2024 Central Jersey Turf and Ornamental Institute

March 6,  8:30am to 4:00 pm

Monmouth County Agricultural Building

4000 Kozloski Rd. Freehold , NJ 07728         

Registration: $75

(includes coffee, light refreshments in the morning and lunch)

 

 

 

 

Available Pesticide Credits:
Core – 2 units
2- 3 units
3A- 5 units
3B- 5 units
3C- 1 unit
6B- 3 units
8C- 6 units
8A- 1 unit
9- 3 units
10- 6 units
PP2- 5 units

ProFACT NJ Certified Fertilizer Applicator
2 Credits Available

 

To register, contact Cathy VanBenschoten at the Rutgers Cooperative Extension of Monmouth County Office

732-431-7260  or email at Catherine.VanBenschoten@co.monmouth.nj.us

Click the link below for the full registration form:

CJTOI Brochure 2024

 

There is no online registration. This event is cash, check or purchase order only.

Make checks payable to: Rutgers, the State University of NJ

Mail to: Cathy VanBenschoten

4000 Kozloski Road

Freehold, NJ  07728

 

This annual event is brought to you by Rutgers Cooperative Extension of Monmouth, Middlesex, Mercer, Burlington, Ocean & Somerset Counties. Seminar topics will benefit those who work in grounds maintenance including school board members, maintenance supervisors, employees of highways, parks, cemeteries, industrial grounds, lawn & home ground services, garden center  operators and nurserymen.

Agenda

8:30 – 9:00 AM             Registration/Sign-in

9:00 – 9:30 AM             Scouting and Diagnosing Common Disease Problems in Turf and Ornamentals – William Errickson – Monmouth County Agricultural Agent

9:30 – 10:00 AM          Innovations in Weed Management – Matthew Elmore Ph.D.  – Extension Specialist in Weed Science

10:00 – 11:00 AM         Pesticide Safety Regulations and Updates – George Hamilton Ph.D. – Extension Specialist in Pest Management

11:00 – 11:15 AM          Break

11:15 – 12:15 PM           Managing Invasive Plants – Michele Bakacs – Middlesex County Natural Resources Agent

12:15 – 1:00 PM            LUNCH

 1:00 – 1:30 PM             Mosquito and Tick Problems in New Jersey:  Identification, Management, and Protection for Green Industry Professionals – Emily Fontaine and Dina Fonseca Ph.D. – Program Associate and Professor, Chair Dept. of Entomology

1:30- 2:30 pm                Sustainable Turfgrass Fertility Management – Bradley Park- Researcher in Turfgrass Management

2:30 – 3:00 PM            Invasive Insects & Ecological Balance – Steve Rettke – IPM Program Associate

3:00 PM                         Course Evaluation, Pesticide Credits

 

Timely Reminder Conditions A Perfect Storm For Lettuce Tip Burn

Yesterday as we started the 5th or 6th day of cloudy, wet, high-humidity weather, my inbox had an article from producegrower.com on preliminary results of trials at The Ohio State University by Dr. Chieri Kubota, Director of the Ohio Controlled Environment Agriculture Center (OHCEAC) and Professor in the Department of Horticulture and Crop Science, and one of her graduate students, PhD candidate John Ertle. They rated the sensitivity of 20 lettuce cultivars to prime conditions to induce lettuce tipburn, exactly the conditions we’ve had this past week.

As they reported, “Tipburn is caused by calcium deficiency often seen in lettuce (Lactuca sativa) when plants are grown quickly under optimum environmental conditions. The deficiency is also known as “localized” around young leaves at the shoot tip. Therefore, tipburn occurs even with sufficient calcium fertilization of the whole plant.”

While their work was conducted for Controlled Environment Ag (CEA) production, conditions in field production can and often does replicate the controlled environment they created to induce tipburn (same issue with Blossom End Rot of tomatoes, peppers, and eggplants). Namely, “conditions that promote overall plant growth (high light, high CO2) yet suppress plant transpiration rate (low air circulation, high humidity) are known to increase the risk of tipburn. In addition, low humidity (high VPD) during nighttime increases tipburn risk in some cases.”

