Managing Insect and Mite Pests Commercial Pecans in Texas · 2019-03-01 · 2 T he pecan is an...
Transcript of Managing Insect and Mite Pests Commercial Pecans in Texas · 2019-03-01 · 2 T he pecan is an...
ENTO-04802/16
Managing Insect and Mite Pests of Commercial Pecans in Texas
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The pecan is an important horticultural crop in Texas. In 2007, the Texas Agricultural Statistics Service
reported that 83,030 acres of improved varieties and 91,900 acres of native pecans were managed in Texas
Many insects feed on the leaves, nuts, branches and buds of the pecan tree, reducing the tree’s production potential. Some insects lower production directly by feeding on the nuts. Other pests cause indirect damage, as their feeding depletes the tree’s reserves so that nut production is reduced the following year.
This guide discusses the management of insect and mite pests of commercial pecans. Extension publication E-145, Homeowner’s Guide to Pests of Peaches, Plums and Pecans (available from your local Texas Agrilife Extension office and online at http://agrilifebookstore.org) describes how to control pests attacking pecans in home landscapes and in other noncommercial orchards. Information on identifying pest and beneficial insects of pecans is avail-able in publication B-6055, Field Guide to the Insects and Mites Associated with Pecan (http://agrilifebookstore.org).
Pest Management Principles For many years, growers minimized pest damage to
pecans by spraying insecticides on a schedule based on crop development. This effective, relatively inexpensive approach fit well with a preventive fungicide and zinc spray program.
However, applying insecticides according to a schedule can
■ increase the risk that pests will develop resistance to insecticides,
■ reduce populations of beneficial insects that keep pests in check,
■ result in secondary pest outbreaks, and ■ can negatively impact human health and the environ-
ment when they are overused. “Integrated pest management” is a philosophy used to
design pest control programs. It uses the most compatible and ecologically sound combination of pest suppression techniques available to sustain profitability and lower risks
Managing Insect and Mite Pests of Commercial Pecans in Texas
Allen Knutson and Bill Ree*
* Professor and Extension Entomologist, and Extension Program Specialist II−IPM (Pecan), Texas A&M AgriLife Extension Service, The Texas A&M University System.
Dr. Mark Muegge, Extension Entomologist, contributed to this publication and this revision is dedicated to his memory.
to the environment and to human health. These manage-ment techniques include:
■ cultural control: such as destroying crop residues where some pests overwinter;
■ host plant resistance: selecting pecan varieties that are well adapted and, when available, have genetic resistance to pests;
■ chemical control: using insecticides only when pest densities exceed economically damaging levels and, when available, selecting effective insecticides that have the least impact on natural enemies and non-target organisms; and
■ biological control: recognizing and protecting natu-ral enemies that suppress pest populations.
Insecticides are important in managing pecan pests, but they should be used wisely and only when needed to prevent economic loss. Base the decision to apply an insec-ticide on established treatment thresholds of insect density or damage, as determined by frequent orchard surveys. Do not add insecticides to fungicide or zinc sprays unless it has been determined that an insect pest has or will exceed a treatment threshold. Choose insecticides and rates care-fully according to their effectiveness, the hazard they pose to the applicator, and their impact on beneficial insects.
Studies have shown that broad-spectrum insecticide applications are sometimes followed by outbreaks of aphids, mites or leaf miners. This may result from the destruction of natural enemies that were holding these secondary pests in check. Insecticides also may have physiological effects on the tree or on pests that favor pest survival or increased reproduction.
Outbreaks of aphids or spider mites may follow the use of pyrethroid insecticides, carbaryl or phosmet (Imidan®). Use these insecticides only to control late-season pests. Pyrethroids should not be used in orchards where mite or aphid outbreaks have occurred following their use.
The frequent use of some insecticides can cause some insect pests to become resistant. Aphids are especially prone to developing resistance. These resistant insects survive and pass on their genes for resistance to their off-spring. Each time the insecticide is applied, the proportion of resistant insects in the population increases. Soon, the insecticide is no longer effective.
Insecticides are classified according to their modes of action, or the ways they kill insect pests. The develop-
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ment of insecticide resistance can be managed by using insecticides only when necessary and rotating the use of insecticides with different modes of action, as indicated by the IRAC group number on the pesticide label. It is dif-ficult for an insect to develop resistance to two insecticides that have different modes of action. Therefore, rotating insecticides with different modes of action is a good way to preserve the effectiveness of insecticides.
The mode of action of labeled pecan insecticides is identified by the IRAC mode of action number. To rotate insecticides, choose effective insecticides with different mode of action numbers. Rotating by brand name is often not effective because the same active ingredient (and same mode of action) is often sold under different brand names. For example, the active ingredient imidacloprid is sold under 22 different brand names. Rotating among these 22 products is not an effective resistance management strategy as they are all group 4A insecticides, as shown in Table 12. These imidacloprid products should be rotated with any other effective insecticide that is not a group 4 insecticide. When rotating insecticides, refer to the insecticide modes of action numbering system shown in Table 12.
Biological control Adverse weather, inadequate food supply, or natural
enemies may hold insect and mite populations below damaging levels. It is important to recognize the impact of these natural control factors and, where possible, encour-age them.
Biological control is the use of living organisms (parasites, predators and diseases) to reduce pest num-bers. Important natural enemies of pecan pests include lacewings, spiders, lady beetles, assassin bugs, predatory mites, and many kinds of tiny wasps that parasitize insect pests. Biological control includes conserving, augmenting and importing natural enemies.
Conserve existing populations of natural enemies in the orchard by minimizing insecticide applications and by using insecticides least toxic to the natural enemy. For example, Confirm®, Intrepid®, spinosad and B.t. formula-tions are less toxic to most beneficial insects and other non-target species than are carbamate, pyrethroid and organophosphate insecticides. Ground covers such as legumes can provide food and shelter for natural enemies. Unsprayed native pecans serve as reservoirs of natural enemies that can move into adjacent sprayed orchards.
Augmentation involves periodically buying and releasing natural enemies. However, research to date has shown that releasing convergent lady beetles, lacewings or Trichogramma wasps does not provide significant pest control in pecans.
Insecticide application Thorough tree coverage is essential for maximum pest
control. Low-volume sprayers (mist blowers, air blast spray-ers, speed sprayers, etc.) use forced air to deliver a concen-trated spray mix and require proportionately less water than high-volume hydraulic sprayers. Concentrated low-volume spraying saves water and time. The amount of pesticide applied per acre must be consistent with the label and is the same regardless of how much water is applied.
To calibrate a sprayer, fill the spray tank with water only and spray a known acreage of trees (e.g., 5 acres). Measure the amount of water remaining in the tank to determine the number gallons of water applied. To determine the num-ber of gallons applied per acre, divide the amount of water applied by the number of acres sprayed. For example, if 300 gallons were used to treat 5 acres, then the sprayer is deliver-ing 60 gallons per acre. In this example, a 500-gallon sprayer would treat 8.3 acres.
Then add the amount of formulated insecticide needed to treat the number of acres the spray tank treats. For example: If the label rate was 1 pint per acre, add 8.3 pints of pesticide to 500 gallons of water.
Recalibrate sprayers for different tree sizes and spacing, as these factors change the volume of spray required for cov-erage. Carefully follow the sprayer manufacturer’s directions for mixing spray materials and for calibration.
Chemical use precautions Select the suggested insecticide which provides the most
effective, safe and economical control. All suggested materi-als should be considered poisonous, but proper handling reduces the hazards associated with their use. Comply with the manufacturer’s label directions for handling all agricul-tural chemicals.
Residues: The Environmental Protection Agency (EPA) has established pesticide residue tolerances on pecans. These regulations establish the amount of a specific chemical that can be present in or on pecans at harvest. Always consult the product label for specific use restrictions. Be sure the pesticide is registered for use on pecans and is used only in accordance with specific application instructions.
Caution: All pesticides are potentially hazardous to humans, animals and non-target crops. Use them with caution. Store all pesticides out of the reach of children, irresponsible people, livestock and household pets. Properly dispose of leftover spray materials and containers.
Pesticide drift: Do not let pesticide drift to nearby land or contaminate ponds and streams.
Poisoning symptoms: Some symptoms of pesticide poi-soning are headaches, nausea, cramps, diarrhea, weakness, blurred vision and muscular twitching. If you notice any of these symptoms during or after handling any pesticide, consult a physician immediately.
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The USERS are always responsible for the effects of pesticide residues on their livestock and crops, as well as for problems that could arise from drift or movement of the pesticide from their property to that of others. Always read and follow carefully the instructions on the container label.
Pecan pests PHYLLOXERA Damage
Phylloxera are tiny, soft-bodied insects closely related to aphids. These insects cause conspicu-ous swellings, called galls, to form on leaves, twigs and nuts. The two most important species attacking pecans are pecan leaf phyl-loxera and pecan phylloxera.
Policy statement on pest management suggestions
The information and suggestions included in this publication reflect the opinions of Extension entomolo-gists based on research, field tests and use experience. Our management suggestions are a product of research and are believed to be reliable. However, it is impossible to eliminate all risk. Unforeseen or unexpected conditions or circumstances may result in less than satisfactory results even when these suggestions are used. The Texas AgriLife Extension Service assumes no responsibility for risks. Such risks shall be assumed by the user of this publication.
Suggested pesticides must be registered and labeled for use by the Environmental Protection Agency and the Texas Department of Agriculture. The status of pesti-cide label clearances is subject to change and may have changed since this publication was printed. County Extension agents and appropriate specialists are advised of changes as they occur. Phylloxera galls
Table 1. Suggested insecticides for controlling phylloxera. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Chlorpyrifos 1B Govern® 4E, Hatchet®, Lorsban ® 4E, Lorsban® 50W, Lorsban® 75WGNufos® 4E, Warhawk®Whirlwind®, Yuma 4E®
Do not graze livestock in treated orchards. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
Imidachloprid 4A Provado® 1.6 FMalice® 75 WSPMontana® 2FPasada® 1.6FTrimax Pro®AmTide Imidacloprid 2FAmTide Imidacloprid 4FLada 2FMallet 75 WSPPhoenix Hawk 2LPrey 1.6Provado 1.6FSherpaWrangler
Do not graze livestock in treated orchards.
Malathion 1B Malathion® 5ECMalathion® 8EC
Grazing allowed. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
Lambda-cyhalothrin 3A Grizzly ZKarate w/ zeon techKarateKendoLambda-CY ECLambdaStarLambdaStar 1CSLambda-T, LamcapLambda-Cyhalothrin 1 ECParadigmProvinceSilencerWarriorWarrior II
Grazing allowed. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
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Insecticides for phylloxera must be applied after egg hatch in the spring but before nymphs are protected inside galls. Treat after bud break when growth is 1 to 2 inches long.
SawflySawfly larvae feed on the underside of pecan leaves in
the spring. Sawfly larvae resemble caterpillars but they are actually larvae of a wasp. Sawfly larvae have 6 sets of abdominal prolegs, while larvae of moths and butterflies have 1 to 4 sets of abdominal prolegs. Two species are found on pecan. The larva of one species is shiny green and its feeding results in small holes cut in the leaf. The larva of the other species is yellowish brown to orange with black spots along the body, and these larvae gener-ally consume the entire leaf. There is only one generation a year. There are no guidelines to assist producers in making treatment decisions.
June beetlesJune beetles are brown to brownish-red, hard-bodied
beetles about ½- to ¾-inch long. June beetles feed on pecan leaves at night and large numbers of beetles can defoliate pecan trees almost overnight. Look for beetles feeding on leaves at night. It is often difficult to diagnose them as the cause of the leaf feeding in pecans because June beetles hide just below the soil surface during the day. Damage occurs in the spring when beetles emerge from the soil. Immature June beetles, called white grubs, feed on grass roots and are not a pest of pecans.
Pecan leaf phylloxera form galls on leaves only; extensive infestations may cause some defoliation. The pecan phyllox-era is the most damaging species because it attacks shoots and nuts. Extensive infestations of this species can reduce yield and the tree’s vitality and subsequent production.
Biology Both species of Phylloxera survive the winter as eggs
in bark crevices. In spring, tiny nymphs emerge during bud break and feed on new growth. As they feed, nymphs secrete a substance that stimulates plant tissue to develop abnormally, creating galls. The young phylloxera are soon completely enclosed in the galls, which range from 1/10 to 1 inch in diameter. Phylloxera feed and complete develop-ment inside the gall. Galls then crack open and winged, adult phylloxera emerge.
Some female leaf phylloxera adults deposit eggs and the hatching nymphs result in a second and sometimes third generation of galls if new growth is available during the season. Other females overwinter and deposit eggs the following spring. The more destructive pecan phylloxera form no additional galls. These females hide in protected places on the bark and die, their eggs remaining inside the mothers’ protective bodies throughout the winter.
Control Native trees and improved varieties vary in suscep-
tibility to phylloxera. Because phylloxera cannot fly far, infestations move slowly from tree to tree. You can often control them by treating only those trees with phylloxera galls. Survey the orchard in May and mark trees with galls to treat the next spring.
Table 2. Suggested insecticides for controlling sawfly. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Chlorpyrifos 1B Govern® 4E, Hatchet®, Lorsban ® 4E, Lorsban® 50W, Lorsban® 75WGNufos® 4E, Warhawk®Whirlwind®, Yuma 4E®
Do not graze livestock in treated orchards. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
malathion 1B Malathion® 5ECMalathion® 8EC
Grazing allowed. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
Table 3. Suggested insecticides for controlling June beetle adults. This information is provided for educational purposes. Read and follow label directions
Insecticide
Active ingredient IRAC group Brand name Remarks
Chlorpyrifos 1B Govern® 4E, Hatchet®, Lorsban ® 4E, Lorsban® 50W, Lorsban® 75WGNufos® 4E, Warhawk®Whirlwind®, Yuma 4E®
Do not graze livestock in treated orchards. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
malathion 1B Malathion® 5ECMalathion® 8EC
Grazing allowed. Scout for aphids and other secondary pests which may increase to damaging levels when this and other broad spectrum insecticides are used.
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PECAN NUT CASEBEARER Damage
The pecan nut casebearer is found in all pecan-growing areas of Texas and can cause serious crop loss almost every year if left uncontrolled. Casebearer larvae or caterpillars feed inside pecan nuts. First-generation larvae feed inside small nutlets from April to June. This generation is most damaging, as a single larva often destroys all the nutlets in a cluster. Larvae of later generations require just one or two nuts to complete their feeding, as pecans are larger at that time.
Biology The adult casebearer is a gray moth about 1/3 inch long
with a ridge of dark scales across the forewings. The moths are active only at night when they mate and lay eggs on pecan nuts. Most eggs are found on the nutlet tips. Each female lays 50 to 150 eggs during her 5- to 8-day life. The greenish-white to white eggs change to pink or red before hatch.
Casebearer eggs hatch in 4 to 5 days; young larvae crawl to nearby buds below the nuts to begin feeding. The empty white egg shell remains on the nut. After feeding for a day or two on a bud below the nut cluster, the tiny larvae enter the pecan nut, often tunneling in at the base.
Silk and black frass (excrement) are often visible on the outsides of infested nuts. Larvae feed inside pecan nuts for 3 to 4 weeks, depending on the tem-perature. They are olive gray and reach a length of about 1 inch. Full-grown larvae pupate in the pecan nut; adult moths emerge about 9 to 14 days later.
The pecan nut casebearer completes several generations each year. Adults of the overwintering generation emerge in April and May and lay eggs on pecan nutlets soon after pollination. First-generation larvae feed on nutlets and mature to moths. These moths lay eggs for the second-generation in grooves on the tips or bases of nuts, or on buds. Second-generation larvae attack the nuts in midsummer about 42 days after nut entry by first-generation larvae.
