NATIONAL CENTER FOR ATMOSPHERIC RESEARCH

Vol. 15, No. 14

4 April 1980

UNIVERSITY CORPORATION FOR ATMOSPHERIC RESEARCH

BOULDER, COLORADO 80307

Office of the President

1 April 1980

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MEMO TO: All Staff

FROM: Robert M. White

It is my pleasure to announce to the staff that the1980-81 Affirmative Action Compliance Program (AACP) hasbeen reviewed by Francis Bretherton, John Firor, theDivision Directors and me and we have approved this program.This document outlines a plan of action for this andsubsequent years. It sets forth its purpose and scope,responsibilities, policies and procedures, and goal-settinganalyses together with timetables. In addition to pursuingaffirmative action issues related to hiring, it is UCAR'sintention to encourage career advancement of affectedclass members through an equitable and sensitive employmentpolicy.

The procedures for filling affirmative action goalsfor the 1980-81 compliance year have been altered. It isthe feeling of the Directors' Committee that the affirmativeaction goals can be achieved more realistically with theDivision offices having full responsibility for goalattainment. With this new approach, George Wm. Curtis,Director of Personnel/EOP and the EEO/Employee Relations Unitstaff are very optimistic about our ability to meet all ofthe goals for this year.

The 1980-81 AACP is a good one; I can assure you thatI am truly committed to Affirmative Action and EqualEmployment Opportunity, and the transfer of administrationwill not alter UCAR's commitment to the spirit or intentof the law. The success of this year's AACP will bedirectly attributable to the staff's involvement in theprocess. I am confident that our EEO/AA mission is equalto and inherently a part of our research and serviceexcellence. I look forward to our continued, concertedefforts toward the achievement of UCAR's affirmativeaction objectives.

-- End of Memo --

This Week in Stag No.ted ...

Affirmative Action MemoHAO ActivityAnnouncements

VisitorsComputing Facility StatisticsLibrary News

Job OpeningsCalendar Notes

Mailing Address

UCAR, P. O. Box 3000

Tel: 303-494-5151

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2/Staff Notes/4 April 1980

FLURRY OF HAO ACTIVITY ACCOMPANIES SOLAR ACTIVITY

It is a rare occurrence when a division has fourseparate complementary observational programs goingon all at once. For the High Altitude Observatory(HAO), the plans of many years came together inFebruary, when its coronagraph/polarimeter waslaunched aboard the NASA Solar Maximum Mission (SMM)satellite, an expedition traveled to India to recorda total eclipse, a joint HAO/Harvard rocket corona-graph experiment was flown during the eclipse period,and the new K-coronameter/prominence monitor solarobserving system went into action at the Mauna Loaobserving station in Hawaii. "These efforts were theresult of plans which began as long ago as 1970,following the last period of maximum solar activity.The particular recent successes were a result ofefforts to obtain sets of observations suitable forintercomparison and intercalibration," said HAOdirector, Robert MacQueen.

SotacL Maximuwn Mission

At least ten HAO staff members are involved inthe Solar Maximum Mission coronagraph/polarimeterexperiment, which is headquartered at Goddard SpaceFlight Center (GSFC) in Greenbelt, Maryland. TheSolar Maximum Mission, a collaborative effort amongscientists of many countries, is aimed primarily atunderstanding solar flares and other active phenomena(see Staff Note,6, 22 February). The crucial part ofthe mission for HAO came about a week after the 14February satellite launch, when scientists turned onthe high-voltage detector (vidicon tube), whichworked perfectly. The detector records measurementsof the solar atmosphere and dumps them to groundstations during satellite overpasses.

Principal investigator Lewis House, who is atGSFC, said, "We're running on every satellite daylightorbit and getting 250 images a day. We've seen sometransient events in the corona (the sun's outer atmo-sphere) and are looking forward to getting the pro-cessed data on them back from Boulder soon. Oneadvantage of our satellite system is the ability torepoint the instrument aboard the satellite in orderto pick up important events in virtually real time."The staff at GSFC are working long hours to keep upwith the flood of data coming in.

Lew said that the sun had been relatively quietuntil around 27 March, when they saw two large flares

Staff Notes is published weekly by the PublicationsOffice of the National Center for AtmosphericResearch, P.O. Box 3000, Boulder, Colorado 80307.

Writer/Editor: Sally BatesWriter: Juli RewProduction Assistants: Jan Emery, Reed Glenn

Copy deadline is 5:00 p.m. on Tuesday for publica-tion on Friday. Office: Mesa Laboratory room 259.Phone: (303) 494-5151, ext. 644.

in one day. His group is trying to track down thetransient events that are the response of the solarcorona to flare activity. They are also attemptingto collect a long-term synoptic view of the coronaon a very fine time scale.

The satellite experiment, which was built byBall Aerospace Division in Boulder, is being com-plemented by ground-based observations at Hawaii;Sacramento Peak Observatory, New Mexico; Nanqay Ob-servatory, France; and Culgoora Observatory,Australia.

HAO staff members in residence at Goddard forthe duration of the mission (about one year), inaddition to Lew, are Rose Reynolds, Adam Csoeke-Poeckh, Constance Sawyer, Harold TePoel, and WilliamWagner. Other HAD staff (Earnest Hildner, AndrewStanger, Robert Lee) will travel back and forth be-tween NCAR and Goddard, and Thomas Blaschko is sta-tioned in Boulder for the experiment period.

A new two-teseacope system that includes a Madk IIIK-coronameter and a hydogen-aipha teacope ("promi -nence monitort") ate now making solaA observatcons azthe HAO observing station on Mauna Loa in Hawai.(Photo courtesy o6 Lee Lacey.)

New Observing System at Mauna Loa

Richard Fisher, who heads the solar observingsystem program at HAO's Mauna Loa observing station,is in Boulder to check on the reduction of data fromthe new Mark III K-coronameter and prominence monitor.Dick, Mauna Loa observing station manager CharlesGarcia, Eric Yasukawa, Paul Seagraves, and GregoryMuir began to set up the station about a year agoand, along with new observer Christine Rock, now

3/Staff Notes/4 April 1980

W operate the instruments at the 11,400 ft (3,480 m)level of Mauna Loa, one of the two active Hawaiianvolcanoes.

"Mauna Loa offers 250 days a year of good observ-ing weather because of the local meteorological con-ditions and because is is so far from sources ofpollution," Dick said, explaining why the investiga-tors make the 1.5 h, 55 mi daily trek from Hilo tothe summit of Mauna Loa.