[Citing some of her own work, Kubota explained,] “This is because low humidity at night promotes non- stomatal transpiration (loss of water from leaf surface), reducing xylem pressure and calcium supply to the shoot tip at night.”

The Ohio State team compared various cultivars supplied by different seed companies under controlled growth conditions to induce tipburn and reported significant differences in the severity and time to beginning of symptoms, ranging from 0 to 58%. Yields were not correlated with tipburn incidence.

Researchers in California reported in Overview of Tipburn of Lettuce that their field studies also found significant differences in tipburn severity among cultivars.  Richard Smith et al. concluded, “The greater issue for the development of tipburn in lettuce is the variety,” and that “persistent foggy conditions that reduce transpirational flow of calcium to all parts of the leaves in the last 6-10 days prior to harvest will trigger this disorder in sensitive varieties.”

Unfortunately, studies to find effective controls of tipburn indicate little can be done, including having adequate Ca in soils and foliar applications of Ca during the growing season. The Ca just doesn’t get to the rapidly growing tissue in time to reduce the damage. The general conclusion is to conduct your own field trials to determine best varieties for your farm.

 

Spotted lanternfly (SLF) hatch is ON in Southern and Central NJ – ALL New Jersey COUNTIES are now QUARANTINED

Spotted Lanternfly nymphs will be emerging now through the first week of May for Southern and Central New Jersey – reduce their population early in the nursery industry!

Two important notes:

  • Through conversations with nursery operators, state inspectors (NJDOA), and internal agent communications SLF hatch has begun, which indicates a critical time to knock down nymph populations with CONTACT insecticides.
  • The entire state of New Jersey is now within the SLF QUARANTINE!

More information:

 

Tree Fruit IPM Report for March 22, 2023

Tree Fruit Phenology:

Tree fruit phenology is advanced based on historical observations. In southern counties some early blooming varieties are 5-10% bloom. Redhaven was at bud swell on March 9, about 3 weeks earlier than the median observation date. Red Delicious was at silver tip on March 9, about 12 days earlier than the median observation date. Plums are in bloom and Pears are at green tip. The recent cold weather has helped slow things down. Peach phenology is about 2 weeks earlier than normal and apple phenology is about normal. [Read more…]

2023 Weed Control with Residual Herbicides for New Jersey Highbush Blueberry

With T3 stage forecasted for the end of March this year, soil-applied preemergence herbicides should be sprayed before blueberry bud break to minimize the risk of crop injury and allow sufficient time for residual herbicide to be “activated” by rainfall.

Soil-applied preemergence herbicides should be applied prior to weed seed germination. If applied to weeds that are already out of the ground, most of these products will not control them if they are not tank-mixed with a postemergence herbicide. Glufosinate (Rely 280), paraquat (Gramoxone and generic formulations) and carfentrazone (Aim) are postemergence herbicides that may be applied with preemergence herbicides with little risk of crop injury. Keep in mind that at least ½” rainfall or irrigation is needed within 7 days after application to move (“activate”) preemergence herbicides into the soil solution. Delaying activation may reduce overall performance if some weeds continue to germinate under low soil moisture conditions or if herbicide at the surface of the soil is susceptible to sunlight breakdown.

Make sure the herbicides you plan to apply will be effective at controlling the weed species in your field by checking the herbicide label. Usually, residual herbicides will suppress weed for 5 to 8 weeks depending on irrigation as well as soil and weather conditions. After this period, another residual herbicide can be needed to control weeds through harvest and could be mixed with postemergence herbicides to control emerged weeds. To reduce the potential of selecting for herbicide-resistant weeds, it is highly recommended mixing two herbicides that belong to two different WSSA (Weed Science Society of America) groups whenever you apply preemergence herbicides.

