BRIGANTINE is a new yellow-fleshed nectarine with semi-freestone, ripening July 20-25, just before ‘Summer Beaut’ and ‘Redhaven’. It has a full, glossy scarlet coloring with a slight golden-yellow background. Fruit skin is consistently free from blemishes. It has a nice, sweet, and acidic flavor, and firm, melting flesh. Flesh has traces of red. This is a very productive tree with low susceptibility to bacterial spot, while the fruit has slight to moderate susceptibility to bacterial spot. Fruit hangs well. Fruit characteristics of Brigantine and other late-July nectarines are listed below in Table 1. [Read more…]
July 31, 2025 Hemant Gohil and Daniel Ward
Late-July Nectarine Varieties for New Jersey – New and Standard
July 25, 2025 Amanda Quadrel and Maria Cramer
Veg IPM Update 7/25/25
Greetings from the Veg IPM team!
Sweet Corn
Corn earworm moth captures are increasing, leading to 3- or 4-day spray intervals being needed throughout the state. When temperatures are high (>85 degrees F), shorten the spray interval by one day. Rotation is important for avoiding resistance, and there are four IRAC groups that are registered in silking sweet corn: 1 (carbamates), 3 (pyrethroids), 5 (spinosyns), and 28 (diamides). Corn earworm is at least partly resistant to several pyrethroids, so a spray program should not rely solely on pyrethroids, although they can be useful in tank-mixes or as pre-mixed products, such as Besiege or Elevest (Group 28 + Group 3). For detailed information about resistance and potential spray programs, the University of Delaware has an excellent resource on corn earworm management.
Spray intervals based on nightly pheromone moth captures for the southern part of New Jersey. Note that not all locations in the IPM program are currently trapping. This map is based on the following thresholds: 0 moths = 6-7 day schedule, 1 moth = 5 day spray schedule, 2-20 moths = 4 day spray schedule, 20+ moths = 3 day spray schedule.
Fall armyworm (FAW) infestations are beginning to pick up in some locations. Young larvae will cause damage known as “window paning”, in which the top surface of the leaf is eaten away, leaving behind thin, white, membranous-looking scratch marks. As the larvae age, these feeding marks become more ragged (A). The damage can look somewhat similar to European corn borer feeding, but FAW damage will be more severe and will lead down into the whorl. The caterpillars will have a dark head capsule with a distinct, inverted Y-shaped suture (B). We recommend using products other than diamides (IRAC Group 28) when treating whorl-stage infestations, as diamides are important to save for silk protection. Effective products include Lannate (Group 1A), Radiant (Group 5), Intrepid (Group 18), Intrepid Edge (5+18), and Avaunt (Group 22). Note that Avaunt can only be used through tassel push.
Fall armyworm damage (A) and larva (B). Note the distinct suture on the head, which will differentiate FAW from other caterpillar pests of corn. Photos by Amanda Quadrel
We are seeing a significant amount smut it sweet corn. Normally, smut infects the ears, however we have seen smut growths on vegetative stages (leaves and tassels) as well. Smut was prevalent in our area in 2024, and you can read more about it in an update written last year. Smut is rarely economic and there are no effective treatments for it. Being able to correctly identify it can help rule out other plant problems.
Corn smut in A) whorl-stage leaves, and B) pre-tassel tassels. Pictures by Renee Carter (A) and Nick Vergara (B)
Tomatoes
Throughout New Jersey we’re continuing to see high thrips counts both in tunnels and in the field, although numbers have been higher in tunnels. We consider more than 5 thrips on 10 leaves a high count. Other guides suggest 3-5 thrips per flower or the presence of stippling damage on fruit to be a treatment threshold. Thrips management is especially important because of their ability to vector tomato spotted wilt virus (TSWV), a growing concern in New Jersey where we have resistance-breaking strains. We have seen several locations in our scouting program with small outbreaks of TSWV (in both peppers and tomatoes) so far. Scouting and roguing out these plants while continuing to manage thrips should help prevent serious losses. Additionally, follow best management practices for reducing TSWV risk throughout the season.
A) TSWV on a tomato leaf. Note the circle-shaped brown lesions. B) TSWV on a pepper plant. Note the distortion of leaves all over the plant as well as the yellow wavy lines and circles visible on leaves. Photos by Maria Cramer.