The prominence monitor, one of the two telescopesin the system, began functioning in November 1979,and the Mark III was partly operational in December.The project then suffered several setbacks, mostnotably a rain/wind storm in January that batteredthe station with 90 kt winds and dumped 5.5 in. ofrain in a short period, damaging the station. A"rescue mission" consisting of Loren Laramore andHoward Hull was dispatched to help with repairs. By11 February, the system was working again and hadcollected five days' worth of good data. It providedinformation for pointing the Harvard/HAO rocket in-strument during its flight on 16 February, and tookmeasurements on the days before and after the totalsolar eclipse on 16 February. (The eclipse tookplace at night, Hawaii time, so the precise time oftotality itself was not monitored.)

The two Mauna Loa telescopes meet and overlapthe Solar Maximum Mission satellite's field of view

* and are supporting that experiment as well "Sincewe can see down low (near the solar surface) andthe SMM instrument can't, if we see a transientevent, we can call them and point it out," Dick added.

Frank Everts and Arthur Poland are checking thatthe Mauna Loa data are processed by the CRAY-l com-puter and archived properly on film using the Dicomedgraphic device. Digital values of the solar lightintensities, high-density regions of the corona, andactive regions can be recovered from the film, whichhas a special calibration key in each frame, using amicrodensitometer. Art says that "difference" pic-tures are also being made of selected shots to helpdetect changes occurring between one time and another."The data are going through the CRAY very fast," Dicksaid. "We're now running even [keeping up] and havedata from measurements taken only ten days ago."

EctLip6e Expedicton to India

An HAO eclipse research project was one ofseveral NSF- and NASA-supported experiments conductedon 16 February, when the moon moved between the sunand the earth to create a total solar eclipse. LeonLacey of HAO and John Streete of Southwestern AtMemphis were two of about 50 NSF-sponsored investi-gators who traveled to India to be in the moon'sshadow (the eclipse was not visible anywhere inNorth America).

This eclipse was of particular interest becauseit occurred during a maximum in the sun's Hl-yearsunspot cycle, when solar flares and other activityare at a peak. Lee and Jack set up a special camera

The totae soZat ecip6e o6 16 Februaty 1980, photo-graphed at Patem, India, (Photo by Lee Lacey of theHigh Attude Observatory and Jack Srt'eete of South-westem At Memphiz.)

at Palem, India, to photograph the corona in redlight--6400 A--through a radially graded filter thatsuppresses the bright light of the inner corona inorder to show the much fainter streamers of the outercorona in the same photograph. The f/15 instrumentwas developed by Gordon Newkirk of HAO and has an11.1 cm objective aperture; it has been used forseveral successful eclipse observations, in 1966,1970, and 1973.

Three polarizing filters at 1200 angles to eachother yielded information on the polarization oflight from the sun at those three angles andobtained radiance values from which the intensity ofthe corona can be inferred. A microdensitometerwill measure the densities of the film negative, andthese will be correlated with the location and angleof the filters.

Jack reported that the weather was good at Palemand the instrument worked perfectly. He will visitNCAR beginning in June to work on the data analysis.Lee, a veteran of many eclipse expeditions, was incharge of operation of the camera. He developed thephotographs the instrument took and has producedsome beautiful specimens. The corona, during a periodof maximum solar activity, is fairly uniform in diam-eter, as contrasted with the pronounced streamersand "empty" spots (bow tie pattern) that appearduring a solar minimum eclipse. The photo shownhere reveals a great deal of coronal structure, suchas loops, as well as the particularly bright spotscalled prominences.

The eclipse photos will provide valuable cali-bration and reference information for the SolarMaximum Mission coronagraph/polarimeter, the Mark IIIK-coronameter, and the Harvard/HAO rocket package.

4/Staff Notes/4 April 1980

Hatvad/HAO Rocket Experiment

"We're all in high spirits around here," RichardMunro said in reference to the HAO experiments con-ducted in February. Dick is a principal investigatorfor the HAO portion of a joint Harvard/HAO corona-graph experiment flown aboard a rocket on 16 Februaryat White Sands Missile Range in New Mexico. Therocket payload consisted of an HAO white-lightcoronagraph and a Harvard ultraviolet coronagraph.

It was the second space trip for the instruments,which had been flown the previous April to surveythe solar corona from 1.5 to 3 solar radii for stablecoronal features--equatorial background corona and apolar "coronal hole." The instruments measured thecorona's temperature, density, and flow velocity.

The quiet corona at these heights is much hotterthan at its base near the solar surface (about 2.5 x106 K at 2 solar radii). On the first rocket flight,Munro and collaborators at Harvard College Observatorywere particularly interested in the region wherecoronal temperatures reach a maximum; they are search-ing for the mechanism that heats the corona. Theyalso measured temperatures in a coronal hole, a re-gion where the corona is extremely thin, believed tobe the source of the high-speed solar wind. Thesurvey flight showed the investigators which measure-ments might prove useful for following flights.

The rocket payload was recovered, refurbished(dirt, flowers, and bugs removed), and realigned afterthe first flight. The HAO coronagraph was sent toHarvard College Observatory in December 1979 for in-tegration with their instrument, and the package wasreturned to White Sands for a second flight. Athird flight in June 1981 is also planned.

The Harvard instrument makes small "window"-typeobservations at steps outward from the solar center,and the HAO instrument encompasses the other's fieldof view. The instruments, which both create their ownartificial eclipses using occulting edges to blockthe solar disk, must be signaled to point at thecorrect angle to catch particular features such assolar streamers. Dick kept in touch with the Mark IIIK-coronameter in Hawaii and the Naval Research Labora-tory during prelaunch activities to be informed ofpromising regions that could be considered stableduring this time.

The rocket was launched about 7 h after thenatural total solar eclipse, which occurred at nightin New Mexico, and should provide valuable data onsolar conditions on the day of the eclipse. Afterseveral delays to wait for calmer wind conditions,the rocket was fired in a southerly direction tocompensate for the northerly winds. It rose to analtitude of about 280 km during its 10 min flight andtouched earth 145 km downrange. Dick said that thecylindrical payload is fairly heavy (about 270 kg)and had to be brought back through the atmospheresideways before the parachute opened, to keep it fromplummeting to the ground with the parachute under-neath or ripping the parachute off the top.