Please, refer to the 2022-2023 New Jersey Commercial Blueberry Pest Control Recommendations for more information on herbicide rates and use restrictions. https://njaes.rutgers.edu/pubs/publication.php?pid=E265

WSSA group 0 – Unknown Site of Action

  • Devrinol 50DF-XT or Devrinol 2-XT (napropamide) will provide good control of annual grasses and should therefore be tank mixed with a PSII or a PPO inhibitor for controlling broadleaf weeds. Devrinol is rapidly degraded if left exposed on the soil surface, so it should be applied less than 24 hours before a rain event to incorporate the herbicide in the soil.

WSSA group 2 – Acetolactate Synthase (ALS) Inhibitors

  • Solida 25WDG or Matrix 25SG (rimsulfuron) or Sandea 75DF (halosulfuron) are ALS-inhibiting herbicides that have both preemergence and postemergence activity. They control most annual broadleaves but are weak on common groundsel, common lambsquarters and eastern black nightshade. Sandea is ONLY recommended for postemergence control of yellow nutsedge.
  • However, these two herbicides will NOT control ALS resistant weeds (horseweed, ragweed) already widespread in New Jersey. Thus, these herbicides should always be tank mixed with a partner effective at controlling these weeds.

WSSA group 3 – Mitosis Inhibitors

  • Kerb 50WP or Kerb 3.3SC (pronamide) is effective at controlling many annual grass species for 4 to 6 weeks after application. Surflan should not be applied to soils containing more than 5% organic matter. Kerb also helps controlling perennial quackgrass as well as annual bluegrass. If applied to warm soils, Kerb persistence and weed control can be severely reduced; therefore, keep Kerb for fall/winter application when soil temperature remains under 55°F. Do not use Kerb on blueberries that have not been established for about a year.

WSSA group 5 and 7 – Photosystem II (PS II) Inhibitors

  • PS II inhibitors have a broad spectrum of control and will be effective against many broadleaves and annual grasses when applied in spring. Karmex 80DF (diuron) and Princep 4L or Princep Caliber 90WDG (simazine) have relatively low solubility and have been very safe on blueberries. Sinbar 80WDG (terbacil) has a longer residual life in the soil and also is more soluble, so it should be used infrequently on light, wet soils. These herbicides are effective on many broadleaf weed species, including common chickweed, common lambsquarters, common groundsel, henbit, nightshade, redroot pigweed, pineapple weed, shepherd’s-purse, smartweed, and some mustards.  Princep and Sinbar will also control many annual grasses and help suppressing quackgrass. Do not exceed more than 1 lb/A of Sinbar to minimize the risk of crop injury.
  • Trellis 4.2SC(isoxaben) is registered for bearing and non-bearing blueberry. Trellis will be most useful in new plantings for preemergence control of annual broadleaf weeds such as common lambsquarters, ragweed, black nightshade, horseweed and smartweed. It does not control grasses.
  • Velpar 2L or Velossa 2.4L (hexazinone) is very soluble and should not be used on blueberries grown on sandy soils as the risk of crop injury is high with this herbicide.

WSSA group 12 and 27 – Carotenoid Biosynthesis Inhibitors

  • Solicam 80DF (norflurazon) can be applied in fall or early spring primarily for annual grass control and quackgrass suppression. Solicam may also provide partial control of many broadleaf weeds as well as of yellow nutsedge. Do not use Solicam on blueberries that have not been established for about a year.
  • Callisto 4SC or Motif 4L (mesotrione) will control many annual broadleaf weeds as well as annual sedges. It controls large crabgrass but no other grasses, such as goosegrass. Callisto may be used as a broadcast spray between rows to control broadleaves and crabgrass without injuring the fescue sod. However, Callisto CANNOT be applied after the onset of bloom.