Third-generation eggs are deposited on nuts from late July to early September. These larvae feed only in the shucks if the pecan shells have hardened sufficiently to prevent penetration into the kernel. Many third- and later-generation larvae do not feed, but crawl to the base of a dormant bud and build tiny, tough, silken cocoons where they spend the winter. In spring, these immature larvae leave the cocoon, called a hibernaculum. They feed on buds and tunnel in developing shoots until they are full-grown. Larvae then pupate in shoot tunnels or in bark crevices. Casebearer moths soon emerge to lay first-gener-ation eggs on nutlets.
Pecan nut casebearer eggs
Pecan nut casebearer moth (left) and pecan bud moth (right)
Table 4. Suggested insecticides for controlling pecan nut casebearer, walnut caterpillar, and fall webworm. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Bacillus thuringiensis 11A Javelin-WG®Crymax®Deliver®
Bt insecticides have short residual activity, multiple applications may be needed for control
Methoxyfenozide 18 Intrepid® 2F Grazing allowed
Spinetoram 5 Delegate® Grazing allowed
Spinosad 5 Entrust*®SpinTor® 2SC, Success®
Grazing allowed
Tebufenizide 18 Confirm® 2F Do not graze livestock in treated orchards
Chlorantraniliprole 28 Altacor Grazing allowed
Methoxyfenozide +Spinetoram
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Intrepid Edge Grazing allowed
Flubendiamate 28 Belt SC Grazing allowed
*The spinosad formulation of Entrust is approved for organic production by the Organic Materials Review Institute (OMRI).
Note: Other insecticides, including chlorpyrifos, pyrethroid insecticides, combinations of these active ingredients, and malathion, are also labeled for PNC control in pecans. However, these broad spectrum insecticides can have a negative impact on beneficial insects and increase the risk of outbreaks of other pests. For this reason, only insecticides that target primarily pecan nut casebearer and other related caterpillar pests are included in this table. See Table 12 for list of all insecticides labeled
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Control Often a single, carefully timed insecticide application
adequately controls above-threshold populations of first-generation casebearer. A second insecticide application may be required if unhatched eggs are found 7 to 10 days after the first application. Time insecticide applications accurately to control newly hatched casebearer larvae before they enter the nuts. Once inside nuts, larvae are protected from insecticides.
To determine whether treatment is needed and when to apply insecticide, examine nuts carefully in spring for casebearer eggs. Infested clusters can be flagged to moni-tor egg hatch. Once they emerge from the egg, the tiny larvae feed for 1 to 2 days on a secondary bud just below the nut cluster and then tunnel into a nutlet. Delaying treatment until the first nut entry is observed maximizes the insecticide’s residual activity. However, consider the time required to treat the orchard, including possible weather delays, so that insecticide is applied before most larvae have entered nuts.
Peak egg lay often occurs during a 2-week period in late April to early May in the southern and coastal areas, or late May and early June in north Texas. Spring tem-peratures influence casebearer development; cool, rainy weather can delay moth activity and egg laying. Thus, the egg-laying period can vary as much as 2 weeks from year to year, depending on spring weather. Knowing when to scout the orchard for eggs and when to apply an insecti-cide, if needed, are two important components of manag-ing pecan nut casebearer.
When to scout for eggs The PNCforecast System is a web-based tool that pecan
growers can use to determine when to scout for pecan nut casebearer (PNC) eggs in the spring and anticipate when an insecticide, if needed, should be applied. To use the PNCforecast System, you must monitor PNC moth flight in your orchard using PNC pheromone traps as described in the next section. The PNCforecast System uses PNC moth trap data to estimate egg-laying activity during the next 2 to 3 weeks and is therefor customized to the unique conditions of the orchard where the trap data were col-lected. The PNCforecast System is available on-line at http://pecan.ipmpipe.org.
The PNCforecast System calculates dates when first generation eggs are expected to be present in the orchard and the optimum dates to begin scouting the orchard for PNC eggs. Egg laying can vary by as much as 2 to 3 weeks, so knowing when to look for eggs can save time and help reduce the risk of missing egg laying activity. The PNC-forecast System does not predict if you need to apply an insecticide—it estimates the optimum dates for scouting
the orchard for PNC eggs to determine if an insecticide treatment is justified.
To generate a PNCforecast, you need to know the date when PNC moths begin flying in your orchard. To be sure you capture the first PNC moths in the spring, you must place your traps in the orchard before the first moths fly. In south Texas, traps should be in the orchard by April 1; in central and southwest Texas by April 10; and in north and northwest Texas by April 20. Record the number of captured PNC moths every 1 to 2 days. If no PNC moths are present, enter a zero for that date. Once traps are in the orchard, there should be several inspection dates when no moths are captured to be sure the first moths that appear in your traps are indeed the first ones of the spring flight.
The date when you first capture PNC moths in your traps is very important in generating a reliable forecast. Sometimes one or two moths are captured and then none are captured on subsequent dates. Ignore these early “stragglers” if no new moths are caught on the next inspection date. Once you capture PNC moths on two consecutive dates, the sustained moth flight is underway. Choose the first of the two consecutive dates as the date of first moth capture and enter this date into the PNCfore-cast System. Once you know the date of first moth capture, no additional trap data is needed to generate a PNCfore-cast.You can, however, continue to record trap captures to compare year to year PNC activity.
Examples
May 1 May 2 May 3 May 6 May 8 May 9 “First” Month
Orchard A 0 1 2 1 6 8 May 2
Orchard B 0 1 0 0 3 5 May 8
Orchard C 0 4 0 1 3 0 May 6
Once you know the date of the first moth capture, you are ready to generate a PNC forecast for your orchard. Log onto: http://pecan.ipmpipe.org. At the home page, select “Maps” and then under PNC Forecast Map click on “Forecast PNC risk.” After reading the “Warning” state-ment, close the text box using the X at the top right. At the top left, select “Choose Location” and use the arrows in the circle at the top left to find your orchard on the map. Use the magnifying glass to zoom in and out on the map. Once the map is fully magnified and the cursor is at your orchard location, right click. This will place a red pin at your orchard site. The PNCForecast will use the average temperature expected at this location during the next 2 to 3 weeks to predict PNC development. Next, at the top right of your screen, at “Set Biofix”, click on “Select Date” and use the calendar to enter the date on which
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you captured the first PNC moths in traps at this orchard location. Once you enter this date, the site will generate a PNC forecast both as a graph and table. The PNCForecast table lists the dates when 10, 25, 50, 75 and 90 percent of all first generation PNC eggs are expected to be present in the orchard. An example is shown below.
Example: PNCforecast system outputForecast Event Dates
Percent of total first-generation eggs expected in orchard
Date
10% May 7
25% May 10
50% May 13
75% May 16
90% May 19
Begin scouting for casebearer eggs on the dates of 25 to 50 percent egg-lay. In the example of a PNCfore-cast Output above, 25 percent of the total eggs of the first generation are expected to be present on May 10 and 50 percent are expected to be present on May 13. The first generation egg-laying period is expected to be nearly com-plete on May 19 when 90 percent of all expected eggs are predicted to be present.
The period when 25 to 50 percent of eggs should be present is called the “decision window” because orchard scouting at this time can often find a sufficient number of eggs to make a decision regarding an insecticide treat-ment. (Guidelines for deciding when an infestation justi-fies an insecticide treatment are discussed below.) How-ever, if the percent infested cluster is below the treatment level during the period of 25 to 50 percent egg-lay, scout for eggs and larvae again on the dates of 50 to 75 percent oviposition. If eggs and larvae numbers are still too low to justify an insecticide treatment, scout a third time on the dates of 75 to 90 percent oviposition to determine if the casebearer infestation has increased. If densities of eggs and larvae are still below the treatment level on the date of 90 percent egg-lay, then treatment during the first genera-tion may not be justified.
Note that the percentages in the table (generated by the PNCforecast Sytem) are NOT the expected percent of nutlets infested with eggs, but rather the proportion of the total eggs expected to be present in the orchard during the first generation (spring). Only orchard scouting can deter-mine how many nutlets have casebearer eggs or larvae.
The PNCforecast System also provides information on casebearer egg-laying activity from selected sites in Texas and other states. These forecasts are based upon data col-lected by Extension agents, entomologists, Master Garden-ers, and cooperating pecan growers. This information may
be of interest if you are not monitoring traps yourself or want to see casebearer activity at other locations. To view these PNCforecasts, log onto http://pecan.ipmpipe.org and under the Maps option select PNC Risk Map.
Do not rely only on the PNCforecast System to make management decisions. The system is only a tool to help you plan orchard scouting and insecticide treatment, if needed. Information provided by this application is for educational purposes only. Treatment decisions should not be based solely on PNCforecast output. The PNCforecast cannot account for differences in environmental condi-tions at weather stations and actual orchard conditions. Growers should base management decisions on their assessment of eggs and larvae in their orchards, crop load, characteristics of the insecticide used, time needed to treat the orchard, and other factors unique to their operations.
Scouting to determine the need for control Inspect nuts to determine if casebearer infestations are
large enough to justify treatment. A sampling plan has been developed to determine if infestations warrant an insecticide application. The plan is based on the assump-tion that treatment is justified when an infestation is large enough to destroy 5 percent or more of the nuts expected to be harvested. The sampling plan, based on research in Texas, is as follows:
If you are using the PNCforecast System, begin search-ing for eggs on the dates of predicted 25 to 50 percent egg-lay (see discussion above on When to Scout for Eggs). If you are using the PNC Risk Map at http://pecan.ipmpipe.org, begin scouting on the Decision Window dates near-est your location. Another option is to begin scouting 7 to 10 days after the first moths are captured in pheromone traps. You can also monitor egg hatch and time treatment by tagging and observing eggs on infested clusters.
To assess egg infestations, examine 10 nut clusters per tree on 31 trees. A cluster is considered infested if it has a casebearer egg or nut entry. If two or more infested clusters are found before 310 nut clusters are sampled, the casebearer population is large enough to damage more than 5 percent of the nuts expected to be harvested and an insecticide treat-ment is needed to prevent this economic loss.
If you find fewer than two infested clusters, sample again 2 to 3 days later (at 50 to 75 percent predicted egg-lay). If no treatment is indicated, sample again 2 days later (at 75 to 90 percent predicted egg-lay). A third sample is especially important if nights have been cold and rainy, because this can delay egg laying. If you find fewer than three infested clusters, no treatment is warranted. Finding three or more infested clusters at this time indicates some damage may occur. Consider the effect of rainy weather on egg laying and crop load in making treatment decisions at this time.
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Replace traps or trap liners when the sticky material becomes covered with moth scales, dust or other debris. To avoid contaminating the lure, use forceps or the tip of a pocketknife blade to transfer the pheromone lure to the new trap or liner.
The first casebearer male moths are usually captured 2 weeks before the best time to apply an insecticide. During this time, trap catches usually increase and then begin to decline over a 2- to 3-week period. You may be tempted to apply an insecticide when large numbers of casebearer moths appear in the traps. However, this could be a week or more before treatment, if needed, should be applied.
Research indicates that the number of captured moths accurately reflects patterns of moth activity. Trap catches cannot be used to predict the threat of damage by case-bearer larvae or the need to apply an insecticide. For this reason, you need to scout nutlets closely for eggs and nut entry and use the sampling plan described above to determine if an infestation is damaging enough to justify applying insecticide.
Pheromone traps can also be used to monitor flights of later casebearer generations. A second moth flight can be detected about 6 weeks after the spring flight. It fol-lows a similar pattern of increase and decline during a 2- to 3-week flight. Nut entry occurs about 12 to 16 days after the second moth flight begins. This is the best time to apply insecticide for second summer-generation case-bearer, if needed. As with the first summer generation, base your decision to treat the orchard on the presence of eggs and larvae, not the number of moths captured.
The pheromone trap will capture casebearer moths even when an economic infestation of larvae does not develop. Pheromone traps continue to capture moths of the third and fourth generations throughout the sum-mer and into November. However, these later generations rarely threaten nut production.
WALNUT CATERPILLAR Walnut caterpillars feed together in large numbers
on pecan leaves but do not build silken webs like fall webworms. Larvae eat leaves, leaving only the mid-ribs and leaf stems. Large infestations can defoliate entire trees. This insect is found throughout Texas east of the Pecos River. Although economic infesta-tions are uncommon, severe and widespread outbreaks of walnut caterpillar have occa-sionally occurred in Texas. Walnut caterpillar
Monitoring pecan nut casebearer moth activity with pheromone traps
Information from pheromone-baited traps can be used with the PNCforecast System to help determine when to begin scouting for first-generation casebearer eggs (see discussion above on When to Scout for Eggs). The case-bearer pheromone is the unique chemical that female moths release to attract male moths. The pheromone is loaded into a rubber lure placed inside a sticky trap, where it attracts male casebearer moths. By periodically record-ing trap catch, you can detect and monitor the emergence of male casebearer. This information can be used to antici-pate when eggs will be laid and when nut entry will occur.
Pheromone lures and traps are commonly sold together as kits. Kits sold for pecan nut casebearer use the Phero-con 3 Delta trap, the Pherocon VI trap, or the Intercept-A trap. All of these trap designs are effective in determining the pattern of moth activity. For a list of suppliers selling traps and lures, see http://pecankernel.tamu.edu. When traps have a removable liner it is easier to see and identify the casebearer moths.
Pheromone lures should be kept frozen until used. Lures should be replaced every 6 to 8 weeks, removed from the orchard and discarded.
Three to five pheromone traps are enough to determine the pattern of moth activity in a given location. As a general guide, monitor three to five traps for orchards smaller than 50 acres and five to ten traps for orchards larger than 50 acres. Place traps throughout the orchards, especially where temperature conditions vary, such as between river bottom sites and upland sites. Place traps near the terminal of a nut-bearing limb at a convenient height. Traps must be in the orchard before the moth flight begins to ensure that the date the first moth is captured represents the beginning of moth activity. In south Texas, traps should be in the orchard by April 1; in central and southwest Texas, by April 10; and in north and northwest Texas, by April 20.
Monitor traps at least every 1 to 2 days until case-bearer moths are captured on at least two consecutive dates (see above discussion). Frequent monitoring is necessary to detect the first flush of moth activity. Once you have captured moths on two consecutive dates, fur-ther monitoring is not needed for the PNCforecast sys-tem. However, you may want to continue recording trap captures every 4 to 5 days for 2 to 3 weeks to maintain a record of moth flight for future reference. Each time you check the trap, count and record the number of captured casebearers and record the date. Remove from the trap all moths, other insects, and any leaves or twigs. Do not con-fuse pecan nut casebearer moths with pecan bud moths or other imposters (see photograph on p. 6) sometimes captured in pheromone traps.
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Biology Walnut caterpillar moths emerge in spring and deposit
eggs in masses of 500 or more on the undersides of leaves. The egg masses are round, about the size of a half dollar, and are not covered with hairs or scales. Eggs hatch in about 10 days; larvae feed for about 25 days. Young larvae are reddish brown with yellow lines running the length of the body. Full-grown larvae are about 2 inches long, black with grayish lines, and are covered with long, soft, gray hairs.
Larvae congregate in large masses on the trunk and scaffold branches to shed their skins before crawling back to complete feeding on leaves. These final-stage larvae consume most of the foliage, and defoliation can occur very quickly. Mature larvae crawl to the soil to pupate. A generation is completed in about 6 to 8 weeks. There are two to three generations each year.
Control Because walnut caterpillars do not build tents or webs,
infestations often go unnoticed until leaf damage becomes obvious. To detect infestations early, look for egg masses or leaf feeding. Egg masses can be detected at night by shining a flashlight on the undersides of leaves and look-ing for white spots about the size of a half dollar.
Caterpillars cause 80 percent of their damage during the last 3 to 4 days of feeding. Smaller larvae are easier to kill with insecticides than larger larvae; controlling this stage prevents serious damage. Insecticide treatment may be necessary if large infestations threaten to defoliate trees.
YELLOW APHIDS Aphids are small, soft-bodied
insects that suck sap from pecan leaves. There are two species of “yellow” or “honeydew” aphids—the blackmargined aphid, Monel-lia caryella, and the yellow pecan aphid, Monelliopsis pecanis.