In addition to Dick Munro, HAO staff working onthe rocket experiments include Loren Laramore, LynnSchick, Stephen Rogers, William Bradley, DianeFriend, and Richard Case. Harvard scientific inves-tigators are William Parkinson (principal investigator),John Kohl, George Withbroe, Heinz Weiser, and RobertNoyes. The scientists are working quickly to refur-bish the package and analyze the eclipse data withthe other HAO observations before the next flight in1981. * JR

ANNOUNCEMENTS

APRIL ART EXHIBIT

For the month of April, watercolors by SybilMoschetti and drawings by her daughter, Tina McNew,will be on exhibit in the second floor gallery ofthe Mesa Laboratory. A native of Colorado, Moschettihas lived in Boulder since the 1930s; McNew was bornin Boulder and now lives in Montrose, Colorado.

Moschetti's watercolors have been exhibited inover twenty different shows throughout Colorado.She has won several awards for her paintings, includ-ing a first prize from the Boulder Art Association.Much of the inspiration for her work comes fromColorado landscapes, which she paints directly fromnature. She also does large studio abstracts inwatercolor, acrylic, and collage. Her works areshown regularly at the Mustard Seed Gallery inBoulder. 4

McNew's interest in art was kindled early by herartist mother. After earning a B.A. in studio artfrom Colorado College, she worked several years asthe artistic director of the Colorado Outdoor Educa-tion Center, where she taught pottery and art. McNewalso produces sculpture, some of which has wonprizes and which is included in private collectionsthroughout the United States.

DRESS REHEARSAL REMINDER

All interested staff members are encouraged toattend the dress rehearsal for the annual NCARpresentation to NSF, which will be on Monday,7 April, from 3:00 to 5:00 p.m. in the Main SeminarRoom of the Mesa Laboratory. Comments and questionsfrom the staff have been helpful in past years inimproving the presentation.

LUNCH WINNER OF THE WEEK

Each week a free lunch is awarded to the personwhose name is drawn from a fishbowl of signed lunchreceipts in the Mesa Lab cafeteria. The free lunchmust be collected within a week of the Tuesday draw-ing. The winner's name will be posted in thecafeteria above the bowl, and will also appear inStaff Note (on Friday) as a reminder. This week'swinner is:

ED MARTELL 0

5/Staff Notes/4 April 1980

FOF ADVISORY PANEL MEETING

The following persons will attend the FieldObserving Facility advisory panel meeting on8-9 April in the Fleischmann Building:

Marx Brook, New Mexico Institute of Mining andTechnology

William Cotton, Colorado State University

Hans Panofsky, Pennsylvania State UniversityRichard Strauch, National Oceanic and AtmosphericAdministration/Wave Propagation Laboratory

An NSF observer will also be present.

UCAR OFFICE MOVE

The UCAR office has completed its move to theFleischmann Building, which will now be the corpo-rate headquarters. Robert White, who took officeas president and chief executive officer of UCARon Tuesday, and Barbara Neff, his assistant, willbe dividing their time between the Boulder officeand the new Washington office (2600 Virginia Ave.N.W., Washington, D.C. 20037, phone: 202-298-7292).Francis Bretherton, NCAR director, will continue tohave an office with UCAR until the end of the summer.

Phone and room numbers for the UCAR staff are:Ext. Room

Francis Bretherton 363 6Stephen Dickson 366 5Angelina Garcia 360 7Gene Martin 356 4

Barbara Neff 378 lobby

Leonard Romney 361 3

Robert White 379 1

Nancy Wright 365 8

PHONE AND ROOM CHANGES

James Kasting

Verlene Leeburg

Edward Niple

John Pflaum

Ursula Rosner

Ext.

437

422

477475422

Room

320B

320

320C

320D

320

NEW STAFF MEMBERS

Joni Daily: Student assistant II with the AtmosphericAnalysis and Prediction Division. ML room 330,ext. 482.

George Fuentes: Computer operator trainee with theAtmospheric Technology Division. ML room 29,ext. 536.

Michael McCrum: Custodian with the AdministrationDivision. ML room 043A, ext. 343.

Robert Maestas: Custodian with the AdministrationDivision. ML room 043A, ext. 343.

Stephanie Owens: Custodian with the AdministrationDivision. ML room 043A, ext. 343.

Carlos Saenz: Custodian with the AdministrationDivision. ML room 043A, ext. 343.

Eileen Smith: Technical typist with the HighAltitude Observatory. HAO room 210, ext. 76-39.

VISITOR

David Tripp, Weber State College, Ogden, Utah. Fieldof interest: Spectrum synthesis of EUV solar flareline profiles. 30 March-5 April. Computing carrels,dial "0" for paging service.-- Computing Facility

COMPUTING FACILITY OPERATIONAL STATISTICSDAILY AVERAGES FOR MARCH 1980

(EXCLUDING DIAGNOSTICS) *

7600 CPU HOURS:7600 PPU HOURS:

TOTAL 7600 JOBS:CRU (x103):

4.410.3

1114.620.3

CRAY CPU HOURS:CRAY IOWAIT:

TOTAL CRAY JOBS:CCU:

14.04.0

426.35.6

TAPE MOUNTS:TLIB REQUESTS:TBM REQUESTS:

TBM BITS (x109 ):

7600 UPTIME:7600 DOWNTIME:

CRAY UPTIME:CRAY DOWNTIME:

22.01.64.82.00.53

22.341.03.20.00.43

Preventive MaintenanceHardware FailureEnvironmentalInhouse Usage

Preventive MaintenanceHardware FailureEnvironmentalInhouse Usage

*TOTALS EXCLUDE DIAGNOSTICS (IDLE TIME) BEGINNING JANUARY 1980.

167.25820.4

553.636.3

4 April 1980

Following is a list of items received by the library this past week:

NEW BOOKSREFERENCE books do not circulate.QE5 M2. 1978 REFERENCE. MCGRAW-HILL ENCYCLOPEDIA OF THE GEOLOGICAL SCIENCES. Lapedes D. N.TK7804 M35 1978 REFERENCE. ELECTRONICS DICTIONARY: ACCURATE, EASY-TO-UNDERSTAND, AND UP-TO-DATE

DEFINITIONS FOR 17,090 TERMS USED IN SOLID-STATE ELECTRONICS, COMPUTERS, TELEVISION, RADIO, MEDICALELECTRONICS, INDUSTRIAL ELECTRONICS, SATELLITE COMMUNICATION, AND MILITARY ELECTRONICS 4TH ED. Markus J.

F784 B66R6x 1978. BOULDER, COLORADO: DEVELOPMENT OF A LOCAL SCIENTIFIC COMMUNITY, 1939-1960 THESIS (M. A.).Rosenberg R.