WSSA group 14 – Protoporphyrinogen Oxidase (PP0) Inhibitors

  • Chateau EZ (flumioxazin) and Zeus 4XC or Zeus Prime 3.5XC (sulfentrazone) have activity against many annual broadleaf weeds (pigweeds, common lambsquarters, ladysthumb, mallow, shepherd’s-purse) when applied preemergence in spring. Chateau and Zeus Prime XC also have some postemergence activity on newly emerged seedlings of annual weeds. Herbicides containing sulfentrazone will also provide suppression of yellow nutsedge. Chateau has a 7 days pre-harvest interval (PHI) and Zeus Prime XC has a 3 days PHI, allowing these herbicides to be applied later in the season to extend preemergence broadleaves control into summer. Blueberry plants must have been established at least two years prior to use of these herbicides.

WSSA group 15 – Protoporphyrinogen Oxidase (PP0) Inhibitors

  • Dual Magnum 7.6ec (S-metolachlor) has a 24(c) Special Local Need label for blueberry in New Jersey. This herbicide provides preemergence control of many annual grasses and some small-seeded broadleaf annual weeds such as redroot pigweed, nightshade and common purslane. Dual Magnum also suppresses emergence of yellow nutsedge. Use Dual Magnum only on plants established for more than one year, and lower rates are suggested on 2- to 3-year-old plantings.

WSSA group 29 – Cellulose Synthesis Inhibitors

  • Casoron 4G (dichlobenil) is a cellulose synthesis inhibitor recommended for fall application to control many annual and perennial broadleaves, grasses and yellow nutsedge. If left on the soil surface or if applied to warm soil (> 55°F or 70°F depending on Casoron formulation), Casoron can lose much of its activity.
  • Alion 1.67SC (indaziflam) IS NOT LABELED FOR USE ON HIGHBUSH BLUEBERRY GROWN ON SANDY SOILS AND/OR ON SOILS WITH ≥20% GRAVEL CONTENT. Additionally, Alion requires significant rainfall for being activated which is not guaranteed with spring applications. Field trials at the Marucci Center have consistently shown better weed control efficacy with fall applications than spring applications.
  • Casoron 4G and Alion 1.67SC should be used ONLY for fall/winter applications. Plants must be at least one year old before Casoron 4G or Alion 1.67SC should be used.

Virtual Pesticide Recertification Credit Series – Horticulture 3x Sessions

Sessions hosted by Tim Waller and Bill Errickson – through RCE of Cumberland County

Individual Sessions – October 13th (Th), 20th (Th), 26th (W) 6-7:00pm (Login @ 5:30pm)

Please join us as we discuss topics applicable to all horticulture applicators – the classes of chemistries we use, which to use under various circumstances, and safe handling thereof. These sessions are valuable to our general understanding of IPM tactics via a deeper understanding of the tools available to us.

NOTE: These free virtual sessions (on Zoom) will count as “in-person”, meaning all attendees will receive offered CEUs if they: have a live video feed (and are visible) and upload a government issued photo ID + NJ Pesticide license prior via a secure Rutgers Connect folder (follow directions below, only the agents will have access to information for verification). This approach avoids the 25% online credit restrictions previously in place for those with licenses NOT expiring 10/31/2022.

Government issued photo ID and NJ Pesticide License upload:

  • Click here to upload BOTH your government issued Photo ID and Pesticide License prior to the meeting
  • Upload directions: If you click on the photo ID upload link using a smart phone/tablet you will have the option of simply taking a photo of your ID and uploading it directly into the system. Otherwise, you can scan a copy of your photo ID into a computer and follow the directions at the upload link. If you are unable to upload documentation prior to the meeting, please contact Tim Waller for assistance (twaller@njaes.rutgers.edu).
  • Please upload files of your photo ID and applicator license to the link above as; “Last name_ First_ Photo ID” AND “Last name_ First_ Pesticide License”

Sessions: (You must register for each session individually, but only need to upload ID material one time)