The blackmargined aphid has a black stripe along the outside margin of its wings, which are held flat over the body. The yellow pecan aphid holds its wings roof-like over its body and lacks the black stripe along the wing margin. Immature aphids are difficult to identify because they lack wings. Infestations may contain both species.
Blackmargined aphid infestations typically increase to large numbers during June to August and then decline
Black-margined aphid
after about 3 weeks. Outbreaks on most cultivars (except possibly “Cheyenne”) usually decline without causing measurable damage to foliage or yield.
The yellow pecan aphid occurs later in the season. Out-breaks of this species can defoliate trees and reduce yield and quality on most cultivars.
Damage Both species of yellow aphids have piercing/sucking
mouthparts for removing water and plant nutrients from leaf veins. As they feed, aphids excrete large amounts of excess sugars. This sticky material, called honeydew, col-lects on leaves.
Honeydew is a food source for sooty mold, which can cover leaves when humidity is high. The shading effect of sooty mold can reduce photosynthesis. Studies have shown that aphid feeding can reduce leaf efficiency and large, persistent infestations of the yellow pecan aphid, M. pecanis, can defoliate trees. This leaf injury and loss can reduce current and subsequent yields and quality because of lower carbohydrate production.
Biology Yellow aphid eggs survive the winter hidden in bark
crevices on twigs and tree trunks. Immature aphids, called nymphs, hatch in spring and begin to feed on newly expanded leaves. Nymphs mature in about a week and give birth to live young. All individuals are females, which reproduce without males during spring and summer. In late September and October, both males and females occur, and females deposit overwintering eggs.
Control Aphids have a short life cycle and high reproductive
capacity, so infestations can increase quickly under favor-able conditions. Natural enemies, including lacewings, lady beetles, spiders and other insects, can suppress aphid infestations if there are enough of them. However, insec-ticides applied for aphids or other pests can sometimes destroy these natural enemies, allowing aphids to increase to even greater densities than before treatment.
Inspect leaves frequently to monitor yellow aphid den-sities. Treatment of either species of yellow aphid may be justified on “Cheyenne” when aphid densities are high and persist for several weeks. “Pawnee” is the least susceptible cultivar to yellow aphids, and insecticide treatment for yellow aphids is not normally needed on this variety.
Consider treatment when infestations of yellow pecan aphid exceed 25 per compound leaf. Scouting the orchard on a 4- to 5-day schedule will reveal whether yellow pecan aphid numbers are increasing or decreasing and indicate the need for insecticide treatment. Do not base the need
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for treatment on the amount of honeydew alone, as infes-tations often decline rapidly (“crash”) because of weather or physiological effects.
Insecticides do not consistently control either species of yellow aphid. Aphids may become resistant to an insec-ticide used frequently in an orchard. An insecticide that is effective in one orchard may be ineffective in a nearby orchard. Studies have shown that in some cases, applica-tions of applications of pyrethroid insecticides Group 3A
(lamda-cyhalothrin, zeta-cypermethrin, etc.) and chlro-pyrifos (Group 1B) may be followed by large increases in yellow aphids. If this occurs, rotate to an insecticide not in Group 3A or 1B. Also, frequent use of products contain-ing imidacloprid (Group 4) may increase aphid resistance, leading to control failures. To reduce this risk, rotate with an insecticide not in the class 4 group (Table 5). For fur-ther information on managing insecticide resistance, see the discussion under Pest Management Principles.
Table 5. Suggested insecticide to control yellow pecan aphids (blackmargined and yellow pecan aphids) and black aphids. This information is provided for educational purposes only. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Imidachloprid* 4A Admire® ProAdvise® 2 FL, MaxAlias 2FAmTide Imidacloprid 2FAmtide Imidacloprid 4FCouraze® 1.6FCouraze® 2FCouraze 4FLada 2FImida® E-AG 1.6 FImida® E-AG 2FImpulse® 1.6 FMacho® 2.0 FLMalice® 75WSPMana® Alias 4FMerit® 2F, 75WSPMontana® 2FNuprid® 1.6FNuprid® 2FNuprid® 4FPasada® 1.6FPrey® 1.6Provado® 1.6FSherpa® Trimax Pro® Widow®Wrangler
Do not graze livestock
Clothianidin 4A BelayArena
Do not graze
Flonicamid 9C Beleaf 50SG, Carbine 50WG Do not graze livestock, 40 day PHI
Pymetrozine 9B Fulfill Grazing allowed
Thiamethoxam 4A Centric 40WGFlagship 25WG
Centric can be applied to bearing trees.Flagship can only be applied to nonbearing trees only.
Dimethoate 1B Dimethoate® 4EDimate® 4EC, 4EDimethoate® 4ECDimethoate® 5lb
Do not graze livestock in treated orchards. Marginal control of yellow aphids has been observed
Admire, Macho, and Widow labeled for only as a soil application though the irrigation system. See label. * Repeated application of imidachloprid can select for insecticide resistance in aphids and lead to control failures.
Caution: In some locations in the state, yellow aphids resistant to Group 4A insecticides have been identified In these orchards, the use of insecticides in this group may not be effective. Repeated use of any insecticide can select for insecticide resistance and control failure. To minimize development of insecticide resistant aphids, rotate insecticides between IRAC Groups.
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HICKORY SHUCKWORM Hickory shuckworm is an important mid- and late-
season pest of pecans throughout much of Texas.
Damage Shuckworm larvae
tunnel in the shuck, inter-rupting the flow of nutri-ents and water needed for normal kernel development. Infested nuts are scarred, late maturing and of poor quality. Damaged shucks stick to the nuts and fail to open, creating “sticktights” that reduce harvesting effi-ciency. Infestations before shell hardening may cause nuts to fall.
Biology Adult shuckworms are dark brown to grayish black
moths about 3/8 inch long. They are active in spring before pecan nuts are available. Adults deposit eggs on hickory nuts and pecan buds. Larvae on pecan feed in phylloxera galls in spring. Later in the season when pecan nuts are present, moths deposit eggs singly on the nuts.
The egg is attached to the shuck with a creamy white substance visible on the shuck surface. The tiny larva hatches in a few days and burrows into the shuck to feed for about 15 to 20 days. Mature larvae are about ½ inch long and cream colored with light brown heads. Pupation occurs in the shuck and the moth soon emerges.
Several generations are completed each year. Shuck-worms overwinter as full-grown larvae in old pecan shucks on the tree or the orchard floor.
Control Pecans are most susceptible to hickory shuckworm
damage during the water through gel stages. If the orchard has a history of shuckworm damage, treat with insecticide
Hickory shuckworm damage
when pecans reach the half-shell hardening stage. A sec-ond application 10 to 14 days later may be needed.
Early-maturing varieties such as “Pawnee” must be treated earlier for hickory shuckworm. Removing and destroying old shucks and dropped nuts, where shuck-worms overwinter, can reduce shuckworm infestations.
There are pheromone traps that attract and capture hickory shuckworm moths. However, there are no reliable guidelines for using trap catches to time scouting for eggs or insecticide application.
FALL WEBWORM Fall webworm caterpillars build large silken webs in
pecan trees. A hundred or more caterpillars may be found inside the web, where they feed on pecan leaves. Large infestations may cover the tree with webs, causing severe defoliation.
Biology Mature larvae are about 1 inch long, pale yellow or
green, and covered with tufts of long, white hairs. The adult is a white moth with dark spots on the wings. Female moths emerge in spring and deposit eggs in masses of several hundred on the undersides of pecan and other tree leaves. The greenish-white eggs are covered by gray hairs left by the female. There are two to four genera-tions each year, depending on location in the state. The last, or fall, generation is usually the most damaging.
Control Many insect parasites and predators feed on and
reduce the number of fall webworm larvae. Also, insecti-cides applied for other pecan pests help reduce webworm densities. If webs are common and the potential defolia-tion appears unacceptable, spot spraying of infested trees may be practical. The insecticide spray must penetrate the web to be effective. Insecticides listed in Table 5 for the control of hickory shuckworm are also effective in con-trolling fall webworm.
Table 6. Suggested insecticides for controlling hickory shuckworm. This information is provided for educational purposes. Always read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Methoxyfenozide 18 Intrepid® 2F Grazing allowed
Spinosad 5 Entrust®*SpinTor® 2SC
Livestock grazing permitted
Tebufenizide 18 Confirm® 2F Do not graze livestock in treated orchards
Methoxyfenozide +Spinetoram
518
Intrepid Edge Grazing allowed
Chlorantraniliprole 28 Altacor Grazing allowed
Flubendiamide 28 Belt SC Grazing allowed
*The spinosad formulation of Entrust is approved for organic production by the Organic Materials Review Institute (OMRI).
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pecan aphids per com-pound leaf can cause severe leaf damage and defolia-tion. Although they some-times can be found on the upper side of the leaf, black pecan aphids feed primar-ily on the undersides of leaves and occur through-out the pecan growing region of Texas.
Damage While feeding, black pecan aphids inject a toxin that
turns the leaf tissue between major veins bright yellow. These damaged areas, up to 1/4 inch across, turn brown and die, and infested leaves soon fall. Premature defolia-tion reduces nut fill and the next year’s production.
Biology The black pecan aphid is pear-shaped. Nymphs are
dark olive-green and adults, which may be winged, are black. Like yellow aphids, all summer forms are females that reproduce without mating. Male and female forms appear in fall and females lay eggs that overwinter on branches. Densities often are very low until August or Sep-tember, when infestations can increase rapidly. Note that yellow pecan aphids that are parasitized will turn black, and can be confused with black pecan aphids. Parasit-ized aphids are dead and stuck on the leaf surface and do not move while live black pecan aphids quickly fly when disturbed.
Control Monitor the orchard frequently for black pecan aphids
and their characteristic leaf injury. Because these aphids feed singly and can be damaging in low numbers, examine leaves closely. Examine the interior of the canopy where
Black aphid
PECAN LEAF SCORCH MITES The pecan leaf scorch mite is the most important spi-
der mite attacking pecans.
Damage Large numbers of these tiny mites feed on the under-
sides of pecan leaves. Mites suck plant sap, causing irregu-lar brown spots on infested leaves. Infestations often develop first along the leaf midrib. Damaged leaves appear russeted or scorched. Large infestations can result in leaf loss, especially if trees are under moisture stress.
Biology Scorch mites overwinter as adults in the rough bark
of limbs. Adult females begin laying eggs in spring. Mites can complete a generation in 5 to 15 days and are more numerous during hot, dry weather. Natural enemies of scorch mites, including predatory mite species, are impor-tant in controlling these pests.
Control Because scorch mites prefer the shady, interior portion
of the tree, significant damage can occur before infesta-tions are detected. Check water sprouts and shady, lower branches to detect early mite infestations. Mites may increase after some insecticides (e.g., Sevin® and other car-baryl formulations) are applied for hickory shuckworm, aphids or other pests. Monitor the orchard for mites when the weather is hot and dry and after insecticides are used. Spray when mites are present and damaging leaves. Mark infested trees or areas to determine whether spot treat-ment is practical.
BLACK PECAN APHID The black pecan aphid is much more destructive than
the two species of yellow aphid. An average of three black
Table 7. Suggested insecticides to control pecan leaf scorch mite. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Fenbutatin-oxide 12B Vendex® 50 WP Do not apply within 14 days of harvest.
Dicofol unknown Kelthane® MF Do not apply within 7 days of harvest
Hexythiazox 10A Onager®Savey® 50 DFHexygon DFHexy 2E
For non-bearing orchards only. Do not graze treated orchards.
Bifenazate unknown Acramite® 50 SC Do not graze treated orchards.
Spirodiclofen 23 Envidor® 2 SC Grazing allowed
Cyflumetofen 25 Nealta Grazing allowed
Fenazaquin 21 Magus Non-bearing trees only
Fenpyroximate 21A Fujimite 5ECPortal XLO
Grazing allowedGrazing allowed
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infestation often begins. In general, treat when black pecan aphids average three per compound leaf.
In most cases, black pecan aphids are easier to control with insecticides than yellow aphids. Insecticides for black pecan aphid are listed in Table 4. Natural enemies are important in keeping the number of black pecan aphids low.
STINK BUGS AND LEAFFOOTED BUGS Several species of brown and green stink bugs and leaf-
footed bugs feed on pecan nuts. Infestations often develop on soybeans, sorghum, other field crops or weeds and then move into pecans in late sum-mer and fall.
Damage Stink bugs and leaffooted
bugs have piercing-sucking mouthparts and penetrate the shuck to feed on the develop-ing kernel. Nuts injured before the shells harden fall from the tree. Feeding after shell hardening causes brown or black spots on the kernel. Affected areas taste bitter.
Biology These bugs overwinter as adults under fallen leaves
and in other sheltered places on the ground. Populations increase in summer when adults lay eggs on many crops and weeds. Fields of soybeans, other legumes and sorghum may
Stink bug
be sources of adults that fly to pecans. Infestations are usu-ally largest from September through shuck split.
Control Brown stinkbugs are more difficult to kill with insecti-
cides than are green stinkbugs and leaffooted bugs. Weed control in and near the orchard helps suppress
stink bugs and lower the possibility of their moving into pecans. Some growers also have planted “trap crops” to lure adult stinkbugs and leaffooted bugs away from pecans. Black eye, purple hull and crowder peas or mil-let planted in plots or in a single row along the edge of the pecan orchard in the last week of July through the first week of August are attractive crops for these pests. To maintain a trap crop longer into the fall, stagger the plantings by a couple of weeks. Monitor the peas or millet for adult leaffooted and stink bugs when the plants begin to bloom and set seed. Apply an insecticide to the trap crop to kill stink bugs and leaffooted bugs once the crop stops blooming and is maturing seed. This treatment is necessary to kill the bugs before they leave and fly into the pecans. Before planting a trap crop, make sure you have enough available water to obtain a stand and are planting a variety of pea suited to the soil type and soil pH of the orchard. You will also need to control weeds and prevent livestock and wildlife from grazing plots.
GRASSHOPPERSGrasshoppers can move into pecan orchards from adja-
cent crops, pastures and weedy areas and feed on pecan leaves and developing nuts. Weed control in and around
Table 8. Suggested insecticides for control of stinkbugs and leaffooted bugs. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Bifenthrin 3A Brigade® WSBBrigade 2ECBifen 2 AG GoldBifenture ECBifenture 10FFanfare ESFanfare 2ECSniper
Do not graze treated orchards.
Lambda-cyhalothrin and thiamethoxam
3A and 4A Endigo® ZC Do not graze treated orchards.
Zeta-cypermethrin and bifenthrin
3A and 3A Hero® Do not graze treated orchards.
Lambda-cyhalothrin 3A Grizzly Z®, Kaiso 24® WG, Karate® w/ zeon® tech, Lambda-CY® EC, Province®Silencer®, Taiga Z®Warrior®Warrior II®
Grazing permitted
Zeta-cypermethrin 3A Mustang Max®, Mustang Max EC, Respect® EC
Do not graze treated orchards
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Table 10. Suggested insecticides for control of pecan weevil. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Pre-harvest interval
Remarks
Bifenthrin 3A Brigade® WSB, Brigade 2EC,Bifen 2 AG Gold, Bifenture ECBifenture 10F, Fanfare ES, Fanfare 2EC, Sniper
21 days Do not graze treated orchards.
Carbaryl 1A Sevin® 80WSP, Sevin®80S, Carbaryl® 4L, Prokoz Sevin® SL 14 days Grazing allowed
Lamda-cyhalothrin 3A Warrior®, Warrior II®, Grizzly Z®Kaiso 24® WG, Karate® w/ zeon® tech, Lambda-CY® EC, Province®
14 days„
Grazing allowed
Zeta-cypermethrin 3A Mustang Max® EC, Mustang Max®Respect® EC
21 days Do not graze treated orchards.