G70.4 S15 1978. REMOTE SENSING: PRINCIPLES AND INTERPRETATION. Sabins F. F.G70.4 R47 1978. REMOTE SENSING: THE QUANTITATIVE APPROACH. Swain P. H. ed.GC206 025 1977. OCEAN WAVE CLIMATE SYMPOSIUM, PROCEEDINGS HELD AT HERNDON, VIRGINIA, JULY 12-14, 1977. Earle M. D.QAl A647 VOL 1 1978. PARTIAL DIFFERENTIAL EQUATIONS 3RD ED. John F.QA76.73 F25S33 1979. PROGRAMMING IN FORTRAN. Schallert W. P.QA171 S5313 1977. LINEAR REPRESENTATIONS OF FINITE GROUPS. Serre J. P.QA273 J623 1977. URN MODELS AND THEIR APPLICATION: AN APPROACH TO MODERN DISCRETE PROBABILITY THEORY.

Johnson N. L.QA273 B575 1979. PROBABILITY AND MEASURE. Billingsley P.QA276.16 S84 1978. STATISTICS, A GUIDE TO THE UNKNOWN 2ND ED. Lehmann E. I. ed.QC174.17 $76G82 1979. STOCHASTIC METHODS IN QUANTUM MECHANICS. Gudder S.QC801 P46 VOL 9 1978. GEOMAGNETIC DIAGNOSIS OF THE MAGNETOSPHERE. Nishida A.QC880 H65 1979. AN INTRODUCTION TO DYNAMIC METEOROLOGY :2ND ED. Holton J. R.QC921.5 R63 1979. A SHORT COURSE IN CLOUD PHYSICS 2ND ED. Rogers R. R.QC939 M7M65 1978. MONSOON DYNAMICS CONTRIBUTIONS TO CURRENT RESEARCH IN GEOPHYSICS; 4. Krishnamurti T.N.TD177 N43 1978. NATO ADVANCED STUDY INSTITUTE PROCEEDINGS HELD IN SPATIND, NORWAY, 9-19 APRIL 1978

SURVEILLANCE OF ENVIRONMENTAL POLLUTION AND RESOURCES BY ELECTROMAGNETIC WAVES. Lund T.TD194.6 E17 1978. ENVIRONMENTAL IMPACT STATEMENTS ANNUAL REVIEW. Information Resources.VF7 U63 No. 3369 1960. STATISTICS MANUAL WITH EXAMPLES TAKEN FROM ORDNANCE DEVELOPMENT. U.S. Naval

Ordnance Test Station Inyokern Calif Research Department.

NEW TECHNICAL REPORTSASTRONOMY1-9072. PHOTOSPHERIC VELOCITY FIELDS AS INDICATORS OF FLARE ACTIVITY. Harvey K., et.al. Solar Physics

Research Corporation. Oct 1979.METEOROLOGY1-9058. AIR POLLUTION PROBLEMS AT STATIONARY SOURCES IN SWEDEN. Sweden National Swedish Environment.

Protection Board. 1971.1-9093. ANALYSIS AND MODELLING OF THE DIRT I AND GRAF II BATTLEFIELD DUST OBSCURATION DATA. Ebersole J.F.,

et.al. Aerodyne Research Inc. Jan 1980.1-9094. KWAJALEIN REFERENCE ATMOSPHERES 1979. Cole A.E., et.al. U.S. Air Force Geophysics Laboratory.

Oct 1979.1-9095. DIRTRAN-I USERS MANUAL. Dvore D. U.S. Army White Sands Missile Range. Jan 1980.1-9096. LIMITATIONS ON NOAAS ABILITY TO FORECAST THE WEATHER A BRIEF STATEMENT. Shuman F.G. U.S. NationalMeteorologicai Center. Feb 1978.

1-9097. WEATHER PREDICTION. Shuman F.G. U.S. National Meteorological Center. Apr 1979.1-9098. PARTIAL DIFFERENCES OF VECTORS IN POLAR AND SPHERICAL COORDINATES. Shuman F.G. U.S. National

Meteorological Center. Feb 1976.1-9099. FINITE DIFFERENCING AND GRID STRUCTURE FOR MASS CONSERVATION ABOUT THE POLE IN SPHERICAL COORDINATES.

Hovermale J. B. U. S. National Meteorological Center. Jan 1976.1-9100, OPTIMUM INTERPOLATION ANALYSIS OF SURFACE PRESSURE USING SEASAT-A SCATTEROMETER WIND DATA.

Yu T., et.al. U.S. National Meteorological Center. Jun 1979.1-9101. NMC OPERATIONAL GLOBAL ENERGY PROGRAM. Miller A.J., et.al. U.S. National Meteorological Center.

May 1975.1-9102. REAL DATA EXPERIMENTATION WITH HIGHER ORDER FINITE DIFFERENCING IN THE SEMI IMPLICIT VERSION OF

THE SHUMAN HOVERMALE MODEL. Campana K.A. U.S. National Meteorological Center. Nov 1977.

1-9103. HOW TO AVOID COMPLEX SMOOTHING OPERATORS. Shuman F.G. U.S. National Meteorological Center.

Mar 1976.1-9104. STATUS OF EXPERIMENTS WITH A 6 HOUR ANALYSIS FORECAST CYCLE. Rasch G.E., et.al. U.S. National

Meteorological Center.1-9105. COMPARISON OF AIDS DATA FROM THE CONCoRDE WITH DATA OBTAINED FROM RAWINSoNDE AND SATELLITE AN

O EXAMPLE OF ASDAR WINDS IN THE NMC ANALYSIS. Mclnturff R.M., et.al. U.S. National Meteorological

Center. Dec 1977.

NEW MICROFICHE

AIR POLLUTIONBNWLSA6315. TRANSPORT AND TRANSFORMATION OF POLLUTANT IN THE LAKE MICHIGAN AREA. Alkezweeny A.J., et.

al. Battelle Pacific Northwest Labs Richland Wa. 1977.CONF770385. CARBON DIOXIDE EFFECTS RESEARCH AND ASSESSMENT PROGRAM. Elliott W.P. (Ed.), et.al.National Oceanic and Atmospheric Admin. May 1979.

IVLB418. NITROGEN OXIDES IN AN URBAN AND A RURAL AREA. Grennfelt P. Swedish Water and Air PollutionResearch Lab. Jul 1978.

IVLB451. SAMPLING AND ANALYSIS OF SMALL CONTENTS OF ORGANIC COMPOUNDS IN AIR. Lindskog A. SwedishWater and Air Pollution Research Lab. Jul 1978.