Date:   10/13/2022 (Thursday)

  • Click here to register for 10/13 (TH)
  • How Chemicals Work and Which to Use (Tim Waller, Ph.D. RCE – Cumberland Co.)
  • Tim Waller will be discussing the various types of chemistries and classes thereof that are available for use in comestible agriculture to horticulture to right-of-way to green industries when treating some form of pest (diseases, insects, weeds, etc.). He will explain how these materials behave in or on plants, their effects on pests, when to use which materials, proper handling and safety considerations, and concepts of pesticide resistance that will ultimately lead to better chemical stewardship.
  • CEUs: CORE-2, 1A-2, 3A-2, 3B-2, 6B-2, 8C-2, 10-2, PP2-2

Date:   10/20/2022 (Thursday)

  • Click here to register for 10/20 (TH)
  • Science and Application of Horticultural Sanitation Techniques (Bill Errickson / Tim Waller – RCE – Monmouth / Cumberland Co.)
  • Bill Errickson and Tim Waller will be discussing sanitation techniques that are broadly applicable to horticulture. Sanitation basics, chemical types, and locations where to best utilize sanitation approaches, will be covered. Sanitizing chemistries and pesticides will be highlighted throughout this presentation and will focus on proper handling and safety as many of these compounds are potentially dangerous. Throughout the presentation pest or plant life cycles will be discussed to demonstrate implementation of sanitation techniques.
  • CEUs: CORE-2, 3A-2, 10-2, PP2-2

Date:   10/26/2022 (Wednesday)

  • Click here to register for 10/26 (W)
  • Horticulture Pesticide Safety and Regulation Updates (George Hamilton, Ph.D. – Rutgers Extension Specialist – Pest Management; NJ Pesticide Safety)
  • Dr. George Hamilton will be discussing the reasons for wearing protective equipment (PPE) and the proper types of equipment to use. He will also cover regulations related to recording keeping and application exclusions as well as other pesticide safety related topics.
  • CEUs: CORE-2

Contact RCE of Cumberland County – 856-451-2800 ext.1 with any questions.

ALSO – Rutgers Cooperative Extension of Gloucester County (254 County House Rd, Clarksboro, NJ 08020) is holding an in-person, half-day event, on Tuesday, October 18th from 9:00AM to 12:00PM at their office. Please click here for additional information. CEUs offered at that meeting: CORE-3, 1A-3, 3A-3, 3B-3, PP2-3 


Instructions for Virtual Sessions:

  • Register for each session individually at the above links
  • Include your pesticide license number and date of birth if you would like recertification credits
  • After registration you will receive a confirmation email with a link to the actual twilight meeting.
  • Upload a copy of your government issued photo ID and pesticide license at the link above
  • Day-of – 5:30pm: follow confirmation email link to the session (you may need to copy-paste it)
  • Day-of: Have your video on if you wish to obtain credits

Required to be eligible to receive pesticide applicator recertification credits for these virtual programs:

1.   Attend the entire meeting with live VIDEO feed on, seated in the center of the frameThose without a webcam or  phone attendees without a live video feed are not eligible to receive credits. Call-ins (audio only) are not eligible for pesticide recertification credits as of now; you need a computer/phone/tablet with *live* video capability. If you choose to access via your smartphone, it is recommended that it is fully charged or plugged in; and that any background applications are not running.

2.   Attendees must participate throughout the entire session, staying to the end. Individuals are not eligible for credits if they arrive after the start of the first training topic or leave before the end of the last topic. Polls will be randomly scheduled, and attendance will be visually monitored to verify attendance.


Rutgers is dedicated to protecting your privacy and keeping your personal information safe.  Upon upload, your files will be encrypted and stored to Rutgers Connect. Your information will be kept strictly confidential; used solely to meet NJDEP ID verification protocol for recertification credit; and will not be used for any other purpose. Your files will be deleted within 60 days after the training event.