Zeta-cypermethrin and bifenthrin
3A and 3A Hero® 21 days Do not graze treated orchards.
the orchard can deprive grasshoppers of food. Pyrethroid insecticides (lambda-cyhalothrin, zeta-cypermethrin, bifenthrin), chlorpyrifos and carbaryl labeled for use in pecans, kill grasshoppers. However, their residual control is limited and frequent reapplication may be required when grasshoppers continue to move into the orchard from adja-cent areas. Treat the orchard floor, fence rows and areas surrounding the orchard to create a buffer zone.
PECAN WEEVIL The pecan weevil is found throughout most of Texas
(see map). Where present, the pecan weevil is the most damaging late-season pecan pest. Infestations are often localized and vary greatly within orchards.
Damage In August, adult weevils begin to emerge from the soil
and feed on nuts in the water stage, causing them to drop. After the kernel has entered the gel stage, the nut is sus-ceptible to egg laying and attack by pecan weevil larvae.
Table 9. Suggested insecticides for controlling grasshoppers. This information is provided for educational purposes. Read and follow label directions
Insecticide
Active ingredient IRAC group Brand name Remarks
carbaryl 1A CarbarylProkoz Sevin SLSevin 4F, 80WSP, 80S, XLR
Only treat orchard floor and surrounding areas to avoid killing beneficial insects in canopy.
chlorantraniliprole 28 Altacor Grazing allowed
diflubenzuron 15 Dimilin 2L Only effective on immature (without wings) stages
chlorpyrifos 1B Govern® 4E, Hatchet®, Lorsban ® 4E, Lorsban® 50W, Lorsban® 75WGNufos® 4E, Warhawk®Whirlwind®, Yuma 4E®
Do not graze livestock in treated orchards. Scout for aphids and other secondary pests which may increase when broad spectrum insecticides are used.
Records of pecan weevil presence in Texas counties, 2015
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Infested nuts remain on the tree while the developing larvae consume the kernels. Full-grown larvae emerge from nuts in late fall or early winter through a round hole chewed through the shell.
Biology The life cycle of the pecan weevil egg, larva, pupa and
adult usually is completed in 2 years but may require 3. Adult weevils begin emerging from the soil in August; their numbers peak from late August through early September. Rainfall, soil moisture and soil type influence the ability of the weevils to emerge from the soil. Drought can delay adult emergence until rain or irrigation loosens the soil.
Adult weevils feed on nuts and live for several weeks. Once nuts reach the gel stage, they are suitable for egg lay-ing. For this reason, early-maturing varieties are infested first. The female weevil drills a hole through the shell and deposits one or more eggs within the developing kernel. A single female lays eggs in about 30 nuts.
Larvae hatch from the eggs and feed inside the nut, destroying the kernel. Larvae emerge from the nuts about 42 days after the eggs are deposited. Emergence of full-grown larvae from nuts begins in late September and continues as late as December.
Larvae burrow 4 to 12 inches into the soil and build cells, where they remain for 8 to 10 months. Most of the larvae then pupate and transform to the adult stage within a few weeks. However, the adults remain in the underground cells for a second year before emerging from the soil the follow-ing summer. Those larvae (about 10 percent) not pupating after the first year remain as larvae for 2 years and then emerge from the soil as adults the third year.
Monitoring In most years, economic damage occurs if pecan wee-
vils are left untreated. Monitoring weevil emergence from the soil helps determine the optimum timing of insecti-cide treatments and the need to reapply insecticides.
Depending on environmental conditions, the emergence of adult weevils may be completed in a week or less or last for 4 to 5 weeks or more. These variations are caused pri-marily by differences in soil hardness, as influenced by soil texture and rainfall or irrigation. Peak emergence typically occurs from August through mid-September.
There are several methods of detecting and monitoring adult weevils. One involves jarring limbs to knock adult weevils onto a sheet placed on the ground, where they are easily seen. Fallen pecans can also be examined for feed-ing and egg-laying punctures made by adults.
Trapping weevils is the most reliable way to determine adult weevil emergence. The pyramid trap can be bought,
Pecan weevil
but it and the other types of traps can be built easily fol-lowing instructions found at http://pecankernel.tamu.edu. Begin monitoring traps about 1 to 2 weeks before the first pecans enter the gel stage. In central Texas, begin trap-ping about the first week of August and continue through shuck split.
Wire cone traps. Wire cone traps are built from 1/8-inch-mesh hardware cloth. Place traps on the soil beneath “scout” trees known to have a history of high wee-vil numbers. Weevils emerging from the soil beneath the trap crawl up the sides of the trap and are captured inside the jar at the top.
Inspect traps every 2 to 3 days, record the captured wee-vils and remove them from the traps. The number of traps you will need depends on the orchard size and weevil den-sity. Ten to 15 traps per orchard are often enough to monitor weevil activity. To estimate weevil density, arrange 12 traps per tree under each of 10 trees (120 traps). This is the only method that gives an accurate population estimate that can be compared with the treatment threshold.
Pyramid or “Tedders” traps. Pyramid traps are built of two triangular pieces of ½-inch hardboard that interlock to form a 4-foot-tall pyramid. The trap is painted a dark color and fitted with a container at the top for capturing weevils.
When placed in the orchard, pyramid traps appar-ently simulate a tree trunk and attract adult pecan weevils emerging from the soil. Weevils walk or fly to the trap and crawl up the sides until captured in the container at the top. Place one trap beneath the canopy of each scout tree. Remove grass, weeds and fallen branches from around the tree and trap to increase its attractiveness. Painting the adjacent tree trunk with whitewash or paint decreases its attractiveness to weevils and increases the number of weevils attracted to the dark pyramid trap.
As with cone traps, record the number of captured weevils and remove them and other insects and spiders from the traps every 2 to 3 days. The number of traps needed to monitor weevil emergence depends on orchard size and weevil density. Ten to 15 traps per orchard is often enough to monitor weevil activity.
Circle trap. Because wire cone and pyramid traps are placed on the orchard floor, they interfere with mowing and can be damaged by grazing cattle. Trunk and circle traps were designed to avoid these problems, as they are placed on the tree trunk. Also, these traps can be left in the orchard, unlike other types that must be removed for harvest.
A circle trap is built much like the wire cone trap and fastened to the trunk of the pecan tree. Adult weevils crawling up the tree trunk are funneled into the trap and captured in a container at the top.
Trapping merely indicates the presence and relative abundance of adult pecan weevils. The pattern of trap catches, as described above, is helpful in determining when
17
adult weevils begin to emerge and when insecticide should be reapplied to protect nuts from later emerging adults.
Control Pecan weevils are controlled by foliar insecticides, which
kill adults. Once nuts reach the gel stage, apply insecticide if adult weevils are present. This first insecticide treatment is usually made about August 20-22. A second application 7 to 10 days later is usually necessary unless drought has delayed weevil emergence from the soil. If weevils are late emerging, continue to monitor emergence and reapply the insecticide at 7- to 10-day intervals if weevils continue to emerge. Aphid infestations may increase following insecticide application for pecan weevil control.
Pecan weevil infestations spread slowly unless aided by humans. Do not transport infested nuts to weevil-free orchards, as they can be the source of a new infestation. Also, destroy infested nuts after harvest.
Harvesting early, before weevil grubs have exited the nuts, physically removes grubs from the orchard and can reduce weevil infestations if done each year.
RED IMPORTED FIRE ANT Fire ants can interfere with pecan operations such as
grafting, mowing and harvesting. They may also damage equipment such as electrical motors and irrigation sys-tems. In addition, fire ant stings can be a serious problem for orchard workers. Some formulations of chlorpyrifos are labeled for application as a broadcast spray to the orchard floor and temporarily reduce fire ants. Metho-prene (Extinguish®), pyriproxyfen (Esteem®, Distance®), and hydramethylnon (AmdroPro®) are baits that can be broadcast across the orchard. Fire ants collect the bait par-ticles and carry them back to the colony. The colonies die over a period of weeks or months, depending on the bait product used. For additional information on fire ants, visit the Texas A&M fire ant website at http://fireant.tamu.edu.
Protecting bees and other pollinators from insecticides
Pollination is important in producing many seed crops that may be planted near pecan orchards. Bees may be killed if cover crops such as clovers, alfalfa or vetch are flowering in the orchard during insecticide application. Insecticide applicators and beekeepers should cooperate closely to minimize bee losses.
To prevent heavy bee losses, do not spray colonies or allow insecticide to drift onto colonies. Bees cluster on the fronts of their hives on hot evenings. Pesticide drift or direct spray at this time generally kills many bees.
For more information on protecting pollinators, see http:www.xerces.org
Table 11. Suggested insecticides for control of red imported fire ant. This information is provided for educational purposes. Read and follow label directions.
Insecticide
Active ingredient IRAC group Brand name Remarks
Bearing and nonbearing orchards
Chlorpyrifos 1B Lorsban® 50-WWhirlwind®Hatchet®
Do not graze livestock in treated orchards. Broadcast spray applied to the orchard floor.
Methoprene 7 Extinguish® Livestock grazing permitted
Pyriproxyfen 7 Esteem® See label
For Nonbearing Orchards Only
Hydramethylnon Amdro Pro® Do not harvest food or feed from nonbearing orchards within one year of application. Do not graze.
Pyriproxyfen 7 Distance® Do not harvest food or feed from nonbearing orchards within one year of application. Do not graze.
Insecticides RemarksGroup 1–Highly toxicCarbaryl Chlorpyrifos Cypermethrin Dimethoate Esfenvalerate Imidacloprid Imidan® Lambda-cyhalothrin Malathion Zeta-cypermethrin
This group includes materials that kill bees on contact or for several days afterward. Remove bees from the area if these insecticides are used on plants being visited by bees. Malathion occasionally causes heavy bee losses, particularly during periods of extremely high temperatures. Make malathion applications in the evening after all bees have completed foraging. Avoid ultra-low-volume malathion sprays after blooms appear.
Group 2–Moderately toxicMalathion (EC) Spinosad (Entrust®, SpinTor®)
Do not apply when bees are working in the field. Apply in late evening.
Group 3–Relatively nontoxicBacillus thuringiensis Confirm® 2F Dimilin® Intrepid® Kelthane® Vendex®
Apply in late evening or early morning when bees are not foraging
18
Additional resources Additional information on commercial pecan manage-
ment can be found at the following websites: Texas A&M University Entomology Department
http://insects.tamu.edu Texas Pecan IPM http://pecankernel.tamu.edu Texas Pecan Growers Association http://tpga.org Texas A&M University Horticulture Department
http://aggiehorticulture.tamu.eduPNCforecast System http://pecan.ipmpipe.org.
These publications can be downloaded or ordered from http://agrilifebookstore.org:
E-145, Homeowner’s Guide to Pests of Peaches, Plums and Pecans
B-6055, Field Guide to the Insects and Mites Associated with Pecan
E-173, Controlling the Pecan Nut Casebearer E-343, Controlling the Pecan WeevilE-041: Walnut CaterpillarE-042: Fall Webworm
Seasonal Pecan Pest ProfileThe development of various pecan pests is usually closely related to the seasonal development of the pecan.
Although the severity of insect problems cannot be predicted on a seasonal basis, producers should monitor tree and nut development closely to aid them in predicting insect problems associated with various developmental stages of the pecan.
Developmental stages of the pecan Dormant: Period from leaf drop to bud break. Bud break: The bud scale splits and the leaf begins to expand. Pollination: Catkins are shedding pollen and stigmas are receptive. Water stage: The nut interior is filled with water. Gel stage: Interior of the immature kernel is filled with a gel-like substance. Half shell hardening: Resistance can be felt when making a cross-section cut through the middle of the pecan nut. Dough: The gel of the kernel begins to solidify. Shuck split: Shucks begin to split, exposing the shell.
19
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons.
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Abam
ectin
Abac
usAb
baAb
ba u
ltra
Agri-
Mek
SC
Agri-
Mek
0.15
ECBo
rrad
aEp
i-Mek
0.15
EC
Reap
er C
lear
Form
, Ad
vanc
edZo
ro
Rota
m N
orth
Am
eric
a,
Inc
MAN
A of
Nor
th A
mer
ica
MAN
A of
Nor
th A
mer
ica
Syng
enta
Syng
enta
Mak
htes
him
of N
ASy
ngen
taLo
vela
ndCh
emin
ova,
Inc.
2 1.9
3.74 8 2 1.9 2 2 1.9
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
6 6 6 6 6 6 6 6 6
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
Ner
ve, m
uscl
e ac
tions
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
No
No
No
No
No
No
No
No
No
Mite
sM
ites
Mite
sM
ites
Mite
sM
ites
Mite
sM
ites
Mite
s
Aceq
uino
cyl
Kane
mite
15
SCAr
ysta
Life
Scie
nce
NA
15.8
Caut
ion
No
20B
12 h
rsG
razi
ng a
llow
ed7
days
No
Mite
s
Acet
amip
ridAs
sail
30 S
G
Assa
il 70
WP
TriS
tar 3
0 SG
Uni
ted
Phos
phor
us
Uni
ted
Phos
phor
us
Clea
ry
30.0
0
70.0
0
30.0
0
Caut
ion
Caut
ion
Caut
ion
No
No
No
4A 4A 4A
Neo
nico
tinoi
d
Neo
nico
tinoi
d
Neo
nico
tinoi
d
12 h
rs
12 h
rs
12 h
rs
Gra
zing
allo
wed
No
14 d
ays
14 d
ays
No
No
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
glas
sy-w
inge
d sh
arps
hoot
erAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, gl
assy
-win
ged
shar
psho
oter
Non
-bea
ring
tree
s onl
y -
aphi
ds, f
all w
ebw
orm
, wal
nut
cate
rpill
ar, c
ater
pilla
rs
Alph
a-cy
perm
ethr
inFa
stac
BASF
10.9
0D
ange
rYe
s3A
Pyre
thro
id12
hrs
Gra
zing
allo
wed
7 da
ysN
oBl
ack
peca
n ap
hid,
hic
kory
shuc
kwor
m, l
eaffo
oted
bu
g, p
ecan
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, p
ecan
wee
vil,s
tink
bug,
yel
low
pec
an
aphi
d
Aza
dira
chtin
AZA-
Dire
ctA
zatin
XL
Aza
trol
EC
Ecoz
in 3
% E
CEc
ozin
Plu
sM
olt-X
Nee
mix
4.5
Gow
anO
HP,
Inc.
PBI G
ordo
n Co
rpAm
vac
Chem
ical
Cor
p.Am
vac
Chem
ical
Cor
p.Bi
oWor
ks, I
nc.
Cert
is U
SA
1.20
3.00
1.20
3.00
1.20 3
4.50
Caut
ion
Caut
ion
Caut
ion
War
ning
Caut
ion
Caut
ion
War
ning
No
No
No
No
No
No
No
Unk
now
nU
nkno
wn
Unk
now
nU
nkno
wn
Unk
now
nU
nkno
wn
Gro
wth
regu
lato
rG
row
th re
gula
tor
Gro
wth
regu
lato
rG
row
th re
gula
tor
Bota
nica
lly b
ased
Gro
wth
regu
lato
r
4 hr
s4
hrs
4 hr
s12
hrs
4 hr
s4
hrs
12 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys0
days
0 da
ys0
days
0 da
ys0
days
0 da
ys
Yes
No
Yes
Yes
Yes
No
Yes
Aphi
ds, t
rue
bugs
, cat
erpi
llars
, mite
sAp
hids
, saw
flies
, jun
e be
etle
s, le
afm
iner
s, Ap
hids
, mite
s, tr
ue b
ugs,
leaf
rolle
rs, b
eetle
s, w
eevi
lsSp
ittle
bug
s, st
ink
bugs
, pec
an n
ut c
aseb
eare
r, hi
ckor
y sh
uckw
orm
, ser
pent
ine
leaf
min
ers
Aphi
ds, s
tink
bugs
, hic
kory
shuc
kwor
m,
Hic
kory
shuc
kwor
m, t
wig
gird
ler
Blac
k m
argi
ned
aphi
d, fa
ll w
ebw
orm
, pec
an n
ut
case
bear
er, w
alnu
t cat
erpi
llar,
hick
ory
shuc
kwor
m,
serp
entin
e le
afm
iner
, spi
ttle
bug
, lea
f and
stem
ph
yllo
xera
, gra
ssho
pper
Bife
naza
teAc
ram
ite 4
SC, 5
0WS
Chem
tura
Cor
p.43
.20
Caut
ion
No
Unk
now
nU
nkno
wn
12 h
rsG
razi
ng a
llow
ed14
day
sN
oPe
can
leaf
scor
ch m
ite
Bife
nthr
inBr
igad
e W
SB,
Brig
ade
2EC
Bife
n 2
AG G
old
Bife
ntur
e EC
Bife
ntur
e 10
F
Bise
ctFa
nfar
e ES
Fanf
are
2EC
Snip
er
FMC
FMC
Dire
ct A
g So
urce
Uni
ted
Phos
phor
us, I
nc.