JUELl558. ATMOSPHERIC CYCLES OF NITROGEN OXIDES AND AMMONIA. Boettger A., et.al. KernforschungsanlageJuelich GMBH Germany FR. Nov 1978.

N7930842. EVALUATION OF THE CAPABILITIES OF SATELLITE IMAGERY FOR MONITORING REGIONAL AIR POLLUTIONEPISODES. Barnes J.C., et.al. Environmental Research and Technology Inc. Aug 1979.

N7930845. SUMMARY OF SOUTHEASTERN VIRGINIA URBAN PLUME MEASUREMENT DATA FOR AUGUST 4 AND 5 1977.Gregory G.L., et.al. NASA. Sep 1979.

PB299639. HAOS QUALITY ASSURANCE FINAL REPORT CRITERIA POLLUTANTS VOLUME I. Radian Corp Austin Tx.Dec 1978.

PB299640. HAOS QUALITY ASSURANCE FINAL REPORT NON CRITERIA POLLUTANTS VOLUME II. Radian Corp Austin Tx.Mar 1979.

PB299641. HOUSTON AREA OXIDANTS STUDY SIX MONTH STATUS REPORT. Radian Corp Austin Tx. May 1977.PB299837. BUS MAINTENANCE FACILITY ENVIRONMENTAL ANALYSIS. Rice Center Houston Tx. Nov 1978.PB299959. COMPLIANCE STATUS OF MAJOR AIR POLLUTION FACILITIES. Environmental Protection AgencyWashington DC. Jun 1979.

PB300337. EVALUATION OF STATIONARY SOURCE PARTICULATE MEASUREMENT METHODS VOLUME V SECONDARY LEADSMELTERS. Battelle Columbus Labs Oh. Jun 1979.

PB300339. DIFFUSION COEFFICIENTS FROM METRAC SYSTEM TURBULENCE MEASUREMENTS. Jasperson W.H. ControlData Corp Minneapolis Mn. May 1979.

PB300384. DEVELOPMENT OF QUESTIONNAIRES FOR VARIOUS EMISSION INVENTORY USES. Hulman P., et.al. RadianCorp Austin Tx. Jun 1979.

ATMOSPHERIC SCIENCEADA073341. DEVELOPMENT OF A SYNOPTIC CLIMATOLOGY OF TROPOSPHERIC REFRACTIVE CONDITIONS FOR THE EASTERNPACIFIC OCEAN OFF THE WEST COAST OF THE UNITED STATES TASK ONE AND TASK TWO. Kalinyak P.P.Meteorology International Inc Monterey Calif. Apr 1977.

ADA073283. MODERN THERMO KINETIC WARM FOG DISPERSAL SYSTEM FOR COMMERCIAL AIRPORTS. Kunkel B.A. AirForce Geophysics Lab Hanscom AFB Ma. Dec 1978.

ADA072498. US NAVY MARINE CLIMATIC ATLAS OF THE WORLD VOLUME II. Naval Air Systems Command WashingtonDC. Mar 1977.

ADA072081. SPECTRAL RADIOMETRIC MEASUREMENT AND ANALYSIS PROGRAM SCAT 3 OPERATORS MANUAL. Christensen,L.G., et.al. Eastman Kodak Co Rochester NY. Apr 1979.

ADA072500. US NAVY MARINE CLIMATIC ATLAS OF THE WORLD VOLUME IV. Naval Air Systems Command WashingtonDC. Mar 1978.

CHEMISTRYLBL9034. PHOTOCHEMISTRY OF DINITROGEN PENTOXIDE. Connell P.S. California Univ Berkeley. May 1979.PB301384. ATMOSPHERIC REACTION PRODUCTS OF ORGANIC COMPOUNDS. Hendry D.G., et.al. SRI International

Menlo Park Ca. Jun 1979.ADA073728. DYNAMICS OF MATERIAL LAYERS. Ohmstede W.E. Army Electronics Research and Development

Command. Jul 1979.ENGINEERING AND TECHNOLOGY

LAUR791660. REAL TIME ISEE DATA SYSTEM. Tsurutant B.T., et.al. Jet Propulsion Lab Pasadena Ca. 1979.PB300642. REMOTE CONTROLLED AIR SAMPLER. Williams R.E., et.al. Environmental Protection AgencyWashington DC. Jun 1978.

PB80102007. ANGULAR FLOW INSENSITIVE PITOT TUBE SUITABLE FOR USE WITH STANDARD STACK TESTING EQUIPMENT.Mitchell W.J., et.al. Environmental Monitoring and Support Lab. Jun 1979.

TID28821. PHASE ONE BASE DATA FOR THE DEVELOPMENT OF ENERGY PERFORMANCE STANDARDS FOR NEW BUILDINGSTASK REPORT. AIA Research Corp Washington DC. Oct 1978.

N7932540. DEVELOPMENT OF TUNABLE HIGH PRESSURE CO2 LASER FOR LIDAR MEASUREMENTS OF POLLUTANTS AND WIND

VELOCITIES JANUARY 1976 TO DECEMBER 1977 FINAL REPORT JAN 1976 DEC 1977. Javan A. Laser Development

Corp Sep 1979.N7932783. ELECTRIC FIELDS IN THE OUTER MAGNETOSPHERE RECENT PROGRESS AND OUTSTANDING PROBLEMS.

Faelthamur C.G. Roy Inst of Technol Stockholm. Mar 1979.N7932784. ELECTRIC CURRENT MODEL OF THE MAGNETOSPHERE. Alfven H. Roy Inst of Technol Stockholm

May 1979.ADD006501. HELICOPTER PERFORMANCE CALCULATOR. Dept of the Army Washington D. C. Feb 1979.N8011276. PROGRAM PSD DIGITAL DETERMINATION OF POWER SPECTRAL DENSITIES OF RANDOM SIGNALS. Fritz J.T.D.

National Mechanical Engineering Research Inst. Oct 1978.

PB80112337. BETA GUAGE OPERATION MANUAL. Seibert J., et.al. Brower Electronics Labs Raleigh N. C.

Aug 1979.SAN11801. PROSPECTS FOR ELECTRIC CARS FINAL REPORT. Hamilton W. General Research Corp Santa Barbara

Ca. Nov 1978.

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NATIONAL CENTER FOR ATMOSPHERIC RESEARCHP.O. Box 3000 Boulder, Colorado 80307 (303) 494-5151

April 2, 1980

NCA R is an equal opportunity/affirmative action employer.Salary ranges are shown as minimum to midpoint. The anticipated hire-in range for

NEW EMPLOYEES salary offers are normally within the minimum to the midpoint range shown;CURRENT EMPLOYEES receiving reassignment may be made salary offers from

minimum to maximum depending on a variety of factors, including current salary and presentrange assignment. 1980 ranoes are now being listed unless otherwise noted.