Caterpillar pests have begun showing up in throughout the state. We’ve seen some fruit damage, and tomato fruitworm (AKA corn earworm), beet armyworm, and hornworms on plants and fruit. There are no reliable thresholds for determining when to spray for these caterpillar pests, however scouting and consulting the corn earworm pressure map for the state will help give a sense of risk to the crop. When corn earworm pressure indicates a 3 or 4 day spray interval in corn (2-20 moths per night) as is currently the case in much of the state, tomatoes should be scouted weekly for feeding damage. Pyrethroid resistance is widespread in tomato fruitworm/corn earworm and beet armyworm, so other classes of insecticides should be used if management is needed.
With consistent hot temperatures, we’re seeing more spider mites in tomato plantings. Spider mites tend to be worse in hot, dry conditions, and especially thrive in tunnels. Their populations often dramatically increase following broad-spectrum insecticides, which reduce their natural enemies. The first sign of their presence is often light-colored stippling seen on the top surface of tomato leaves. The mites causing this damage are usually found on the undersides of leaves. For spider mites, Nealta (IRAC 25) and Oberon (IRAC 23) are effective materials that are more friendly to beneficial insects, but Portal (IRAC 21A) and other materials can also be used to manage populations.
Spider mite stippling visible when looking at tomato leaves from above. The spider mites are found on the undersides of the leaves. Photo by Maria Cramer.
Peppers
In terms of most insect pests, peppers have been looking very good. We have seen aphids, spider mites, and thrips at low levels so far, however it’s important to keep in mind that thrips can transmit TSWV to peppers as well, and so monitoring and staying on top of thrips populations is crucial. As with tomatoes, finding and roguing out infected plants is important as well. See previous section for an example of TSWV symptoms in peppers.
Anthracnose on ripe pepper fruit. Note concentric circles and sporulation. Picture by Maria Cramer.
With drying weather, peppers have been fairly disease-free, but we have seen instances of anthracnose. Anthracnose is an important disease to scout for and be able to identify as removing infected fruit and strip-picking surrounding fruit is key to managing its spread. Your fungicide program can also help manage anthracnose — for more information, read more here.
As a reminder, in June we saw several pepper weevils on pepper weevil traps in Cumberland and Salem Counties. Read more about pepper weevil biology and management here. If you think you may have pepper weevil on your farm or are interested in monitoring, please contact Maria Cramer.
Cole Crops
We are no longer seeing many flea beetles in cole crops, but we continue to see caterpillar activity. Treatment thresholds vary between crops and growth stage, but for heading cole crops between early vegetative and cupping, the treatment threshold is 30%. As heads form, the treatment threshold goes down to just 5% infestation. Sprayable Bt products (IRAC 11A) such as Dipel, Xentari, or Javelin can be effective on young imported cabbage worm caterpillars. Other materials approved for caterpillar control include Entrust/Radiant (IRAC 5), Proclaim (IRAC 6), Torac (IRAC 21A), and Exirel (IRAC 28). Diamondback moth (the primary caterpillar found in southern NJ) has resistance to many insecticide groups, and pyrethroids (IRAC 3A) are not effective for their management. For Bt products and contact insecticides, coverage on the undersides the leaves is essential.
Left: Diamondback moth caterpillar, showing characteristic tapering at each end. Right: Imported cabbageworm caterpillar showing characteristic fuzziness. Pictures by Maria Cramer.
Pumpkins and Other Cucurbits
Cucurbit downy mildew was first reported on 7/11/25 on cucumbers in central NJ and has been found on cucumbers and cantaloupe at the Snyder Research Farm in Pittstown. Growers should be applying protectants on cucumbers and cantaloupes for cucurbit downy mildew at this time. As of this post, we haven’t found any instances of the disease on pumpkins, squash, or watermelon. For information on how to build an effective cucurbit down mildew control program, please reference this post by Dr. Andy Wyenandt and consult the Mid-Atlantic Production Guide for additional materials that can be used.
Cucurbit downy mildew symptoms on the upper surface (A) and underside (B) of cucumber leaves and symptoms on cantaloupe (C). Photos by Amanda Quadrel
In pumpkins, we’ve seen few insect issues, although adult squash bugs and egg masses are starting to appear. Consider treating for squash bug if you see more than one egg mass or group of nymphs per plant (see photos below).
Squash bug eggs (A), newly hatched nymphs (B), and an adult (C). Photos by Amanda Quadrel
Powdery mildew is also beginning to pick up. If more than one leaf in a 50 leaf sample is infected, fungicide programs for powdery mildew should be initiated.
Powdery mildew on pumpkin leaf. Photo by Amanda Quadrel.