Uni
ted
Phos
phor
us, I
nc.
Love
land
Pro
duct
s, In
c.M
ANA
of N
orth
Am
eric
a
MAN
A of
Nor
th A
mer
ica
Love
land
Pro
duct
s, In
c.
10.0
0
25.1
0
25.1
0
25.1
10 7.9 22.6
25.1
25
War
ning
War
ning
War
ning
War
ning
Caut
ion
Caut
ion
War
ning
War
ning
War
ning
Yes
Yes
Yes
Yes
Yes
No
Yes
Yes
Yes
3A 3A 3A 3A 3A 3A 3A 3A 3A
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
idPy
reth
roid
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
12 h
rs
12 h
rs
12 h
rs
12 h
rs12
hrs
12 h
rs
12 h
rs
No
Gra
zing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
No
No
No
No
No
No
No
No
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m p
ecan
nut
cas
ebea
rer,
peca
n le
af
case
bear
er, l
eaffo
oted
bug
, stin
k bu
g, p
ecan
wee
vil
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m p
ecan
nut
cas
ebea
rer,
peca
n le
af
case
bear
er, l
eaffo
oted
bug
, stin
k bu
g, p
ecan
wee
vil
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n le
af
case
bear
er. P
ecan
phy
lloxe
ra, s
tink
bug,
leaff
oote
d bu
gBl
ack
peca
n ap
hid,
hic
kory
shuc
kwor
m, l
eaffo
oted
bug
s, pe
can
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
peca
n ph
yllo
xera
, stin
k bu
gs, y
ello
w p
ecan
aph
ids
Blac
k pe
can
aphi
d, h
icko
ry sh
uckw
orm
, lea
ffoot
ed b
ugs,
peca
n le
af c
aseb
eare
r, pe
can
nut c
aseb
eare
r, pe
can
phyl
loxe
ra, s
tink
bug,
yel
low
pec
an a
phid
sN
on b
earin
g tr
ees f
or a
phid
sBl
ack
peca
n ap
hid,
hic
kory
shuc
kwor
m, l
eaffo
oted
bu
gs, p
ecan
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, s
tink
bugs
, yel
low
pec
an a
phid
sBl
ack
peca
n ap
hid,
hic
kory
shuc
kwor
m, l
eaffo
oted
bu
gs, p
ecan
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, s
tink
bugs
, yel
low
pec
an a
phid
sBl
ack
peca
n ap
hid,
hic
kory
shuc
kwor
m, l
eaffo
oted
bu
gs, p
ecan
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, s
tink
bugs
, yel
low
pec
an a
phid
s
Beau
veria
bas
siana
Bota
niG
ard
ESM
ycot
rol O
Lave
rlam
Inte
rnat
iona
lLa
verla
m in
tern
atio
nal
1130
.00%
10.9
Caut
ion
Caut
ion
No
No
Biol
ogic
alBi
olog
ical
4 hr
s4
hrs
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys0
days
No
Yes
Gra
ssho
pper
s, pe
can
wee
vil
Gra
ssho
pper
s, pe
can
wee
vil
20
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Bt. –
kur
stak
iBi
obit
HP
Crym
axD
eliv
erD
ipel
DF
Jave
lin-W
G
Vale
nt U
SACe
rtis
Cert
is U
SAVa
lent
USA
Cert
is
58.2
040
.00
85.0
054
.00
85.0
040
.00
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
War
ning
No
No
No
No
No
No
11A
11A
11A
11A
11A
11A
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
4 hr
s4
hrs
4 hr
s4
hrs
4 hr
s12
hrs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys0
days
0 da
ys0
days
0 da
ys
No
*N
oYe
sYe
sYe
s
Fall
web
wor
m, w
alnu
t cat
erpi
llar
Peca
n nu
t cas
ebea
rer,
hick
ory
shuc
kwor
mPe
can
nut c
aseb
eare
r, fa
ll w
ebw
orm
Wal
nut c
ater
pilla
rPe
can
nut c
aseb
eare
r, fa
ll w
ebw
orm
Bt –
aiz
awai
Agre
e W
GJa
ckpo
t WP
XenT
ari D
F
Cert
is U
SACe
rtis
USA
Vale
nt U
SA
50.0
050
.00
54.0
0
Caut
ion
Caut
ion
Caut
ion
No
No
No
11A
11A
11A
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
Baci
llus t
hurin
gien
sis
4 hr
s4
hrs
4 hr
s
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys0
days
0 da
ys
Yes
No
No
*
No
peca
n in
sect
s lis
ted
No
peca
n in
sect
s lis
ted
No
peca
n in
sect
s lis
ted
Bupr
ofez
inCe
ntau
r WD
GN
ichi
no70
.00
Caut
ion
No
16In
sect
gro
wth
regu
lato
r12
hrs
Gra
zing
allo
wed
60 d
ays
No
Mea
ly b
ugs,
scal
es
Caps
icum
ole
ores
in
extr
act
Capt
iva
Gow
an7.
60Ca
utio
nN
oIn
sect
repe
llent
4 hr
sN
oIn
sect
repe
llent
- m
ites,
lepi
dopt
era
larv
ae
Carb
aryl
Carb
aryl
Prok
oz S
evin
SL
Sevi
n 4F
, 80W
SP, 8
0S,
XLR
Dre
xel C
hem
ical
Co
mpa
ny
PRO
KoZ
Love
land
, Bay
er, W
ilbur
El
lis
43.4
0
43.0
0
Seve
ral
Caut
ion
Caut
ion
War
ning
No
No
No
1A 1A 1A
Carb
amat
e
Carb
amat
e
Carb
amat
e
12 h
rs
12 h
rs
12 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
14 d
ays
14 d
ays
14 d
ays
No
No
No
Yello
w p
ecan
aph
id, f
all w
ebw
orm
, hic
kory
shuc
kwor
m,
phyl
loxe
ra, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, sp
ittle
bugs
, tw
ig g
irdle
rBl
ack
mar
gine
d ap
hid,
fall
web
wor
m, h
icko
ry sh
uckw
orm
, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, tw
ig g
irdle
r, w
alnu
t cat
erpi
llar
Blac
k m
argi
ned
aphi
d, fa
ll w
ebw
orm
, hic
kory
shuc
kwor
m,
phyl
loxe
ra, p
ecan
nut
cas
ebea
rer,
spitt
le b
ug, p
ecan
w
eevi
l, tw
ig g
irdle
r, w
alnu
t cat
erpi
llar
Chen
opod
ium
am
bros
ioid
esRe
quie
m
Baye
r16
.75
Caut
ion
No
4 hr
sN
oAp
hids
Chlo
rant
rani
lipro
leAl
taco
rD
uPon
t35
.00
No
sign
al
wor
dN
o28
Dia
mid
es4
hrs
Gra
zing
allo
wed
10 d
ays
No
Hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer
Chlo
rpyr
ifos
Chlo
rpyr
ifos 4
E AG
Gov
ern
4E
Hat
chet
Lors
ban
4E, 5
0W
Lors
ban
75W
G
Lors
ban
Adva
nced
Nuf
os 4
E
Vulc
an
War
haw
k
Whi
rllw
ind
Yum
a
MAN
A
TEN
KOZ,
Inc.
Dow
Agr
oSci
ence
s
Dow
Agr
oSci
ence
s
Gow
an
Dow
AG
roSc
ienc
es
Chem
inov
a
MAN
A
Love
land
Pro
duct
s
Hel
ena
Win
field
Sol
utio
ns
42.5
0
44.9
0
44.9
0
44.9
0
75.0
0
40.2
0
44.9
0
39.5
44.9
0
44.9
0
44.9
0
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
1B 1B 1B 1B 1B 1B 1B 1B 1B 1B 1B
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
12 h
rs
24 h
rs
24 h
rs
24 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
28 d
ays
No
No
No
No
No
No
No
No
No
No
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, p
ecan
nut
ca
sebe
arer
, fal
l web
wor
m, h
icko
ry sh
uckw
orm
, spi
ttle
bu
gs, p
ecan
leaf
scor
ch m
iteBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, bla
ckm
argi
ned
aphi
d, sp
ittle
bug
, fal
l web
wor
m, p
ecan
nut
ca
sebe
arer
, hic
kory
shuc
kwor
m p
hyllo
xera
Blac
k pe
can
aphi
d, b
lack
mar
gine
d ap
hid,
spitt
le b
ug,
yello
w p
ecan
aph
id, f
all w
ebw
orm
, pec
an n
ut
case
bear
er, h
icko
ry sh
uckw
orm
phy
lloxe
raAp
hids
(mix
ed w
ith p
yret
hroi
d), h
icko
ry sh
uckw
orm
, fal
l w
ebw
orm
, pec
an n
ut c
aseb
eare
r, ph
yllo
xera
Aphi
ds (m
ixed
with
pyr
ethr
oid)
, hic
kory
shuc
kwor
m, f
all
web
wor
m, p
ecan
nut
cas
ebea
rer,
phyl
loxe
raBl
ackm
argi
ned
aphi
d, y
ello
w p
ecan
aph
id, s
pitt
le b
ug,
fall
web
wor
m, p
ecan
nut
cas
ebea
rer,
blac
k pe
can
aphi
d, p
hyllo
xera
, hic
kory
shuc
kwor
m, b
row
n m
arm
orat
ed st
ink
bug,
Bl
ack
mar
gine
d ap
hid,
yel
low
pec
an a
phid
, bla
ck
peca
n ap
hid,
spitt
le b
ug, f
all w
ebw
orm
, pec
an n
ut
case
bear
er, h
icko
ry sh
uckw
orm
, phy
lloxe
raPe
can
nut c
aseb
eare
r, fa
ll w
ebw
orm
, phy
lloxe
ra, b
lack
pe
can
aphi
d, h
icko
ry sh
uckw
orm
, pec
an le
af sc
orch
m
ite, y
ello
w p
ecan
aph
id, b
lack
mar
gine
d pe
can
aphi
d sp
ittle
bug
sBl
ack
peca
n ap
hid,
bla
ckm
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
spitt
le b
ug, p
hyllo
xera
Blac
k pe
can
aphi
d, b
lack
mar
gine
d ap
hid,
yel
low
pec
an
aphi
d, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, fa
ll w
ebw
orm
, phy
lloxe
ra, s
pitt
le b
ugBl
ack
peca
n ap
hid,
bla
ckm
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
fall
web
wor
m, p
hyllo
xera
, spi
ttle
bug
Clot
hian
idin
Aren
a 50
WD
GBe
lay
Vale
nt U
SAVa
lent
USA
50.0
023
.60
Caut
ion
Caut
ion
No
No
4A 4AN
eoni
cotin
oid
Neo
nico
tinoi
d12
hrs
Non
bear
ing
tree
sN
o gr
azin
g21
day
sN
oN
oAp
hids
, lea
fhop
pers
Aphi
ds, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, hi
ckor
y sh
uckw
orm
, stin
k bu
gs
21
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Chro
mob
acte
rium
su
btsu
gae
Gra
ndev
oM
arro
ne30
.00
Caut
ion
No
Biol
ogic
al4
hrs
Gra
zing
allo
wed
0 da
ysYe
sFa
ll w
ebw
orm
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
aphi
ds, m
ites,
peca
n w
eevi
l
Cyan
tran
ilipr
ole
Exire
lM
ains
prin
gD
uPon
tSy
gent
a10
.20
18.6
6Ca
utio
nN
one
liste
dN
oN
o28 28
12 h
rs4
hrs
Gra
zing
allo
wed
Gra
zing
allo
wed
5 da
ysN
on b
earin
g t
rees
No
No
Hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer
Aphi
ds
cyflu
met
ofen
Nea
ltaBA
SF18
.70
Caut
ion
No
2512
hrs
No
Mite
s
Cyflu
thrin
Bayt
hroi
d XL
Reno
unce
20W
P
Tom
bsto
ne
Baye
r Cro
pSci
ence
Baye
r Cro
pSci
ence
Love
land
Pro
duct
s
12.7
0
20.0
0
25.0
0
War
ning
Caut
ion
Dan
ger
Yes
Yes
Yes
3A 3A 3A
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
12 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
14 d
ays
14 d
ays
14 d
ays
No
No
No
Leaff
oote
d bu
g, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, hi
ckor
y sh
uckw
orm
, spi
ttle
bug
Leaff
oote
d bu
g, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, hi
ckor
y sh
uckw
orm
, spi
ttle
bug
, stin
k bu
gsLe
affoo
ted
bug,
pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
stin
k bu
g, h
icko
ry sh
uckw
orm
Cype
rmet
hrin
Amm
o 2.
5 EC
Batt
ery
2.5
EC
Cype
rmet
hrin
Hol
ster
UP-
Cyde
2.5
EC
Hel
ena
Win
field
Sol
utio
ns
TEN
KOZ,
Inc.
Love
land
Pro
duct
s, In
c.
Uni
ted
Phos
phor
ous,
Inc.
30.0
0
0.30
30.6
0
30.0
0
30.6
0
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Yes
Yes
Yes
Yes
Yes
3A 3A 3A 3A 3A
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
12 h
rs
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
No
No
No
No
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
lBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, hic
kory
sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
lBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, hic
kory
sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l
Del
tam
ethr
inBa
ttal
ion
0.2
EC
Del
ta G
old
Win
field
Sol
utio
ns
2.86
16.6
0
Dan
ger
Dan
ger
Yes
Yes
3A 3A
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
No
No
Aphi
ds, h
icko
ry sh
uckw
orm
pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
stin
k bu
gsH
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
stin
k bu
g
Dic
ofol
Dic
ofol
4E
Kelth
ane
MF
MAN
A
Dow
Agr
oSci
ence
s
42.0
0
42.0
0
Caut
ion
Caut
ion
No
No
Unk
now
n
Unk
now
n
Chlo
rinat
ed
hy
droc
arbo
nCh
lorin
ated
hydr
ocar
bon
49 d
ays
48 h
rs
No
graz
ing
No
graz
ing
7 da
ys
7 da
ys
No
No
Mite
s
Mite
s
Difl
uben
zuro
nD
imili
n 2L
Chem
tura
Cor
p.22
.00
Caut
ion
Yes
15G
row
th re
gula
tion
12 h
rsG
razi
ng a
llow
ed28
day
sN
oH
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, fa
ll w
ebw
orm
, w
alnu
t cat
erpi
llar,
peca
n w
eevi
l – su
ppre
ssio
n
Dim
etho
ate
Dim
etho
ate
4ED
imat
e 4E
C, 4
ED
imet
hoat
e 4E
CD
imet
hoat
e 4-
ED
imet
hoat
e 5l
bD
imet
hoat
e 40
0
Chem
inov
a, In
c.W
infie
ld S
olut
ions
Dre
xel C
hem
ical
Co
mpa
nyCh
emin
ova,
Inc.