REGULAR, FULL-TIME

Deputy Manager - #2488

ATD - Computing FacilityExempt range 78Anticipated hire-in salary: $29,247 - 37,291/yearDUTIES: This person will assist the Manager inday to day administration of the Facility and willrepresent the Manager on occasions when he isunavailable. General areas of management andresponsibility are: application of sufficientresources to the proper operation and maintenanceof installed systems, facilitation of effectivecommunication with and between facility andfacility user community, development of shortand long term strategies, plans and budgets,recommendations to the Manager for hardware/soft-ware systems acquisitions and responsibilityfor acquisition/installation thereof, andrepresentation of NCAR and the CF at professionalor public meetings.REQUIRES:

--Ph.D. or equivalent in physical sciences,mathematics or computing science

--Considerable computing experience--Several years experience in the manaqement

of an academic computing center ORresearch experience in physical sciences

--Willingness/ability to manage unit'semployees in ways consistent with NCARpolicies and AA program goals

Marsha Hanson, X517

Electronic Technician II - #2495

ATD - Field Observing FacilityNon-exempt range 28Anticipated hire-in salary: $1,156 - 1,333/monthDUTIES: To help develop, operate and maintainradar and digital systems used in meteorologicalremote sensing. May participate in field programsaway from Boulder up to 90 days per year.REQUIRES:

--Sound knowledge of solid state electronics-- Some skill in digital and/or analog

systems fabrication, testing and main-tenance

--Skill in the use of electrical and elec-tronics repair and testing equipment

--Ability to lift 75 lbs

--Willingness/ability to travel about 90days per year

-- Ability to work effectively as a memberof a technical team

ALSO DESIRED, BUT NOT REQUIRED:-- Knowledge of radar systems operations andmaintenance

-- Successful completion of technical trainingcourse or college level mathematics

--Two years technical work experience inelectronics

Margareta Domecki, X508

Engineer I - II - #2354

ADMExempt range 50 or 51Anticipated hire-in salary:

50: $15,919 - 19,915/year51: $19,447 - 24,315/year

DUTIES: Will perform load calculations, design,sizing, conceptual and working drawings, selectionof equipment, specifications, and inspection/installation of new and remodelled mechanical andelectrical systems for buildings and other facili-ties as well as conceptual, unit and detailedestimates for these systems.REQUIRES:

-- B.S. in engineering (mechanical or elec-trical) or architecture

-- Substantial skills in performing load cal-culations, doing design, sizing, conceptualand working drawings, selecting equipment,writing/figuring specifications of andestimates for mechanical and electricalsystems for buildings

-- Skill in producing an organized and legiblefinished project

ALSO DESIRED, BUT NOT REQUIRED:-- Professional Engineer License--Familiarity with environment/service re-

quirements for data processing equipmentand research labs

--Some exposure to/general knowledge of newand retrofit solar active/passive/nybridenergy systems

-- Some demonstrated interest in energy con-servation

Some samples of previous work may be requested offinal candidates.Marsha Hanson, X517

Manager of Operations - #2489

ATD - Computing FacilityExempt range 77Anticipated hire-in salary: $26,565 - 33,877/yearDUTIES: This person has full responsibility forall aspects of the Facility's hardware, with theexception of initial procurement. He/she isspecifically responsible for the maintenance ofthe hardware, minimization of down time due tohardware faults (including failure of communica-tions gear), hardware inventory, assignment ofequipment to maximize its usefulness, the efficientscheduling of the computers and management of theOperations staff.REQUIRES:

--Demonstrated skill in the management of theoperations of a major academic computingcenter

--Previous experience managing: (1) systemsof dissimilar computers, (2) multiple RJEterminals, (3) large scale systems ofinteractive terminals and (4) minicomputerand terminal maintenance

--Willingness/ability to manage unit'semployees in ways consistent with NCARpolicies and AA program aoals

ALSO DESIRED, BUT NOT REQUIRED:--BS or equivalent in business, math, natural

sciences or computer science--5 years experience in the management of theoperations of a major academic computingcenter

Marsha Hanson, X517

Ph. D. Scientist - #2442

HAO - Solar Atmospheric and Magnetic Fields SectionExempt range 82 or 83Anticipated hire-in salary:

82: Ist 3-year term or Staff I:$21,588 - 27,516/year

83: 2nd 3-year term or Staff II:$26,064 - 33,240/year

DUTIES: To carry out, in cooperation with otherscientists at HAO, theoretical and interpretiveresearch in solar physics with primary emphasison macroscopic descriptions of the magnetizedplasma in the solar atmosphere. Attention willbe directed particularly towards development oftheories and physical models of hydrodynamic andhydromagnetic phenomena of the photosphere, chro-mosphere and corona, including time-dependentphenomena of solar activity.REQUIRES:

-- An ability to work effectively with othersolar scientists in collaborative projects-- Ph.D. or equivalent-- At least one year post-Ph.D. experience in

carrying out independent research at a highlevel of creativity as demonstrated by pub-lished papers in the areas of MHD and fluidmechanics applied to astrophysical problems

-- Willingness to use a variety of techniques,both analytical and computer modelling, asneeded in solving specific problems

Page 2

ALSO DESIRED, BUT NOT REQUIRED:-- 2 or 3 years post Ph.D. experience-- Demonstrated broad knowledge in theoreticalsolar physics, particularily in MHD pheno-mena of the solar atmosphere

This position is available on about 1 October 1980.Marsha Hanson, X517

Scientific Programmer II - #2502

ASP - Environmental and Societal Impacts GroupExempt range 61Anticipated hire-in salary: $18,660- 23,340/yearDUTIES: Will work with a multidisciplinary groupof scientists to (a) streamline and document single-purpose scenario models, (b) develop the focalscenario model for the group, (c) develop computersoftware for communicating the results of the focalscenario model as well as of single-purpose modelsand (d) assist the scientists in linking severalsingle-purpose models for requisite analysis. Someassistance in data analysis may also be desired.REQUIRES:

--B.S. in computer science, engineering or math--2 - 3 years work experience in programming,

including software development-- Skill at building interactive display software

for use with scenario-type models--Skill appropriate to adapting available graphics

software packages to the needs of an inter-disciplinary project

--Skill at designing, checking and documentingcomponent-style scenario models as well aslinking such models together