We have also seen isolated cases of anthracnose, bacterial wilt, plectosporium, and phythophthora root rot. A preventative diseases management plan based on recommendations from the Mid-Atlantic Production Guide is important for suppressing many of these diseases. If you suspect diseases in your pumpkins (or other cucurbits), reference the “Diagnosing important diseases in Cucurbit crops” guide or send/bring samples to Rutger’s Plant Diagnostic Lab.
As always, please consult the Mid-Atlantic Commercial Vegetable Production Guide for a comprehensive list of materials that are labeled for specific crops and pests. As always, be sure to follow label rates and application instructions.
The Vegetable IPM Program wishes to thank the following Field Technicians, without whom much of the information presented weekly here would not be available:
Southern team: Renee Carter, Kris Szymanski, and Nick Vergara
Northern team: Martina Lavender, Coco Lin, and Cassandra Dougherty
July 22, 2025 Hemant Gohil and Daniel Ward
Mid-July Peach Varieties – Gala, PF 8 Ball, Summer Serenade, July Rose, and PF Lucky 13
GALA is a medium to medium-large, globose, 70-90% scarlet red over yellow-orange ground color, yellow-fleshed, semi-freestone peach ripening July 11-15, about a week after the Sentry. The flesh is firm, with a sweet and mildly tangy flavor. The tree is vigorous and moderately productive. Note that these varieties were evaluated in southern New Jersey; as a result, the harvest dates could be a few days later for the Central and Northern New Jersey orchards.
Challenges: Gala is a beautiful peach in a great season, but the size and yield could be highly variable. Split pits are a problem even in a normal year, and the first pick may have significant split pits. Fruit has medium susceptibility to bacterial spot.
FLAMIN FURY® PF#8 BALL is a large, globose, 70-90% crimson red over greenish-yellow ground color, yellow-fleshed semi-clingstone peach with prominent suture groove, ripening during July 13-18. The fruit is firm, with melting, sweet, juicy flesh, and has a sweet and tangy flavor. The tree is spreading, vigorous, and productive, with medium susceptibility to bacterial spots. A promising variety because of its color and size. A good option to replace Gala peach.
SUMMER SERENADE is a medium-large, globose to ovate, attractive, 50-70% crimson red over yellow-green ground color, yellow-fleshed, semi-clingstone peach ripening from July 13-16, approximately 11 days before Redhaven. The flesh is firm with fair to good flavor. The tree is moderately vigorous and productive, with low susceptibility to bacterial spot. Summer Serenade has a better size than Garnet Beauty and PF 7, with a significant suture groove and flavor like Garnet Beauty.
JULY ROSE is a popular white fleshed peach with excellent firmness, cling stone, and low fuzz. Fruit is large and attractive, and ripens between Sugar May and White Lady from 15-20 July. Fruit is always very sweet and sub-acid. It has good fruit and leaf resistance to bacterial leaf spot. Even poorly thinned trees tend to produce large-sized fruit. Moderate fruit or bloom thinning will be required to optimize size and quality. Fruit hangs well and has better cold-hardiness than other white varieties.
Snowbrite is a good white-fleshed peach that ripens a few days after July Rose but is highly susceptible to bacterial spots. Scarlet Pearl is another good white-fleshed peach. However, it is a cold, tender variety and produces split pits.
FLAMIN FURY PF LUCKY 13 is a large, globose to slightly ovate, heavy scarlet red over orange-yellow ground color, yellow-fleshed, freestone peach ripening near or earlier than Redhaven. The flesh is crunchy, firm, and sweet and tangy. The tree is vigorous and productive, with slight drop and inking tendencies and low to moderate susceptibility to bacterial spots. This very attractive peach has also shown good size and minimal splits.
Previous related articles
- Early July Peach Varieties: https://plant-pest-advisory.rutgers.edu/early-july-peach-varieties-sentry-glenglo-ruby-prince-garnet-beauty-and-sugar-may/
- Late June Peach Varieties: https://plant-pest-advisory.rutgers.edu/late-june-peach-varieties-for-new-jersey-new-and-standard/
July 18, 2025 Maria Cramer and Amanda Quadrel
Veg IPM update 7/18/25
Greetings from the Veg IPM team!