Hel
ena
Love
land
43.5
044
.74
44.8
043
.50
57.0
043
.50
War
ning
War
ning
Dan
ger
War
ning
Dan
ger
War
ning
No
No
No
No
No
No
1B 1B 1B 1B 1B 1B
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
48 h
rs48
hrs
48 h
rs48
hrs
48 h
rs48
hrs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
21 d
ays
No
No
No
No
No
No
Aphi
ds, m
ites,
leaf
hopp
ers
Aphi
ds, m
ites,
leaf
hopp
ers
Aphi
ds, m
ites,
leaf
hopp
ers
Aphi
ds, m
ites,
leaf
hopp
ers
Aphi
ds, m
ites,
leaf
hopp
ers
Aphi
ds, m
ites,
leaf
hopp
ers
Dor
man
t oil
Dam
oil
Dre
xel C
hem
ical
Co
mpa
ny98
Caut
ion
No
4 hr
sG
razi
ng a
llow
edYe
sO
bscu
re sc
ale
Esfe
nval
orat
eAs
ana
XL
S-Fe
nval
osta
r
Zyra
te
DuP
ont C
rop
Prot
ectio
n
LG L
ife S
cien
ces
Rota
m N
A
8.40
8.40
8.40
War
ning
War
ning
War
ning
Yes
Yes
Yes
3A 3A 3A
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
21 d
ays
21 d
ays
21 d
ays
No
No
No
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, sp
ittle
bug,
pec
an w
eevi
lAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
leaf
ph
yllo
xera
, ste
mph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
lH
icko
ry sh
uckw
orm
, aph
ids,
peca
n nu
t cas
ebea
rer,
leaf
ph
yllo
xera
, spi
ttle
bug,
stem
phy
lloxe
ra, p
ecan
wee
vil
Etox
azol
eTe
traS
an 5
WD
GVa
lent
5.00
Caut
ion
No
????
12 h
rsG
razi
ng a
llow
edXX
XM
ites -
non
bea
ring
tree
s onl
y
Emam
ectin
ben
zoat
ePr
ocla
im
Enfo
ld
Syng
enta
Syng
enta
5.00
5.00
Caut
ion
Caut
ion
Yes
Yes
6 6
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
14 d
ays
No
No
Fall
web
wor
m, h
icko
ry sh
uckw
orm
, pec
an b
ud m
oth,
pe
can
nut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
peca
n se
rpen
tine
leaf
min
er, w
alnu
t cat
erpi
llar
Fall
web
wor
m, h
icko
ry sh
uckw
orm
, pec
an b
ud m
oth,
pe
can
nut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
peca
n bu
d m
oth,
pec
an se
rpen
tine
leaf
min
er, w
alnu
t ca
terp
illar
Etox
azol
eZe
al m
itici
deVa
lent
USA
72.0
0Ca
utio
nN
o10
BM
ite g
row
th in
hibi
tor
12 h
rsG
razi
ng a
llow
edN
oM
ites –
non
bea
ring
tree
s onl
y
Fats
and
Gly
cerid
ic
oils
DeB
ug65
.80
Caut
ion
No
Antif
eeda
nt, r
epel
lent
4 hr
sYe
sAp
hids
, cas
ebea
rers
, mite
s, ph
yllo
xera
, wee
vils
22
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Fena
zaqu
inM
agus
Gow
an18
.79
War
ning
No
2112
hrs
Non
- b
earin
g N
oM
ites
Fenb
utat
in-o
xide
Vend
ex 5
0WP
Uni
ted
Phos
phor
us50
.00
Dan
ger
Yes
12B
Org
anot
in m
itici
des
48 h
rsN
o gr
azin
g14
day
sN
oM
ites
Feno
xyca
rbAw
ard
Syng
enta
1.00
Caut
ion
No
7H
orm
one
mim
ics
12 h
rsN
on-b
earin
g
tre
es o
nly
No
No
Red
impo
rted
fire
ant
Red
impo
rted
fire
ant
Fenp
ropa
thin
Dan
itol
Vale
nt U
SA30
.9W
arni
ngYe
s3
Pyre
thro
id24
hrs
No
graz
ing
3 da
ysN
oPe
can
nut c
aseb
eare
r, hi
ckor
y sh
uckw
orm
, gre
en st
ink
bug,
sout
hern
gre
en st
ink
bug
Fenp
yrox
imat
eFu
jimite
5EC
Port
al
Nic
hino
Am
eric
a, In
c.
Nic
hino
Am
eric
a, In
c.
5.00
5.00
War
ning
War
ning
No
No
21 21
Ener
gy m
etab
olis
m
in
hibi
tors
Ener
gy m
etab
olis
m
in
hibi
tors
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
14 d
ays
14 d
ays
No
No
Mite
s
Peca
n le
af sc
orch
mite
, 2-s
pott
ed sp
ider
mite
, non
-be
arin
g tr
ees o
nly
Flub
endi
amid
eBe
lt SC
Baye
r Cro
pSci
ence
39.0
0Ca
utio
nN
o28
Dia
mid
es12
hrs
Gra
zing
allo
wed
14 d
ays
No
Fall
web
wor
m, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, w
alnu
t cat
erpi
llar
Flon
icam
idBe
leaf
50S
GCa
rbin
e 50
WG
FMC
50.0
0Ca
utio
nN
o9C
12 h
rsN
o gr
azin
g40
No
Aphi
ds, p
lant
bug
s
Gam
ma-
cyha
loth
rinD
ecla
re
Proa
xis
Chem
inov
a, In
c.
Love
land
pro
duct
s
14.4
5.9
Caut
ion
Caut
ion
Yes
Yes
3A 3A
Pyre
thro
id
Pyre
thro
id
24 h
rs
24 h
rs
No
graz
ing
No
graz
ing
14 d
ays
14 d
ays
No
No
Hic
kory
shuc
kwor
m, a
phid
s, pe
can
nut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
phyl
loxe
ra, s
pitt
le b
ug, p
ecan
wee
vil,
stin
k bu
gH
icko
ry sh
uckw
orm
, aph
ids,
peca
n nu
t cas
ebea
rer,
peca
n le
af c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Gar
lic Ju
ice
Extr
act
Allit
ynH
elen
a Ch
emic
al
Com
pany
50.0
0Ca
utio
nN
oRe
pelle
nt4
hrs
No
graz
ing
Non
bea
ring
No
Repe
llent
for:
aphi
ds, b
eetle
s, pe
can
nut c
aseb
eare
r, hi
ckor
y sh
uckw
orm
Hex
ythi
azox
Hex
ygon
DF
Hex
ygon
DF
Hex
y 2
EO
nage
rSa
vey
50W
P
Gow
anSh
arda
Shar
daG
owan
Gow
an
50.0
0
24.2
011
.80
50.0
0
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
10A
10A
10A
10A
10A
Mite
gro
wth
inhi
bito
r
Mite
gro
wth
inhi
bito
rM
ite g
row
th in
hibi
tor
Mite
gro
wth
inhi
bito
r
12 h
rs
12 h
rs12
hrs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
7 da
ys28
day
s28
day
s
No
No
No
No
Mite
s - n
on b
earin
g tr
ees o
nly
Mite
sPe
can
leaf
scor
ch m
ite, 2
-spo
tted
spid
er m
itePe
can
leaf
scor
ch m
ite
Imid
aclo
prid
Adm
ire P
roAd
vise
2 F
L, M
axAl
ias 2
FAm
Tide
Imid
aclo
prid
2F
Amtid
e Im
idac
lopr
id 4
FCo
uraz
e 1.
6F
Cour
aze
2F
Cour
aze
4FLa
da 2
F
Mac
ho 2
.0 F
LM
acho
4.0
Mal
ice
2FM
alic
e 75
WSB
Mal
let 7
5 W
SP
Man
a Al
ias 4
FM
arat
hon
60W
Mer
it 2F
, 75W
SP
Mid
ash
2SC
Mid
ash
Fort
eM
onta
na 2
F
Mon
tana
4F
Nup
rid 1
.6F
Nup
rid 2
F
Baye
r Cro
pSci
ence
Win
field
Sol
utio
nsM
ANA
AmTi
deAm
tide
Chem
inov
a
Chem
inov
a
Chem
inov
aRo
tam
Nor
th A
mer
ica
Alba
ugh,
Inc.
Alba
ugh,
Inc.
Love
land
Pro
duct
sLo
vela
nd P
rodu
cts
Nuf
arm
MAN
AO
HP,
Inc.
Baye
r Cro
pSci
ence
Shar
da U
SASh
arda
USA
Rota
m N
orth
Am
eric
a
Rota
m N
orth
Am
eric
aN
ufar
m
Nuf
arm
42.8
021
.40
21.4
022
.640
.617
.40
21.4
0
42.3
021
.40
21.4
040
.70
21.4
021
.40
75
42.3
060
.00
21.4
0
21.4
040
.70
21.4
0
40.6
017
.40
21.4
0
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A 4A
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
dN
eoni
citin
oid
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
d
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nici
tinoi
d
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
d
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
d
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
d
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs
12 h
rs12
hrs
12 h
rs
12 h
rs12
hrs
12 h
rs
12 h
rs12
hrs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
7 da
ys7
days
Non
e st
ated
7 da
ys7
days
7 da
ys
7 da
ys
7 da
ys7
days
Soil
appl
ied
7 da
ys7
days
Non
e st
ated
Non
e st
ated
7 da
ys
Soil
appl
ied
7 da
ys7
days
7 da
ys7
days
7 da
ys
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
Aphi
ds, s
harp
shoo
ters
, spi
ttle
bugs
Aphi
ds, s
pitt
lebu
gAp
hids
, 2 li
ned-
spitt
lebu
gAp
hids
, phy
lloxe
ra, s
pitt
le b
ugs
Aphi
ds, p
hyllo
xera
, Bl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, sha
rpsh
oote
rs,
spitt
le b
ugs
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, s
harp
shoo
ters
, sp
ittle
bug
sAp
hids
, lea
f hop
pers
, spi
ttle
bug
Blac
kmar
gine
d ap
hid,
yel
low
pec
an a
phid
, pec
an st
em
phyl
loxe
ra, p
ecan
spitt
le b
ug, p
ecan
leaf
phy
lloxe
raAp
hids
, spi
ttle
bug
Aphi
ds, s
pitt
le b
ugAp
hids
, spi
ttle
bug
Blac
k m
argi
ned
aphi
d, y
ello
w p
ecan
aph
id, l
eaf
phyl
loxe
ra, s
tem
phy
lloxe
ra, s
pitt
le b
ugYe
llow
pec
an a
phid
, bla
ckm
argi
ned
aphi
d, p
hyllo
xera
, sp
ittle
bug
Soil
appl
ied
- aph
ids,
shar
psho
oter
s, sp
ittle
bug
sG
reen
hou
se a
nd n
urse
ry tr
ees o
nly
Blac
k m
argi
ned
aphi
d, y
ello
w p
ecan
aph
id, l
eaf
phyl
loxe
ra, s
tem
sphy
ylxe
ar, s
pitt
le b
ugAp
hids
Aphi
dsBl
ack
peca
n ap
hid,
bla
ckm
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
phy
lloxe
ra, s
pitt
le b
ugAp
hids
, phy
lloxe
ra, s
pitt
le b
ugs
Blac
k pe
can
aphi
d, b
lack
mar
gine
d ap
hid,
yel
low
pec
an
aphi
d, sp
ittle
bug
, sha
rpsh
oote
rsBl
ack
peca
n a
phid
, bla
ck m
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
spitt
le b
ug, s
harp
shoo
ters
, ter
mite
s
23
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Imid
aclo
prid
(c
ontin
ued)
Nup
rid 4
F
Pasa
da 1
.6F
Phoe
nix
Haw
k
Prey
1.6
Prov
ado
1.6F
Sher
paTr
imax
Pro
Wid
owW
rang
ler
Nuf
arm
MAN
A
Uni
ted
Phos
phor
us
Love
land
Pro
duct
sBa
yer C
ropS
cien
ce
Love
land
Pro
duct
sBa
yer C
ropS
cien
ceLo
vela
nd P
rodu
cts
Love
land
Pro
duct
s
40.0
0
17.4
0
21.4
0
17.4
017
.40
17.4
040
.70
21.4
040
.7
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
No
No
No
No
No
4A 4A 4A 4A 4A 4A 4A 4A 4A
Neo
nico
tinoi
d
Neo
nico
tinoi
d
Neo
nico
tinoi
d
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
dN
eoni
cotin
oid
Neo
nico
tinoi
dN
eoni
cotin
oid
12 h
rs
12 h
rs
12 h
rs
12 h
rs12
hrs
12 h
rs12
hrs
12 h
rs12
hrs
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
graz
ing
No
Gra
zing
No
graz
ing
No
graz
ing
No
graz
ing
7 D
ays
7 D
ays
7 D
ays
7 D
ays
7 D
ays
7 D
ays
Soil
appl
ied
Folia
r or s
oil
app
lied
No
No
No
No
No
No
No
No
No
Blac
k pe
can
aphi
d, b
lack
mar
gine
d ap
hid,
yel
low
pec
an
aphi
d, sp
ittle
bug
, sha
rpsh
oote
rsBl
ack
peca
n ap
hid,
bla
ckm
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
leaf
and
stem
phy
lloxe
ra, s
pitt
le b
ugYe
llow
pec
an a
phid
, bla
ckm
argi
ned
peca
n ap
hid,
spitt
le
bug,
phy
lloxe
raAp
hids
, phy
lloxe
ra, s
pitt
le b
ugBl
ack
peac
h ap
hid,
bla
ckm
argi
ned
aphi
d, y
ello
w p
ecan
ap
hid,
shar
psho
oter
s, le
af p
hyllo
xera
, spi
ttle
bug
Aphi
ds, l
eaf p
hyllo
xera
, sha
rpsh
oote
rs, s
pitt
le b
ugAp
hids
, phy
lloxe
ra, s
pitt
le b
ugAp
hids
, spi
ttle
bug
Aphi
ds, p
hyllo
xera
, spi
ttle
bug
s
iron
phos
phat
eBu
g-N
-Slu
ggo
Cert
is0.
97Ca
utio
nN
o4
hrs
Yes
Isar
ia fu
mos
oros
eaPF
R-97
20W
DG
Cert
is20
Caut
ion
No
4 hr
sYe
sAp
hids
, mite
s, le
afm
iner
s and
in so
il be
etle
gru
bs o
n no
n-be
arin
g tr
ees
Gam
ma-
cyha
loth
rinPr
oaxi
sLo
vela
nd, C
hem
inov
a
& TE
NKO
Z5.