--Ability to work closely with scientists tostreamline special purpose models and todevelop analysis software

ALSO DESIRED, BUT NOT REQUIRED:--Interest in multidisciplinary research--M.S. in computer science--Knowledge of SPSS--Knowledge of interpolation techniques

Marsha Hanson, X517f_ _

Shuttle Bus Driver- #2496

ADM - Office Services

Non-exempt range 24Anticipated hire-in salary: $790 - 911/monthDUTIES: Will drive a shuttle bus carrying pass-engers between NCAR facilities at Research Labs(30th and Marine streets) and the 1esa Lab,about four round trips daily. Will drive shuttlevan part-time (between the Mesa Lab and RTD stopon Table Mesa Drive).REQUIRES:

--Skill in working well independently-- Skill in remembering and following instruc-tions

-- Skill in communicating effectively with awide range of people

-- Possession of a valid Colorado driver'slicense and ability to qualify for aGSA driver's license (one cannot have morethan 2 moving violations in the past threeyears )

-- Ability to successfully complete State ofColorado exam for an "5" class licensewithin one week of hire

ALSO DESIRED, BUT NOT REQUIRED:

-- Experience-- Bus or heavy truckdriving experience

Margareta Domecki, X508

Staff Scientist I - II - #2482(Ph.D. - Social Scientist)

ASP - Environmental and Societal Impacts GroupExempt range 82 or 83Anticipated hire-in salary:

1(82): $21,588 - 27,516/yr11(83): $26,064 - 33,240/yr

DUTIES: Will conduct research on the impacts onsociety of climate variability and/or climate trends.The general areas of focus are likely to be on theimpact of climate variability on water supply, onenergy use and development and on agriculture. Thisperson will help formulate the research project(s)and work as part of an interdisciplinary group.REQUIRES:

--Ph.D. in geography, economics, politicalscience, sociology or other relevant field

--Skill in formulating research projects--Interest/willingness/skill in working as part

of interdisciplinary team--Demonstrated skill in advancing knowledge of

the impact of climate and climatic change onsociety as evidenced by specific research ex-perience or publications in which hypothesesabout the nature of interactions between en-vironmental and social systems have beentested against empirical data or formulatedby theoretical modeling studies

--Demonstrated broad familiarity of the socialcontext of research in areas such as resourceallocation, management of environmental sys-tems, natural hazards mitigation or pollutioncontrol

ALSO DESIRED, BUT NOT REQUIRED:--Some knowledge of climate--Some experience/interest in interdisciplinary

researchThis position is available 1 June 1980.Marsha Hanson, X517

Stationary Engineer - #2484

ADM - Physical Plant ServicesNon-exempt range 30Anticipated hire-in salary: $1,399 - 1,613DUTIES: Will assist Lead Stationary Engineer inthe proper and efficient operation, maintenanceand repair of all heating, ventilating, air condi-tioning, refrigeration, plumbing and other relatedequipment and systems.REQUIRES:

--Skill in reading/following/rememberingprocedures in English

-- Skill in basic math--Demonstrated skill in and good working know-

ledge of operation and maintenance of pneu-matics, electrical/electronic controls, re-frigeration/air conditioning systems, boilers,pumps and compressors

-- Good working knowledge of water treatmentprinciples

-- Skill in reading and working from construc-tion/installation drawings and specificationsfor troubleshooting purposes

-- Skill in working well without supervision-- Ability/willingness to work mixed shifts

~and occasionally on call midnight to 8 a.m.0 -- Physical strength/endurance to do heavylifting and climbing

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ALSO DESIRED, BUT NOT REQUIRED:--Current Stationary Engineers license (equiva-

lent to City and County of Denver certificate)Margareta Domecki, X508

Systems Programmer II - #2350

ATD - Computing FacilityExempt range 61Anticipated hire-in salary: $18,660 - 23,340/yearDUTIES: Will perform software maintenance of NCAR'sModcomp II, RJE (remote job entry) system. A de-velopment effort will include improved host jobstatus display capabilities and the final imple-mentation of a network driver connecting the remotejob entry system to the local network as well asconnecting the proposed RJE replacement systemto the network.REQUIRES:

--M.S. or equivalent in computer science,EE or mathematics

--2 - 4 years of systems programming withdemonstrated skill in maintenance ofoperating system software and writing/modifying peripheral equipment drivers

-- Skill in assembly language programmingand FORTRAN, with minicomputer, RJEprotocols, terminals and modems, pre-ferably the Modcomp II

Marsha Hanson, X517

Systems Programmer II - #2359

ATD - Computing FacilityExempt range 61Anticipated hire-in salary: $18,660- 23,340/yearDUTIES: Will perform software maintenance on CRAY 1operating system. Will be involved in identifyingsections of the operating system code that do notfunction according to specifications, providingproblem by-pass suggestions to users awaiting fixes,generating new versions of the system followingvendor releases, providing and updating modifica-tions relating to NCAR's accountinq needs andconsulting with users of system behavior.REQUIRES:

--M.S. or equivalent in computer science orrelated field

--2 - 4 years of systems programming whereduties included maintenance of operatingsystem software on medium or large scalesystem environment and participation infile backup procedures

-- Substantial skill in assembly languageprogramming and FORTRAN

Marsha Hanson, X517

Systems Programmer II - #2434

ATD - Computing FacilityExempt range 61Anticipated hire-in salary: $18,660 - 23,340/yearDUTIES: Will perform software maintenance anddevelopment on NCAR's terabit memory (TBM) massstorage system. Development will include newcommand processors for system control and status

Page 4

displays as well as participation in the connec-tion of this system to NCAR's CRAY 1 computer.User consulting will be an important activity.REQLtLRRES:

--M.S. or equivalent in computer science orrelated field

--2 - 4 years system programming and mainte-nance preferably on DEC minicomputers

--Demonstrated skill in machine languageprogramming, I/0 control and interfacesoftware

--Effective communication skillsALSO DESIRED, BUT NOT REQUIRED:

-- Some knowledge of RSX 11Marsha Hanson, X517

SPECIAL PROJECT

Special Project Scientist I - #2433

AAP - Drifting Buoys in STREXExempt range 82Anticipated hire-in salary: $21,588 - 27,516/yearDUTIES: Initial duties include supervision ofdesign, fabrication and deployment of a climateair-sea interactive drifting buoy system to measureatmospheric pressure and temperatures and pressurethrough the oceanic mixed layer. Research will befocused on observational and diagnostic studies ofdata collected through the TIROS-N/NOAA satellitesystem. Will collaborate in research with scien-tists of Oceanography Section at NCAR and Schoolof Oceanography at Oregon State University on mixedlayer data collected during the 1980 Storm Transferand Response Experiment (STREX) in the northeastPacific Ocean.REQUIRES:

--Ph.D. or equivalent in physical oceanographyor ocean engineering

--Demonstrated capab i ty in experimentalphysical sciences or engineering

--Skill in communication and ability to workwith technical contractor

--Demonstrated skill in programming on largeand mini-computers

--Demonstrated skill in analysis and interpre-tation of observed data

ALSO DESIRED, BUT NOT REQUIRED:-- Experience in design and fabrication of ocean

instrumentsThis position is expected to last through 30 Septem-ber 1981 with a good possibility of an extension.Marsha Hanson, X517

Support Scientist II - #2441

(Term = through 30 September 1980 with probablerenewal )*

HAO - Solar Atmospheres and Magnetic Fields Section

Anticipated hire-in salary: $17,820 - 22,296/yearDUTIES: Provides research support to Observatoryscientist (Solar Maximum Mission and 00-8) indata analysis and solar physics relative to ultra-violet solar space experiments. Programming inFORTRAN to develop theoretical models and provideanalysis techniques will be the major activity.

REQUIRES:--B.S. or equivalent ir astronomy, physics,

or closely related field and one or moreyears experience in above areas

-- High proficiency in FORTRAN programming orequivalent

--Familiarity and experience with numericaland statistical analysis, differentialequations, Fourier series, and relatedmathematical techniques (preferably usingcomputers such as PDP 11/70 under UNIX)

*It is expected that the person selected for thisposition will function as a support scientist forthe duration of the special projects listed aboveand then move into the role of applications pro-Qrammer for the observatory.Marsha Hanson, X517

Support Scientist II-IllI/Special Project Scientist I-

(Part or full-time)

AQD-LIMSAnticipated hire-in salary:

81: $17,820 - 22,296/year(Support II)

82: $21,588 - 27,517/year(Support III or Special Project Scientist I)

DUTIES: Will assist in the validation and appli-cation of the data from the LIMS experiment whichflew on the Nimbus 7 spacecraft. Will overseereduction, collection and dissemination of LIMS data;will work on improving algorithms to objectivelyanalyze LIMS data and assess quality of resultsand will take part in formulation of problems,develop and apply software to use LIMS data to

answer questions about middle atmospheric chemistry,dynamics and radiation; will assist in interpretingand publishing results.REQUIRES:

and mesosphere--Skill in handling data sets on a computer,including use of tapes

--Skills in organization and documentationof work

--Skill in working effectively as part of ateam

--Pleasant and effective written and verbalcommunication skills

--Flexibility to shift task focus whennecessary

ALSO DESIRED, BUT NOT REQUIRED:--Previous experience with NCAR Mass

Storage System

TERM: Appointment will initially bebut an extension of one more year isposition is available immediately.Marsha Hanson, X517

for one year,highly likely;

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INTERNSHIP

Electronic Technician Intern - #2454

CSD - MicrophysicsNon-exempt range 26Anticipated hire-in salary: $956 - 1,102/monthDUTIES: During this one year appointment, internwill assist in the fabrication and testing ofelectronic breadboards and assemblies for variousongoing electronic developments and maintenanceprograms. Training may include selected additionalreading as needed. After successfully completingthe one-year appointment, intern will be qualifiedto apply for any Technician I vacancies that maybe available. If such opening occurs within thedivision, the intern will be placed into the posi-tion.REQUIRES:

--Substantial interest in and commitment todeveloping skills in electronics

--Basic knowledge of analog and digitalcircuits

--Basic knowledge of components such as tran-sistors, diodes, resistors and capacitors

--Basic knowledge of standard constructiontechniques (soldering, wirewrap)

--General skill in trouble-shooting basiccircuits

--Some skill in reading schematics and under-standing of engineering drawings

--Basic skill in use of test equipment--Skill in verbal and written communicationin English

--Skill in following and remembering proceduresand instructions

--Physical strength to lift 50 lbs.--Willingness/ability to participate in field

programs lasting about three months eachyear away from Boulder

Final applicants may be given a test in basicelectronics.Margareta Domecki, X508

CASUAL

(on call)

Security Guard - #2492 - 2493

ADM - Safety and SecurityNon-exempt range 25Hire-in salary: $5.01 - 5.78/hourDUTIES: To protect buildings and contentsagainst loss by fire, theft and illegal entry.Make inspection trips by foot and vehicle;serve on fire brigade and render first aid whennecessary; operate two-way radio and pagingsystem; receive NCAR telephone calls duringnon-business hours.REQUIRES:

-- Demonstrated strength and stamina to makerequired rounds, move fire equipment, andwork alone in isolated areas

-- Demonstrated skill in communicatingeffectively with a wide range of peopleand usi ng good judgement

-- Skill in remembering and following pro-cedures

Page 5--Possession of a valid driver's license and

ability to qualify for and obtain GSAdriver's license (to qualify one cannothave more than 2 moving violations inlast 3 years)

-- Ability to qualify for and obtainAmerican Red Cross Standard first aidcertificate

-- Flexibility/willingness to work on callas needed

ALSO DESIRED, BUT NOT REQUIRED:--Experience as a security guard, law

Pnforcement officer or military person

Margareta Domecki, X508

April 7 through April 14, 1980

MONDAY, April 7

e Rehearsal -- Annual, NCAR Presentation to theNational Science Foundation

3:00 p.m.NCAR Mesa Lab, Main Seminar Room

TUESDAY, April 8

* Meeting -- FOF Advisory Panel

8:30 a.m. through 5:00 p.m. WednesdayFleischmann Building, Roberts Seminar Room

* AAP Seminar -- Global Wind Monitoring withCoherent Lidar, Milton Huffaker, WPL

3:30 p.m.NCAR Mesa Lab, Main Seminar Room

WEDNESDAY, April 9

9 AQD Seminar -- Sounding the Stratosphere andMesosphere by Limb Scanning - Recent Resultsand Future Prospects, John Gille, AQD

2:30 p.m.NCAR Mesa Lab, Main Seminar Room

THURSDAY, April 10

* HAO Colloquium -- Voyager Encounter withJupiter, Edward Stone, California Tech.

4:00 p.m.HAO Classroom 134

FRIDAY, April 11

Open

MONDAY, April 14

Open

Calendar Notes announcements may be mailed toVonda Giesey, ML 136. Wednesday at 12:00 noonis the deadline for items to be included in theCalendar Notes.