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2015 Pumpkin Variety Trial

March 17, 2016

2015 Pumpkin Variety Trial
Chuck Bornt and Annie Mills, CCE ENYCHP:

Trial Particulars: The trial was direct seeded June 11, 2015. Two seeds were planted in six hills in side by side rows (12 hills per plot per replication) spaced on 6 foot centers: in-row spacing was determined based on seed company recommendations square footage per plant and converted to be as close as possible based on our 6 foot row center spacing and can be found also in Table 1. Each variety was replicated twice for a total of 24 hills per variety. Rows were marked and 400 lbs of 19-19-19 fertilizer was placed in the rows with a Monosem 2 row planter and seeds were then jabbed in by hand using a jab planter. After planting, Sandea (halosulfuron) at 0.5 ounces per acre plus Dual Magnum (metolachlor) at 1.0 pints per acre plus Command ME (clomazone) at 1.0 pint per acre was applied for weed control. In mid-July, an additional sidesdress of 150 pounds Urea per acre was applied. Starting the last week in July, the first fungicide application for Powdery Mildew as applied. A total of 5 fungicide applications were made weekly using these products in this sequence plus chlorothalonil: Quintec, Torino, Procure, Vivando and a second application of Quintec.

Results: Plots were harvested October 6, 2015. The per acre total number of marketable fruit, marketable fruit weight and average fruit size can be found in Table 2. Also in Table 2 you can find the calculated number of bins (24" tall) based on an average bin weighing 600 pounds and the average number of pumpkins per bin based on the average fruit size. During data collection, we weigh each individual marketable fruit and record it. We do this so we can get an idea of how uniform the fruit size is for each variety and Table 3 is the percentage of fruit based on 5 pound increments. For example, if you look at Racer Plus you will find that 44% of the total marketable fruit are between 5 and 10 pounds, 50% are between 10 and 15 pounds while 6% are 15 to 20 pounds. And finally Table 4 gives you a brief description of each variety.

Summary: The information presented in this report I feel is a very strong representation of how these varieties will perform on most farms with similar care and conditions. However, each farm is different so I suggest that if you decide to try any of these varieties, trial them on a limited scale the first year to see how they actually perform on your farm and your cultural practices. With that said, there are several varieties that stood out in the trial and I would highly recommend. Under pie pumpkins, Early Abundance and Jack Sprat were very attractive and excellent yielding. If you are looking for a novelty type in the pie size, Toad was very unique with its nice orange color, tear drop shape and numerous "warts". This variety I think would be a great choice for retail sales but because of the warts, may be more sensitive to bruising in boxes during delivery. If you have been looking for a larger "munchkin" type then Orangita would be a great choice with it's deep ribbed or scalloped, bright orange fruit. And another novelty type to look at would be WeeeeeOne which looks like a large Jack-O-Lantern that has been shrunk to 1/2 pound.

For small to medium sized Jack-O-Lanterns, those of you that have tried Racer and liked it, might want to look at Racer Plus which is an improved Racer with Powdery Mildew disease tolerance added - uniform, blocky upright round fruit shape with dark orange color and moderate ribbing. If you are looking for another novelty variety, Warty Goblin would be one to certainly look at for retail sales. The orange and green coloring with numerous, large warts really makes it stand out in a crowd of pumpkins.

And finally for large to extra large Jack-O-Lanterns, the one variety that stole the show was a new release from Harris Seeds called Kratos. This variety was uniform, averaging between 20 and 25 pounds with a great dark orange color, medium ribbing and a strong upright round blocky shape with a strong, well anchored handle that seemed to hold its dark green/black color. Rhea, the smaller sister to Cronus also did well in the 20-25 pound category. Another new release from Harris called Zeus should also make the short list especially if your market is looking for that 15-18 pound consistent fruit size. Zeus also has in addition to its Powdery Mildew tolerance, virus tolerance (Zucchini Yellow Mosaic Virus). And by far the largest Jack-O-Lanterns were produced by Cronus, which produces some huge, very attractive fruit (30 pounds plus). However, this variety also requires lots of space as it is a full vining variety. Harris recommends 10 foot centers with 3 - 5 feet in row. 