90Ca
utio
nYe
s3
Pyre
thro
id12
hrs
No
graz
ing
14 d
ays
No
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
spitt
le b
ug, p
hyllo
xera
, stin
k bu
g
Lam
bda-
cyha
loth
rinG
rizzl
y Z
Kara
te w
/ zeo
n te
ch
Kara
te
Kend
o
Lam
bda-
CY E
C
Lam
bdaS
tar
Lam
bdaS
tar 1
CS
Lam
bda-
T
Lam
cap
Lam
bda-
Cyha
loth
rin 1
EC
Para
digm
Prov
ince
Sile
ncer
Taig
a Z
War
rior
War
rior I
I
Will
owoo
d La
mbd
a-CY
Win
field
Sol
utio
ns
Syng
enta
Syng
enta
Hel
m A
gro
Uni
ted
Phos
phor
us
LG in
tern
atio
nal
LG in
tern
atio
nal
Hel
ena
Syng
enta
Nuf
arm
MAN
A
TEN
KOZ
MAN
A
Syng
enta
Syng
enta
Will
oww
ood
11.4
0
22.8
0
13.1
0
13.1
0
11.4
0
13.1
0
12.0
0
11.4
0
11.4 13 12.7
11.4
0
12.7
11.4
11.4
22.8
13.1
0
War
ning
War
ning
War
ning
War
ning
War
ning
Dan
ger
War
ning
War
ning
War
ning
War
ning
Caut
ion
War
ning
War
ning
War
ning
War
ning
War
ning
War
ning
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A 3A
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
Pyre
thro
id
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
24 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
14 d
ays
14 d
ays
14 14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
14 d
ays
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
spitt
le b
ug, s
tink
bug,
phy
lloxe
raAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, sp
ittle
bug
, stin
k bu
g, p
hyllo
xera
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
phyl
loxe
ra, s
pitt
le b
ug, p
ecan
wee
vil,
stin
k bu
gAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n le
af c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
spitt
le b
ug, s
tink
bug,
phy
lloxe
raAp
hids
. Hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n le
af c
aseb
eare
r, pe
can
wee
vil,
spitt
le b
ug, p
hyllo
xera
, st
ink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
phyl
loxe
ra, s
pitt
le b
ug, p
ecan
wee
vil,
stin
k bu
gAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n le
af c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Hic
kory
shuc
kwor
m, a
phid
s. Pe
can
nut c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
. Pec
an w
eevi
l, st
ink
bugs
Hic
kory
shuc
kwor
m, a
phid
s, pe
can
nut c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l stin
k bu
gH
icko
ry sh
uckw
orm
, aph
ids,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, s
pitt
le b
ug, p
ecan
wee
vil s
tink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r,
spitt
le b
ug, s
tink
bug,
phy
lloxe
raAp
hids
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
spitt
le
bug,
stin
k bu
g, p
hyllo
xera
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, ph
yllo
xera
, spi
ttle
bug
, pec
an w
eevi
l, st
ink
bug
Aphi
ds, h
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
phyl
loxe
ra, s
pitt
le b
ug, p
ecan
wee
vil,
stin
k bu
g
Kaol
inSu
rrou
nd –
WP
Tess
ende
rlo K
erle
y95
No
0 hr
sG
razi
ng a
llow
ed0
days
Yes
Redu
ces h
eat s
tres
s
24
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Mal
athi
onM
alat
hion
57%
Chem
inov
a m
alat
hion
Fyfa
non
Mal
athi
on 5
Mal
athi
on 8
EC
Love
land
Pro
duct
s
Chem
inov
a
Hel
ena
Win
field
Sol
utio
ns
Gow
an
0.57
56.0
0
56.4
4
56.8
0
80.7
5
War
ning
War
ning
War
ning
War
ning
War
ning
No
No
No
No
No
1B 1B 1B 1B 1B
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
Org
anop
hosp
hate
24 h
rs
24 h
rs
12 h
rs
12 h
rs
12 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
No
graz
ing
Gra
zing
allo
wed
Gra
zing
allo
wed
7 da
ys
7 da
ys
3 da
ys
0 0
No
No
No
No
No
Peca
n bu
d m
oth,
aph
ids,
peca
n le
af c
aseb
eare
r, pe
can
phyl
loxe
ra, p
ecan
nut
cas
ebea
rer
Peca
n bu
d m
oth,
aph
ids,
peca
n le
af c
aseb
eare
r, pe
can
phyl
loxe
ra, p
ecan
nut
cas
ebea
rer
Mite
s, ap
hids
, pec
an n
ut c
aseb
eare
r, pe
can
phyl
loxe
ra,
peca
n bu
d m
oth
Aphi
ds, m
ites,
phyl
loxe
ra, p
ecan
bud
mot
h, p
ecan
leaf
ca
sebe
arer
, pec
an n
ut c
aseb
eare
rAp
hids
, mite
s, ph
yllo
xera
, pec
an b
udm
oth,
pec
an le
af
case
bear
er, p
ecan
nut
cas
ebea
rer
Met
hopr
ene
Extin
guis
hW
ellm
ark
Inte
rnat
iona
l0.
50Ca
utio
nN
o7
Gro
wth
regu
latio
n4
hrs
Gra
zing
allo
wed
not l
iste
dN
oRe
d im
port
ed fi
re a
nt
Met
aflum
izon
eAl
trev
inBA
SF0,
063
Caut
ion
No
22B
5 da
ysN
oRe
d im
port
ed fi
re a
nt
Met
hoxy
feno
zide
Intr
epid
2F
Dow
Agr
oSci
ence
s22
.60
Caut
ion
No
18G
row
th re
gula
tor
4 hr
sG
razi
ng a
llow
ed14
day
sN
oPe
can
nut c
aseb
eare
r, hi
ckor
y sh
uckw
orm
, fal
l web
wor
m,
wal
nut c
ater
pilla
r
Myr
othe
cium
ve
rruc
aria
DiT
era
DF
Vale
nt U
SA90
.00
Caut
ion
No
Biol
ogic
al n
emat
acid
e4
hrs
Gra
zing
allo
wed
XXXX
No
Root
nem
atod
es
Oil
- hor
ticul
ture
BioC
over
UL,
MLT
, SS
Citr
i oil
Dor
man
t oil
- 435
JMS
Styl
et O
ilO
rgan
ic JM
S st
ylet
oil
Mite
-E -O
ilPu
resp
ray
gree
nSu
perio
r
Love
land
Win
field
Sol
utio
nsJM
S Fl
ower
Far
mJM
S Fl
ower
Far
mH
elen
aPe
tro-
Cana
daLo
vela
nd
98.0
099
.00
98.8
097
.10
97.1
097
.10
98.0
080
.00
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
No
No
No
Oil,
par
affini
cO
il, p
araffi
nic
Oil,
par
affini
cO
il, p
araffi
nic
Oil,
par
affini
cO
il, p
araffi
nic
Oil,
pet
role
umO
il, p
etro
leum
4 hr
s12
hrs
12 h
rs4
hrs
4 hr
s4
hrs
4 hr
s4
hrs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys0
days
0 da
ys0
days
0 da
ys0
days
0 da
ys0
days
No
No
No
No
Yes
No
Yes
No
Scal
e, a
phid
egg
s, m
ite e
ggs
Scal
eSc
ale
Obs
cure
scal
eO
bscu
re sc
ale
Obs
cure
scal
eSc
ale
Obs
cure
scal
e
Oil
– m
iner
alTr
iTek
Suffo
li-X
Bran
dtBi
oWor
ks80
.00
80.0
0Ca
utio
nCa
utio
nN
oN
oO
il - m
iner
alO
il - m
iner
al4
hrs
4 hr
sG
razi
ng a
llow
edG
razi
ng a
llow
ed0
days
0 da
ysYe
sYe
sAp
hids
, sca
les
Aphi
ds, m
ites,
scal
es
Oil
– so
ybea
nG
olde
n Pe
st S
pray
Oil
Stol
ler
93.0
0Ca
utio
nN
oO
il4
hrs
Gra
zing
allo
wed
0N
oO
bscu
re sc
ale
Paec
ilom
yces
lila
cinu
sM
eloC
on W
GPr
ophy
ta6.
00Ca
utio
nN
oFu
ngal
sp
ores
Fung
al sp
ores
4 hr
sG
razi
ng a
llow
ed0
days
Yes
Nem
atod
es
Phos
met
Imid
an 7
0WG
owan
70.0
0W
arni
ngN
o1
Org
anop
hosp
hate
3 da
ysN
o gr
azin
g14
day
sN
oBl
ack
peca
n ap
hid,
fall
web
wor
m, h
icko
ry sh
uckw
orm
, pe
can
nut c
aseb
eare
r, pe
can
wee
vil,
spitt
le b
ug,
sout
hern
gre
en st
ink
bug
Pota
ssiu
m S
alts
Des
-XM
-Ped
eCe
rtis
Gow
an47
.00
49.0
0W
arni
ngW
arni
ngN
o N
o In
sect
icid
al so
apIn
sect
icid
al so
ap12
hrs
12 h
rsgr
azin
g al
low
edgr
azin
g al
low
ed12
hrs
12 h
rsYe
sYe
sAp
hids
, mite
s, sc
ale
Aphi
ds, m
ites
Prop
argi
teO
mite
30W
SCh
emtu
ra C
orp.
32.0
0D
ange
rN
o 12
Ener
gy m
etab
olis
m
inh
ibito
rs7
days
No
graz
ing
No
2-sp
otte
d sp
ider
mite
s - n
on b
earin
g tr
ees o
nly
Pym
etro
zine
Fulfi
llSy
ngen
ta50
.00
Caut
ion
9Fe
edin
g bl
ocke
r12
hrs
Gra
zing
allo
wed
14 d
ays
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, b
lack
mar
gine
d ap
hid
Pyre
thrin
sPy
gani
c EC
1.4
Ters
us
MG
K Co
mpa
ny
MG
K
5.00
5.00
War
ning
Caut
ion
No
No
3A 3A
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
0 da
ys
0 da
ys
Yes
No
Aphi
ds, f
all w
ebw
orm
, red
impo
rted
fire
ant
, stin
k bu
gs,
cate
rpill
ars
Aphi
ds, c
ater
pilla
rs, w
ebw
orm
s, st
ink
bugs
Pyrid
aben
Nex
ter m
itici
de/
ins
ectic
ide
Gow
an75
.00
War
ning
No
21En
ergy
met
abol
ism
i
nhib
itors
12 h
rs7
days
No
Blac
k m
argi
ned
aphi
d, y
ello
w p
ecan
aph
id
Pyrip
roxy
fen
Dis
tanc
eD
ista
nce
Fire
ant B
ait
Este
em A
nt B
ait
Este
em 3
5WP;
0.8
6 EC
Pitc
h
Vale
nt U
SAVa
lent
, USA
Vale
nt U
SA
Vale
ntM
ana
11.2
30.
500.
50
35; 1
1.23
11.2
3
Caut
ion
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
No
7 7 7 7 7C
Hor
mon
e m
imic
sH
orm
one
mim
ics
Hor
mon
e m
imic
s
Hor
mon
e m
imic
sH
orm
one
mim
ics
12 h
rs12
hrs
12 h
rs
12 h
rs12
hrs
Non
bear
ing
tree
s o
nly
1 da
y
21 d
ays
No
No
No
No
Red
impo
rted
fire
ant
Red
impo
rted
fire
ant
Red
impo
rted
fire
ant
No
peca
n pe
sts o
n la
bel
Scal
e
Sesa
me
oil
Sesa
min
EC
Bran
dt C
onso
lidat
ed70
.00
none
list
edN
oSe
sam
e oi
l0
hrs
Gra
zing
allo
wed
Non
e st
ated
No
Para
sitic
nem
atod
es
Spin
etor
amD
eleg
ate
WG
Dow
Agr
oSci
ence
s0.
25Ca
utio
nN
o5
Spin
osyn
s12
hrs
Gra
zing
allo
wed
14 d
ays
No
Peca
n nu
t cas
ebea
rer,
wal
nut c
ater
pilla
r, fa
ll w
ebw
orm
, hi
ckor
y sh
uckw
orm
25
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Sing
le A
ctiv
e In
gred
ient
Pes
tici
des
Spin
osad
Entr
ust,
Entr
ust S
CSe
duce
Spin
Tor 2
SC
Dow
AG
roSc
ienc
esD
ow A
groS
cien
ces
Cert
is U
SAD
ow A
groS
cien
ces
80.0
022
.50
0.07
22.8
0
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
5 5 5 5
Spin
osyn
sSp
inos
yns
Spin
osyn
sSp
inos
yns
4 hr
s4
hrs
4 hr
s4
hrs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
1 da
y1
day
14 d
ays
14 d
ays
Yes
Yes
Yes
No
Hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
fall
web
wor
mH
icko
ry sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, fa
ll w
ebw
orm
Cutw
orm
sFa
ll w
ebw
orm
, hic
kory
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
wal
nut c
ater
pilla
r
spiro
dicl
ofen
Envi
dor 2
SC
Baye
r Cro
pSci
ence
22.3
0Ca
utio
nN
o23
Gro
wth
regu
latio
n12
hrs
Gra
zing
allo
wed
7 da
ysN
oPe
can
leaf
sco
rch
mite
Spiro
mes
ifen
Judo
OH
P, In
c.45
.2Ca
utio
nN
o 23
12 h
rsN
o gr
azin
g N
on
bear
ing
tree
s on
ly
No
Mite
s –
non
bear
ing
tree
s on
ly
Spiro
tetr
amat
Kont
os
Mov
ento
OH
P, In
c.
Baye
r Cro
pSci
ence
22.4
22.4
0
Caut
ion
Caut
ion
No
No
23 23G
row
th re
gula
tion
24 h
rs
24 h
rsG
razi
ng a
llow
ed
Non
be
arin
g
on
ly7
Day
sN
o
For c
onta
iner
dre
nch
only
of n
urse
ry tr
ees
- aph
ids,
sc
ale
craw
lers
, spi
ttle
bugs
Aph
ids,
phy
lloxe
ra
Sulfu
rTH
AT F
low
able
Sul
fur
Suff
aSu
lfur,
6L, D
FTh
iolu
x
Pron
atur
al s
ulfu
r
Stol
ler E
nter
pris
esD
rexe
lA
ryst
a &
Wilb
ur-E
llis
Love
land
52.0
052
.00
80.0
0
Caut
ion
Caut
ion
Caut
ion
Caut
ion
No
No
No
No
No
M2
fung
icid
e
M2
fung
icid
eFu
ngic
ide-
m
itici
deM
2 fu
ngic
ide
Elem
enta
l sul
fur
Sulfu
r
24 h
rs24
hrs
24 h
rs24
hrs
24 h
rs
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
Gra
zing
allo
wed
No
*N
oN
o N
o
No
*
Mite
sM
ites
Mite
sM
ites
Red
spid
er m
ite, 2
-spo
tted
spi
der m
ite
Tebu
feni
zide
Confi
rm 2
FG
owan
23.0
0Ca
utio
nN
o18
Gro
wth
regu
lato
r4
hrs
No
graz
ing
14 d
ays
No
Peca
n nu
t cas
ebea
rer,
hick
ory
shuc
kwor
m, f
all
web
wor
m, w
alnu
t cat
erpi
llar
Thia
met
hoxa
mCe
ntric
40W
GFl
agsh
ip 2
5WG
Syng
enta
Syng
enta
40.0
025
Caut
ion
Caut
ion
No
No
4 4AN
eoni
cotin
oid
Neo
nico
tinoi
d12
hrs
12 h
rsN
o gr
azin
gN
o gr
azin
g14
day
sN
on
bear
ing
tree
s
No
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, p
hyllo
xera
Aph
ids,
leaf
min
ers
Tolfe
npyr
adA
pta
Nic
hino
15.0
0W
arni
ngN
o21
A12
hrs
Gra
zing
allo
wed
14 d
ays
No
Aph
ids,
hic
kory
shu
ckw
orm
, pec
an n
ut c
aseb
eare
r
zeta
-cyp
erm
ethr
inM
usta
ng
Mus
tang
Max
Mus
tang
Max
x
Resp
ect E
C
FMC
FMC
FMC
BASF
9.60
9.15
9.60
War
ning
War
ning
Caut
ion
Yes
Yes
Yes
3 3 3 3
Pyre
thro
idPy
reth
roid
Pyre
thro
id
Pyre
thro
id
12 h
rs
12 h
rs
12 h
rs
No
graz
ing
No
graz
ing
No
graz
ing
14 d
ays
7 da
ys
7 da
ys
No
No
No
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l, le
affoo
ted
bug,
stin
k bu
gBl
ack
peca
n ap
hid,
hic
kory
shu
ckw
orm
, lea
ffoot
ed
bug,
pec
an le
af c
aseb
eare
r, pe
can
nut c
aseb
eare
r, ph
yllo
xera
, pec
an w
eevi
l, st
ink
bug,
yel
low
pec
an
aphi
dsBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, hic
kory
sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil
Com
bin
atio
n Pr
oduc
ts
Chlo
rpyr
ifos
+G
amm
a-cy
halo
thrin
Coba
ltD
ow A
groS
cien
ces
30.0
00.
