18 ~62 7 57 47 middot 17 52 84 53 50 60 45 750 450 SE ~EE

9l19 101 51 45 04 65 100 52 50 62 42 750 6 75 E tgtES

20 12 16 54 42 06 38 lOa 52 48 68 38 975 900 SE E

21 2~ 27 56 46 07 1 63 84 54 48 66 41 900 600 SSE E

22 57 47 091 58 92 56 50 72 44 300 600 S E

23 r tr 64 44 09 1 39 lOa 60 49 86 41 450 750 SW E

24 64 46 middot 16 49 76 60 50 91 43 450 450 E SE

25 99 11( 57 44 middot 17 75 lOa 60 55 62 40 1050 600 S S

26 58 40 08 64 100 58 50 76 37 600 300 SWW E

27 67 38 middot 15 38 100 61 49 79 35 825 675 W E ---shy

28 67 46 201 69 84 64 51 90 43 450 750 WSW SE

29 ~O 20 60 38 201 70 100 61 54 74 34 1 25 525 S E

30 59 37 20 1 76 100 62 49 75 34 450 600 SE tgtEE

31 61 43 201 40 100 61 51 75 40 750 750 SW ~EE 1

SUM 561 1831 1319 382 1770 2980 1796 1539 2302 1226 1785 1793 MEAN 59 43 middot 12 57 96 58 50 74 40 5 76 578







1 o~ 03 58 41 14 42 100 62 54 84 36 300 300 S E 2 63 36 24 100 64 51 76 34 675 525 Emiddot 13

3 63 40 27 42 100 67 52 84 37 It50 525 EH E

4 72 43 22 1 67 82 70 54 89 1+0 1+50 750 Elo S(

5 74 51 22 I 76 93 74 57 98 49 52S IIliO W E -

6 67 44 22 1 47 100 73 59 89 40 450 450 IN ISE

7 4L~ 22 100 92 40

8 65 42 middot 2L~ 44 100 73 59 90 38

9 68 44 20 43 100 74 59 go 40

10 64 46 22 43 84 72 60 82 40 ~ f 0 J 11 61 40 2S I 51 90 71 58 80 38 0- eo

64 100 lIJ I shy12 67 38 25 1 71 57 82 36

13 72 45 261 38 100 75 58 97 h2

14 78 53 25 37 73 79 62 103 51 37) 675 W ElSE

15 73 491 30 35 100 75 6L~ 97 47 450 600 SE E

16 73 50 27 43 64 76 63 95 47 150 750 SEiS E

17 77 S2 26 38 100 76 65 98 50 450 300 EW


I

20 tr tr 63 l~6 06 53 100 65 55 81 44 375 410 E

21 75 49 middot 17 52 100 69 57 88 47 600 300 w shy22 80 116 20 48 87 76 62 99 54 300 750 W E

23 80 60 29 59 100 81 67 102 54 450 450 SSW SE


26 62 4S 191 41 100 70 60 86 42 525 300 - E

27 77 l 3 191 li 91 75 59 88 40 900 600 W HIE

28 88 1+6 38 59 83 82 66 103 sl~ 600 600 ~J E

29 87 63 44 72 89 85 71 114 61 450 450 0 E

30 91 68 27 57 100 89 74 116 66 450 450 SE EW

31








1 85 s8 bull 3L~ 61 100 89 75 104 56 4 ~)C 7Se S SSE

2 72 Lf6 32 62 100 84 72 94 44 325 ~ 7S v SE 3 76 Lf4 32 56 100 81 6Q 98 42 37S 52r H E

4 71 lf6 34 54 100 82 68 ~4 42 4 SO lr J E 5 72 44 27 100 81 74 98 1~2 41)0 37r I WE

6 71 lf2 29 50 - 79 65 84 40 7rO 600 W f

7 76 47 36 57 9_2 82 66 98 44 4 ro 7S0 SEmiddot E

8 80 54 35 62 ]4 83 68 94 1)1 600 Ll50 W WE

9 84 55 34 67_ 100 86 70 108 -2 450 600 SW SEE

10 84 54 34 75 100 87 72 104 C2 1 71) 3 if -SlL WE 11 82 50 34 33 100 87 72 103 49 375 6 7) J [

12 84 58 41 91 59 74 103 56 - - - shy13 ~3 57 35 34 100 - 100 54 450 525 S E

14 Z3 56 35 43 74 - - 8lt) l3 6 F 4 50 S SE


17 07 05 72 54 35 90 60 - 92 51 825 225 SE S

18 2~ 29 64 56 20 62 100 ( 76 44 ]50 750 SSE SSE

19 65 46 13 71 92 ~ - 86 42 600 450 SSW E

20 70 46 middot 13 37 100 - ~ - 90 42 525 575 SES ~ SE

21 75 52 25 37 79 E - 98 49 450 300 SW E

22 80 54 26 38 87 I 97 50 300 525 sw SElE

23 86 61 29 36 82 - 108 58 375 275 SH E

24 84 62 29 44 95 ~ - 103 r9 525 300 $ E

25 0 05 79 62 29 44 94 - 102 60 375 675 sw S


S S U L29 86 57 3Lbull 39 94 92 78 108 54 375 225 c Q--

30 86 58 37 33 100 92 79 108 56 300 300 - 3 0we31 90 60 37 28 76 94 78 114 58 225 6 75 shy