Sweet Corn
Corn earworm moth captures are increasing, leading to 3- or 4-day spray intervals being needed throughout the state. When temperatures are high (>85 degrees F), shorten the spray interval by one day. Rotation is important for avoiding resistance, and there are four IRAC groups that are registered in silking sweet corn: 1 (carbamates), 3 (pyrethroids), 5 (spinosyns), and 28 (diamides). Corn earworm is at least partly resistant to several pyrethroids, so a spray program should not rely solely on pyrethroids, although they can be useful in tank-mixes or as pre-mixed products, such as Besiege or Elevest (Group 28 + Group 3). For detailed information about resistance and potential spray programs, the University of Delaware has an excellent resource on corn earworm management.
Spray intervals based on nightly pheromone moth captures for the southern part of New Jersey. Note that not all locations in the IPM program are currently trapping. This map is based on the following thresholds: 0 moths = 6-7 day schedule, 1 moth = 5 day spray schedule, 2-20 moths = 4 day spray schedule, 20+ moths = 3 day spray schedule.
Fall armyworm (FAW) infestations are beginning to pick up in some locations. Young larvae will cause damage known as “window paning”, in which the top surface of the leaf is eaten away, leaving behind thin, white, membranous-looking scratch marks. As the larvae age, these feeding marks become more ragged (A). The damage can look somewhat similar to European corn borer feeding, but FAW damage will be more severe and will lead down into the whorl. The caterpillars will have a dark head capsule with a distinct, inverted Y-shaped suture (B). We recommend using products other than diamides (IRAC Group 28) when treating whorl-stage infestations, as diamides are important to save for silk protection. Effective products include Lannate (Group 1A), Radiant (Group 5), Intrepid (Group 18), Intrepid Edge (5+18), and Avaunt (Group 22). Note that Avaunt can only be used through tassel push.
Fall armyworm damage (A) and larva (B). Note the distinct suture on the head, which will differentiate FAW from other caterpillar pests of corn. Photos by Amanda Quadrel
Tomatoes
Throughout New Jersey we’re continuing to see high thrips counts both in tunnels and in the field, although numbers have been higher in tunnels. We consider more than 5 thrips on 10 leaves a high count. Other guides suggest 3-5 thrips per flower or the presence of stippling damage on fruit to be a treatment threshold. Thrips management is especially important because of their ability to vector tomato spotted wilt virus (TSWV), a growing concern in New Jersey where we have resistance-breaking strains. We have seen several locations in our scouting program with small outbreaks of TSWV (in both peppers and tomatoes) so far. Scouting and roguing out these plants while continuing to manage thrips should help prevent serious losses. Additionally, follow best management practices for reducing TSWV risk throughout the season.
A) TSWV on a tomato leaf. Note the circle-shaped brown lesions. B) TSWV on a pepper plant. Note the distortion of leaves all over the plant as well as the yellow wavy lines and circles visible on leaves. Photos by Maria Cramer.
Caterpillar pests have begun showing up in throughout the state. We’ve seen some fruit damage, and tomato fruitworm (AKA corn earworm), beet armyworm, and hornworms on plants and fruit. There are no reliable thresholds for determining when to spray for these caterpillar pests, however scouting and consulting the corn earworm pressure map for the state will help give a sense of risk to the crop. When corn earworm pressure indicates a 3 or 4 day spray interval in corn (2-20 moths per night) as is currently the case in much of the state, tomatoes should be scouted weekly for feeding damage. Pyrethroid resistance is widespread in tomato fruitworm/corn earworm and beet armyworm, so other classes of insecticides should be used if management is needed.
With consistent hot temperatures, we’re seeing more spider mites in tomato plantings. Spider mites tend to be worse in hot, dry conditions, and especially thrive in tunnels. Their populations often dramatically increase following broad-spectrum insecticides, which reduce their natural enemies. The first sign of their presence is often light-colored stippling seen on the top surface of tomato leaves. The mites causing this damage are usually found on the undersides of leaves. For spider mites, Nealta (IRAC 25) and Oberon (IRAC 23) are effective materials that are more friendly to beneficial insects, but Portal (IRAC 21A) and other materials can also be used to manage populations.
Spider mite stippling visible when looking at tomato leaves from above. The spider mites are found on the undersides of the leaves. Photo by Maria Cramer.
Peppers
In terms of most insect pests, peppers have been looking very good. We have seen aphids, spider mites, and thrips at low levels so far, however it’s important to keep in mind that thrips can transmit TSWV to peppers as well, and so monitoring and staying on top of thrips populations is crucial. As with tomatoes, finding and roguing out infected plants is important as well. See previous section for an example of TSWV symptoms in peppers.