54D
ange
rYe
s1
and
3O
rgan
opho
spha
tePy
reth
roid
24 h
rN
o gr
azin
g28
day
sN
oBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, ant
s,
phyl
loxe
ra, h
icko
ry s
huck
wor
m, p
ecan
nut
ca
sebe
arer
, stin
k bu
g, fa
ll w
ebw
orm
, stin
k bu
g
Chlo
rpyr
ifos
+La
mbd
a-cy
halo
thrin
Coba
lt A
dvan
ced
Dow
Agr
oSci
ence
s28
.12
1.44
War
ning
Yes
1 an
d 3
Org
anop
hosp
hate
Pyre
thro
id24
hrs
No
graz
ing
28 d
ays
No
Blac
kmar
gine
d ap
hid.
Pec
an n
ut c
aseb
eare
r, fa
ll w
ebw
orm
, yel
low
pec
an a
phid
, bla
ck p
ecan
ap
hid,
phy
lloxe
ra, h
icko
ry s
huck
wor
m, s
pitt
le
bug,
stin
k bu
g, a
nts
Pepp
erm
int o
il +
Rose
mar
y oi
lEc
troc
EC
2.00
10.0
0Ca
utio
nN
oO
il0
hrs
Gra
zing
allo
wed
0 da
ysYe
sA
phid
s, th
rips
Lam
bda-
cyha
loth
rin
+ Th
iam
etho
xam
Endi
go Z
CSy
ngen
ta9.
4812
.60
War
ning
Yes
3 an
d 4
Pyre
thro
idN
eoni
cotin
oid
24 h
rsN
o gr
azin
g14
day
sN
oBl
ack
peca
n ap
hid,
yel
low
pec
an a
phid
, hic
kory
sh
uckw
orm
, pec
an n
ut c
aseb
eare
r, ph
yllo
xera
, sp
ittle
bug
s, p
ecan
wee
vil,
stin
k bu
g
Pyre
thrin
s +
Pipe
rony
l but
oxid
eEv
ergr
een
EC 6
0-6
MG
K Co
mpa
ny6.
0060
.00
Caut
ion
No
3Py
reth
roid
12 h
rsG
razi
ng a
llow
ed0
days
No
Aph
ids,
fall
web
wor
m, s
tink
bugs
zeta
-cyp
erm
ethr
in +
Bife
nthr
inH
ero
FMC
3.75
11.2
5Ca
utio
nye
s3
and
3Py
reth
roid
Pyre
thro
id12
hrs
No
graz
ing
21 d
ays
No
Blac
k pe
can
aphi
d, y
ello
w p
ecan
aph
id, h
icko
ry
shuc
kwor
m, p
ecan
nut
cas
ebea
rer,
peca
n w
eevi
l
26
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Com
bin
atio
n Pr
oduc
ts
zeta
-cyp
erm
ethr
in +
Bife
nthr
inH
ero
EWFM
C3.
249.
72W
arni
ngYe
s3A 3A
Pyre
trth
oid
Pyre
thro
id12
hrs
No
graz
ing
21 d
ays
Blac
k pe
can
aphi
d, h
icko
ry s
huck
wor
m, l
eaffo
oted
bu
g, p
ecan
wee
vil,
peca
n le
af c
aseb
eare
r, pe
can
nut c
aseb
eare
r, ph
yllo
xera
, stin
k bu
g, y
ello
w
peca
n ap
hid
Imid
aclo
prid
+cy
fluth
rinLe
vera
ge 2
.7Ba
yer C
ropS
cien
ce17
.00
12.0
0W
arni
ngYe
s3
and
4N
eoni
cotin
oid
Pyre
thro
id12
hrs
No
graz
ing
14 d
ays
No
Blac
k pe
can
aphi
d, b
lack
mar
gine
d ap
hid,
yel
low
pe
can
aphi
d, h
icko
ry s
huck
wor
m, l
eaffo
oted
bu
g, s
harp
shoo
ters
, pec
an n
ut c
aseb
eare
r, pe
can
wee
vil,
stin
k bu
gs, p
hyllo
xera
, spi
ttle
bug
Imid
aclo
prid
+be
ta-c
yflut
hrin
Leve
rage
360
Baye
r Cro
p Sc
ienc
e21
.00
10.5
0Ca
utio
nYe
s4A 3
Neo
nico
tinoi
dPy
reth
roid
12 h
rsN
o gr
azin
g 14
day
sN
oA
phid
s, h
icko
ry s
huck
wor
m, l
eaffo
oted
bug
, le
afho
pper
s/sh
arps
hoot
ers,
pec
an n
ut
case
bear
er, p
ecan
wee
vil,
phyl
loxe
ra, s
pitt
le b
ugs,
st
ink
bugs
: bl
ack
peca
n ap
hid
– su
ppre
ssio
n on
ly
Bife
nthr
in +
Ave
rmec
tin B
1A
then
aFM
C8.
841.
33Ca
utio
nYe
s3A 6
Pyre
thro
idA
vem
ectin
12 h
rsN
o gr
azin
g 21
day
sN
oA
phid
s, fa
ll w
ebw
orm
, hic
kory
shu
ckw
orm
, le
affoo
ted
bug,
pec
an n
ut c
aseb
eare
r, pe
can
leaf
ca
sebe
arer
pec
an p
hyllo
xera
, stin
k bu
g
Aza
dira
chtin
+
pyre
thrin
sA
zera
MG
K Co
mpa
ny1.
21.
4Ca
utio
nN
oU
nkno
wn
3AU
nkno
wn
Pyre
thrin
12 h
rsG
razi
ng a
llow
edN
one
liste
dYe
sA
phid
s, fa
ll w
ebw
orm
, hic
kory
shu
ckw
orm
, pec
an n
ut
case
bear
er, w
alnu
t cat
erpi
llar,
peca
n w
eevi
ls, t
wig
gi
rdle
rs, s
erpe
ntin
e le
afm
iner
, lea
ffoot
ed b
ug
Chlo
rpyr
ifos
+ ga
mm
a cy
halo
thrin
Coba
lt A
dvan
ced
Dow
Agr
oSci
ence
s28
.12
1.44
War
ning
Yes
1B 3AO
rgan
opho
spha
te
Pyre
thro
idN
o gr
azin
g 28
day
sN
oBl
ackm
argi
ned
aphi
d, fa
ll w
ebw
orm
, pec
an n
ut
case
bear
er, y
ello
w p
ecan
aph
id, b
lack
pec
an
aphi
d, h
icko
ry s
huck
wor
m, p
hyllo
xera
, pec
an le
af
scor
ch m
ite, s
pitt
le b
ugs,
stin
k bu
gs
Chlo
rpyr
ifos
+ la
mbd
a-cy
halo
thrin
Gla
diat
orFM
C2.
010.
91Ca
utio
nYe
s3A 6
Pyre
thro
idA
vem
ectin
12 h
rsN
o gr
azin
g 28
day
sN
oA
phid
s, fa
ll w
ebw
orm
, pec
an n
ut c
aseb
eare
r, hi
ckor
y sh
uckw
orm
, spi
ttle
bug
s, p
hyllo
xera
, stin
k bu
g,
ants
zeta
-cyp
erm
ethr
in +
A
verm
ectin
B1
Stal
lion
FMC
3.08
30.8
War
ning
Yes
3A 1BPy
reth
roid
Org
anop
hosp
hate
24 h
rsN
o gr
azin
g 21
day
sN
oA
phid
s, h
icko
ry s
huck
wor
m, l
eaffo
oted
bug
, pec
an
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
stin
k bu
gs
zeta
-cyp
erm
ethr
in +
Ch
lorp
yrifo
sSt
eed
FMC
8.2
9.8
War
ning
Yes
3A 3APy
reth
roid
Pyre
thro
id12
hrs
No
graz
ing
28 d
ays
No
Blac
k pe
can
aphi
d, h
icko
ry s
huck
wor
m, l
eaffo
oted
bu
gs, p
ecan
leaf
cas
ebea
rer,
peca
n nu
t ca
sebe
arer
, phy
lloxe
ra, p
ecan
wee
vil,
stin
k bu
gs,
yello
w p
ecan
aph
id
zeta
-cyp
erm
ethr
in +
bi
fent
hrin
Stee
dFM
C8.
29.
8W
arni
ngYe
s3A 3A
Pyre
thro
idPy
reth
roid
12 h
rsN
o gr
azin
g 21
day
sN
oBl
ack
peca
n ap
hid,
hic
kory
shu
ckw
orm
, lea
ffoot
ed
bugs
, pec
an w
eevi
l, pe
can
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra, s
tink
bugs
, yel
low
pe
can
aphi
ds
Bife
nthr
in +
imid
aclo
prid
Brig
adie
rFM
C11
.311
.3W
arni
ngYe
s3A 4A
Pyre
thro
idN
eoni
cotin
oid
12 h
rsN
o gr
azin
g21
day
sN
oA
phid
s, h
icko
ry s
huck
wor
m, l
eaffo
oted
bug
, pec
an
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
peca
n ph
yllo
xera
, stin
k bu
g
bife
ntrh
in +
imid
aclo
prid
Swag
ger
Love
land
Pro
duct
s,
Inc.
5.7
5.7
Dan
ger
Yes
3A 4APy
reth
roid
neon
icot
inoi
d12
hrs
No
graz
ing
21 d
ays
No
Aph
ids,
leaf
hopp
ers/
shar
psho
oter
s, p
hyllo
xear
sp
ecie
s, s
ting
bugs
Lam
bda-
cyha
loth
rin
+ Chlo
rant
rani
lipro
le
Volia
m X
pres
sSy
ngen
ta4.
639.
26W
arni
ngYe
s3A 28
Pyre
thro
idD
iam
ides
24 h
rsN
o gr
azin
g14
day
sN
oH
icko
ry s
huck
wor
m, p
ecan
aph
ids,
pec
an n
ut
case
bear
er, p
ecan
leaf
cas
ebea
rer,
peca
n ph
yllo
xera
, pec
an s
pitt
le b
ug, p
ecan
wee
vil,
stin
k bu
gs
met
hoox
yfen
ozid
e + sp
inet
oram
Intr
epid
Edg
eD
ow A
groS
cien
ces
28.3
5.66
Caut
ion
No
5 18Sp
inos
yns
Dia
cylh
ydra
zine
s4
hrs
Gra
zing
allo
wed
14 d
ays
No
Peca
n nu
t cas
ebea
rer,
hick
ory
shuc
kwor
m, f
all
web
wor
m, w
alnu
t cat
erpi
llar
Imid
aclo
prid
+la
mbd
a-cy
halo
thrin
Kilte
rN
ufar
m A
gric
ultu
ral
pr
oduc
ts14
.49
10.8
6D
ange
rYe
s4A 3
Neo
nico
tinoi
dPy
reth
roid
24 h
rsN
o gr
azin
g14
day
sN
oA
phid
s, h
icko
ry s
huck
wor
m, l
eaffo
oted
bug
, pec
an
nut c
aseb
eare
r, pe
can
leaf
cas
ebea
rer,
phyl
loxe
ra,
peca
n sp
ittle
bug
, pec
an w
eevi
l, st
ink
bug
Flub
endi
amid
e +
Bupr
ofez
inTo
uris
mo
Nic
hino
12.5
25Ca
utio
nN
o28 16
Dia
mid
esBu
prof
ezin
12 h
rsG
razi
ng a
llow
ed60
day
sN
oFa
ll w
ebw
orm
Bife
nthr
in +
Imid
aclo
prid
Tem
pest
Hel
ena
11.3
11.3
War
ning
Yes
3A 4APy
reth
roid
Neo
nici
tinoi
d12
hrs
No
graz
ing
21 d
ays
No
Aph
ids,
hic
kory
shu
ckw
orm
, lea
ffoot
ed b
ug, p
ecan
le
af c
aseb
eare
r, pe
can
nut c
aseb
eare
r phy
lloxe
ra,
stin
k bu
g
27
1A
Carb
amat
e N
erve
act
ion
1B
Org
anop
hosp
hate
N
erve
act
ion
2B
Phen
ylpy
razo
les
Ner
ve a
ctio
n
3A
Py
reth
roid
N
erve
act
ion
4A
Neo
nico
tinoi
d N
erve
act
ion
4C
Sulfo
xaflo
r N
erve
act
ion
6 A
verm
ectin
N
erve
and
mus
cle
actio
n
7A
Ju
veni
le h
orm
one
mim
ic
Gro
wth
regu
latio
n
7B
Fe
noxy
carb
G
row
th re
gula
tion
9 fe
edin
g bl
ocke
r Se
lect
ive
hom
opte
ran
feed
ing
bloc
kers
10
B m
ite g
row
th in
hibi
tor
Mite
gro
wth
inhi
bito
rs -
grow
th re
gula
tion
11A
Ba
cillu
s th
urin
gien
sis
Mic
robi
al d
isru
ptor
s of
inse
ct m
idgu
t mem
bran
es
12
Ener
gy m
etab
olis
m in
hibi
tors
In
hibi
tors
of m
itoch
ondr
ial A
TP s
ynth
ase
15
Gro
wth
regu
latio
n In
hibi
tors
of c
hitin
bio
synt
hesi
s - g
row
th re
gula
tion
18
Gro
wth
regu
lato
r Ec
dyso
ne re
cept
or a
goni
st -
grow
th re
gula
tion
20B
Ener
gy m
etab
olis
m in
hibi
tors
M
itoch
ondr
ial c
ompl
ex e
lect
ron
com
plex
tran
spor
t inh
ibito
rs -
ener
gy m
etab
olis
m
21
Ener
gy m
etab
olis
m in
hibi
tors
M
itoch
ondr
ial c
ompl
ex e
lect
ron
com
plex
tran
spor
t inh
ibito
rs -
ener
gy m
etab
olis
m
23
Gro
wth
regu
latio
n In
hibi
tors
of a
cety
l CoA
car
boxy
lase
- lip
id s
ynth
esis
, gro
wth
regu
latio
n
28
D
iam
ides
Ry
anod
ine
rece
ptor
mod
ulat
ors
- ner
ve a
nd m
uscl
e ac
tion
U
nkno
wn
Com
poun
ds o
f unk
now
n or
unc
erta
in m
ode
of a
ctio
n
IRA
C - I
nsec
tici
de R
esis
tanc
e A
ctio
n Co
mm
itte
e h
ttp:
//w
ww
.irac
-onl
ine.
org/
The
IRA
C M
ode
of A
ctio
n (M
oA) c
lass
ifica
tion
prov
ides
pro
duce
rs w
ith a
gui
de to
the
sele
ctio
n of
inse
ctic
ides
and
aca
ricid
es fo
r use
in a
n eff
ectiv
e an
d su
stai
nabl
e in
sect
icid
e or
aca
ricid
e re
sist
ance
man
agem
ent s
trat
egy.
Tabl
e 12
. Ins
ecti
cide
s lab
eled
for u
se o
n pe
cans
. Rea
d an
d fo
llow
labe
l dir
ecti
ons (
cont
inue
d).
Chem
ical
nam
eTr
ade
nam
eCo
mpa
ny/
Man
ufac
ture
Perc
ent
Acti
ve
Ingr
edie
nt
(AI)
Sign
al
wor
dRe
stri
cted
us
e pe
stic
ide
IRAC
* M
ode
of
acti
on
Mai
n gr
oup
Clas
sRe
entr
yG
razi
ng
rest
rict
ions
PHI
OM
RI
List
ed
Com
bin
atio
n Pr
oduc
ts
Bife
nthr
in +
imid
aclo
prid
Skyr
aide
rM
ana
21.6
510
.8W
arni
ngYe
s3A 4A
Pyre
thro
idN
eoni
cotin
oid
12 h
rsN
o gr
azin
g21
day
sN
oA
phid
s, h
icko
ry s
huck
wor
m, l
eaffo
oted
bug
, pec
an
leaf
cas
ebea
rer,
peca
n nu
t cas
ebea
rer,
phyl
loxe
ra,
spit
tle b
ug, s
tink
bug
Iron
phos
phat
e +
spin
osad
Bug-
N-S
lugg
oCe
rtis
0.97
0.07
Caut
ion
No
4 hr
sYe
sSn
ail a
nd s
lug
bait
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