SUM tt 39 2437 1644 969 1461 2654 1382 1232 3053 1551 144C 1485

MEAN 79 53 middot 31 49 88 86 72 98 50 480 495






1 85 61 37 27 82 92 80 104 60 if 50 600 S shy2 82 58 41 32 88 92 78 100 57 525 600 tv INE

3 89 62 39 32 71 94 79 106 60 450 450 SINW E

4 98 70 42 36 61 96 82 114 67 675 600 EIN E

5 96 71 54 39 75 98 84 116 69 525 375 IN WE

6 90 66 391 44 90 96 84 111 64 450 600 IN E

7 84 62 391 57 89 92 82 103 59 600 300 EIN E

8 82 62 39 1 60 94 92 81 98 60 900 600 SW S~J

9 84 56 43 28 87 94 79 107 52 300 300 SIN SE

10 82 56 36 33 87 91 80 106 54 1 50 l~ 50 w E 11 83 62 36 30 61 90 79 98 59 1900 600 S SW

12 74 50 40 26 78 88 77 93 46 1525 225 SEv E

13 73 15 441 24 75 86 74 86 41 1750 4 SO H IN

14 83 54 441 57 60 87 74 95 50 900 600 W WE

15 94 60 441 26 100 92 76 110 57 525 675 W WE

16 96 66 42 23 50 96 80 119 64 675 375 W E

17 92 62 44 18 61 95 81 107 58 600 300 vi E

18 97 63 49 21 52 96 82 111 62 750 300 W SE

19 101 70 50 22 70 98 84 115 68 750 375 w IN

20 100 72 501 28 62 100 86 124 69 375 600 SEW E 21 102 72 501 - - 101 87 118 70 ~ 50 ~Oo J WE 22 103 72 501 23 46 102 88 126 79 375 375 E E

23 96 68 52 28 52 101 88 116 64 225 225 SW SE

24 98 65 41 24 73 101 87 120 64 300 300 SW SE

25 101 67 42 28 69 101 89 124 66 1300 +50 WE SE

26 100 69 45 30 60 102 89 122 66 300 450 SJ SE

27 100 69 431 24 60 103 89 123 67 300 525 IN SE

28 99 68 43 1 - 69 103 89 121 66 300 375 SW SE 29 92 62 431 34 - 101 88 114 59 300 450 IN SE

30 94 63 42 24 89 100 88 115 60 450 375 S S

31 SUM 2750 1903 1303 1078 2011 2880 2484 3322 1828 1478 1350 MEAN 92 63 43 38 72 96 83 111 61 493 450









Total 23347 23347 2J2660 100 100



Station Operations

Research Projects


Station Operations

Research Projects






Total 5721 5721 5 721 100




~




~tatlon Ident No


Us~d to D3te

Use to Budgeted

01 02 03 04 05 06


1800 20 50 SO

900 1t 2SO

11~JZmiddot S 305 a

9j~ --rlf7~

]08 61 0

I ] a 102 118

07 08 09 10 11 12 13 14 15 16 17 18


600 0


SQ JQQ SSQ800

8822 ]305 31lt5 ~96 ]59 392 ]]5 la5 56

264 ZOO 2845

)IfZ - J3Q5

]Q2 106 ]Q6 ] ] 2 58 19

112 261+ 12Z

36 19

20 21


800 a

924 h

116 - 4



Tota 1 s 11 122 139585 126




Project No

Assigned for Yr

Lbor Used to Dte

Hours


Used this Jltr

Land (ac) Assigned


2988H 37 CA-D-ARS

3114H 75 66 88 25 42 10 Kay


48 CA-D-SPN 8245RR


49 CA-D-EHT 50 0 0 125 0 15 Kohl 3398H



55 CA-D-ARS 150 62 41 375 65 25 Raguse 3111 H

60 CA-D-XXX 800 9595 120 200 227 none Rowe 11 3602

61 CA-D-ASC 3000 24655 82 750 2575 2300 Horri s 2925H


64 CA-D-ARS 50 0 0 125 0 2 McHenry 3114H

66 CA-D-EHT 250 195 98 625 755 5 Chapman 3398H

67 CA-D-ASC 600 667 111 150 2755 13 Hull 2988H

69 CA-D-ARS 2000 445 22 500 505 650 Raguse 3111H


73 2539H CA-D-ARS - 0 0 0 0 2 Jansen 3665H

74 CA-D-ARS - 0 0 0 0 none Kay 3114H

75 CA-D-ARS 50 125 25 125 2 1 Wi 1son 3111H




Totals 12225 93075 74 30625 2381 5 522175




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