As a reminder, in June we saw several pepper weevils on pepper weevil traps in Cumberland and Salem Counties. Read more about pepper weevil biology and management here. If you think you may have pepper weevil on your farm or are interested in monitoring, please contact Maria Cramer.
Cole Crops
We are no longer seeing many flea beetles in cole crops, but we continue to see caterpillar activity. Treatment thresholds vary between crops and growth stage, but for heading cole crops between early vegetative and cupping, the treatment threshold is 30%. As heads form, the treatment threshold goes down to just 5% infestation. Sprayable Bt products (IRAC 11A) such as Dipel, Xentari, or Javelin can be effective on young imported cabbage worm caterpillars. Other materials approved for caterpillar control include Entrust/Radiant (IRAC 5), Proclaim (IRAC 6), Torac (IRAC 21A), and Exirel (IRAC 28). Diamondback moth (the primary caterpillar found in southern NJ) has resistance to many insecticide groups, and pyrethroids (IRAC 3A) are not effective for their management. For Bt products and contact insecticides, coverage on the undersides the leaves is essential.
Left: Diamondback moth caterpillar, showing characteristic tapering at each end. Right: Imported cabbageworm caterpillar showing characteristic fuzziness. Pictures by Maria Cramer.
Pumpkins and Other Cucurbits
Cucurbit downy mildew was first reported on 7/11/25 on cucumbers in central NJ and has been found on cucumbers and cantaloupe at the Snyder Research Farm in Pittstown. Growers should be applying protectants on cucumbers and cantaloupes for cucurbit downy mildew at this time. As of this post, we haven’t found any instances of the disease on pumpkins, squash, or watermelon. For information on how to build an effective cucurbit down mildew control program, please reference this post by Dr. Andy Wyenandt and consult the Mid-Atlantic Production Guide for additional materials that can be used.
Cucurbit downy mildew symptoms on the upper surface (A) and underside (B) of cucumber leaves and symptoms on cantaloupe (C). Photos by Amanda Quadrel
In pumpkins, we’ve seen few insect issues, although adult squash bugs and egg masses are starting to appear. Consider treating for squash bug if you see more than one egg mass or group of nymphs per plant (see photos below).
Squash bug eggs (A), newly hatched nymphs (B), and an adult (C). Photos by Amanda Quadrel
We have also seen isolated cases of anthracnose, bacterial wilt, plectosporium, and phythophthora root rot. A preventative diseases management plan based on recommendations from the Mid-Atlantic Production Guide is important for suppressing many of these diseases. If you suspect diseases in your pumpkins (or other cucurbits), reference the “Diagnosing important diseases in Cucurbit crops” guide or send/bring samples to Rutger’s Plant Diagnostic Lab.
As always, please consult the Mid-Atlantic Commercial Vegetable Production Guide for a comprehensive list of materials that are labeled for specific crops and pests. As always, be sure to follow label rates and application instructions.
The Vegetable IPM Program wishes to thank the following Field Technicians, without whom much of the information presented weekly here would not be available:
Southern team: Renee Carter, Kris Szymanski, and Nick Vergara
Northern team: Martina Lavender, Coco Lin, and Cassandra Dougherty
July 15, 2025 Hemant Gohil and Daniel Ward
Early July Peach Varieties – Sentry, Glenglo, Ruby Prince, Garnet Beauty, and Sugar May
Warmer temperatures and periodic rains in the last few weeks helped early July peach varieties achieve a bigger size. There are excellent peach varieties throughout the harvest season; however, each has a few challenges, and understanding the overall tree and fruit characteristics can help make thinning, harvest, disease management, and post-harvest decisions. The Newer varieties were also compared against standard varieties. Understanding these differences is essential for selecting new varieties or replacing existing ones. Note that these varieties were evaluated in southern New Jersey; as a result, the harvest dates could be a few days later for the Central and Northern New Jersey orchards.
Sentry: It’s a medium-large to large, red over green-yellow ground-colored peach that ripens during the first week of July. The flesh is moderately firm, very sweet, and mildly tangy (Total Soluble Solids (TSS) 11.32 Brix and Titratable Acidity (TA) 2.08 g/l). It is one of the sweeter varieties in this harvest window. In general, the TSS greater than 11 Brix is considered very sweet. It can get bigger up to 3 inches in diameter, however, at the cost of firmness. It has low susceptibility to the bacterial spot.
Challenges: The main challenge is that fruit has a variable cropping record, but growers prefer it because of its size and taste. Also, a green-yellow background color may give the impression of unripe fruit. Some growers have noticed that older trees of Sentry produced unevenly ripened fruit where one end of the tip was softer while the other end was much firmer. Bigger fruits tend to split. The general recommendation is to avoid letting fruit get bigger than 2 ¾ inches till the Redhaven season.
Glenglo: It’s an attractive yellow-fleshed peach that gets harvested a few days after ‘Sentry’. In some years, it gets harvested before Sentry or overlaps with Sentry. The fruit is medium-large in size, sweet, acidic, and mildly tangy (TSS 11 Brix; and TA 2.5 g/l). It has low susceptibility to bacterial Spot. The cold-hardiness is better than Sentry’s. Glenglo is comparable to Sentry; however, it does not have the problem of uneven ripening. It is considered worthy of replacing “Sentry.
Ruby Prince: It’s a medium-large, globose, and attractive semi-clingstone yellow-fleshed peach variety that ripens a few days after Sentry and Glenglo. The flesh is moderately firm with a sweet and mildly tangy flavor. The scarlet-red over yellow skin color and uniform shape of fruit makes it very attractive variety. It is a worthy replacement of ‘Sentry’. The flesh has greater traces of red. Fruit size is medium to large and uniform.
Garnet Beauty is a sport of Redhaven, ripening about 12-14 days earlier. Yellow-fleshed, clingstone, medium-sized peach, relatively hardy with 40-60% red blush. Fruit is high quality, firm, and freestone when fully ripe. The fruit has a prominent suture groove. The tree is vigorous and productive. The flavor is not great compared to other varieties this season.
Other yellow-fleshed peach varieties: Flaming Fury PF7 is a medium to medium-large, semi-freestone yellow-fleshed peach that ripens during the Glenglo season. This is a good-yielding peach variety; however, most other varieties have better sizes.
White-fleshed Peach Varieties.
Sugar May is a firm, white-fleshed, clingstone peach ripening around July 7. dark red to purplish red skin color. The flavor is good, but acidic. The tree is vigorous and productive but susceptible to bacterial spot.
Challenges: For the white fleshed peach, it is a little too acidic, and some consumers’ expects white peaches in general to be very sweet and sub-acid. Skin is dark red, so one must bite to determine if it has ripened. The core stays greenish-yellow. As seen in the photo, the first superficial (right) bite has cream flesh; however, the slightly deeper (left) bite has greenish flesh. Also, it is moderately susceptible to bacterial spot.
July 15, 2025 Michelle Infante-Casella
Rutgers to Host Afternoon Cover Crops Field Day – August 5
Rutgers Cover Crops Field Day
*The program may be rescheduled in the event of inclement weather*
Date: August 5, 2025
Time: 3:00PM to 6:00 PM
Where: Snyder Research Farm, 140 Locust Grove Rd, Pittstown, NJ 08867
REGISTRATION REQUIRED:
Please register by calling RCE of Sussex County: 973-948-3040
*First 20 registrants will receive a FREE copy of the USDA SARE book: “Managing Cover Crops Profitably”
This event will highlight several cover crop research projects and foster discussion and networking on drone use in agriculture and cover crop management.
Please join us for this summer event.
We will also discuss an upcoming drone pilot certification training we will be hosting this winter.
3:00 PM Registration and Welcome – Stephen Komar, ANR Agent /Rutgers SARE Coordinator
3:15 PM Go to the Field – Calibrating a Drone for Agricultural Applications – Adam Kyle, Warren Co. Com. College, Teaching Administrator, Precision Agriculture, Stephen Komar
4:00 PM Summer Cover Crop Planting Comparison: Drone vs. Drill – Bill Bamka, ANR Agent
4:30 PM Row Middle Cover Crops vs Herbicides for Weed Management in Vegetable Culture – Kate Brown, ANR Agent
RC&D Cover Crop Programs- Laura Tessieri, Executive Director, North Jersey RC&D
Drone Seeding Cover Crops into Pumpkins – Peter Nitzsche, ANR Agent
5:30 PM Update on Worker Protection Standards and Pesticide Recordkeeping – Michelle Infante-Casella, ANR Agent
6:00 PM Pesticide Credits and Adjourn
This event is sponsored by a grant awarded to Stephen Komar (Principal Investigator), Michelle Infante-Casella, and William Bamka Agricultural Agents/Professors, Rutgers Cooperative Extension, by the USDA, Sustainable Agriculture Research and Education, Professional Development Program.