Thank you to our host grower, Rich Wertman of Wertman Farm and Greenhouses located in Melrose, NY which is in Rensselaer County about 10 miles north of Troy. Rich and his family grow about 60 acres of pumpkins, ranging from pies types to Jack-O-Lanterns. Thanks to the seed companies that provided seed and feedback for this trial (Table 1).

Pumpkin Variety Trial Photos (pdf; 6280KB)

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Farm Food Safety Training with GAPs

April 1, 2025
Farmersville, NY

All produce farms want to grow safe food, right? Are your markets asking for food safety plans or audit certification? Do you want to understand produce safety issues? A way to do this is to learn and follow produce safety practices with Good Agricultural Practices (GAPs).

Join Robert Hadad, Regional Vegetable Specialist with the Cornell Vegetable Program, and Lynn Bliven, Ag & Natural Resources Issue Leader from CCE Allegany County for this full day workshop on Good Agricultural Practices (GAPs) and leave with information to start a food safety plan for YOUR farm!

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Community Gardens Soil Testing Program

Soil testing supports the growth and expansion of community gardens by protecting the health and safety of the food produced in these gardens. CCE Harvest NY, in partnership with the NYS Department of Agriculture & Markets (AGM) and the Cornell Soil Health Lab, is offering eligible, food-producing gardens in New York State the opportunity to send soil samples for testing without charge.

The soil test will analyze samples for heavy metals and nutrient levels. Test results help gardeners make appropriate plans to produce high quality fruits, vegetables, and flowers. Technical support and education for participating growers will be provided by the CCE Harvest New York team. Learn more about the 2025 Community Gardens Soil Testing Program.

Winter Cover Cropping in High Tunnels

Cornell Cooperative Extension is researching cover crops for high tunnel growers to better manage fertility and improve soil health. Our work has shown that winter cover cropping in high tunnels has the potential to add organic matter, improve soil structure, support microbial activity, and help with nutrient management by scavenging leftover nitrogen and/or fixing nitrogen. This publication, Management Practices for High Organic Matter Soils: Winter Cover Cropping in High Tunnels, shares best practices for winter cover cropping in high tunnels including species selection, planting rates and dates, termination, and cultural management considerations.

Laser Scarecrows to Deter Birds in Sweet Corn

Are you considering the use of a laser scarecrow to deter birds on your farm? Cornell Cooperative Extension and the University of Rhode Island teamed up to test a research laser scarecrow on sweet corn farms.

A laser scarecrow is a device that has one or more laser modules connected to motors. The specifications of the lasers are optimized to the color and motion sensitivity of bird's eyes. When laser beams move across a field, birds become frightened and attempt to move away from the perceived threat. Light from the laser covers an area quickly and moves through the canopy without causing injury to the crop. Research demonstrates that birds do not readily become habituated to the laser.

A laser scarecrow used as the sole deterrent typically results in a significant reduction in crop damage. Combined with an auditory device, damage can be reduced even more. When used as part of an integrated management program for bird control that utilizes habitat management and multiple scare tactics, laser scarecrows can be useful tools for growers of multiple crops. All scare tactics must be deployed before birds find the field. The effectiveness of lasers depends on multiple factors such as bird species, bird populations, habitat and food availability. Lasers are not effective at deterring deer, racoons, coyotes or other mammals.

To learn more, the Laser Scarecrows to Deter Birds in Sweet Corn and Other High-Value Agricultural Crops fact sheet provides background information, research data, FAQs, and Advantages/Limitations on laser scarecrows.

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Cornell Cooperative Extension has partnered with dozens of urban farms across New York State to demonstrate and evaluate sustainable pest management strategies. Together with farmers, we found success using control methods that prevent or reduce crop losses through exclusion strategies, crop timing, host resistance, the introduction of beneficial organisms, and more. Regardless of management strategy used, common requirements for success include a knowledge of the pest and disease complex, preventative deployment and commitment to the process. The New York Urban Farms Sustainable Pest Management Fact Sheet Series includes case studies highlighting pest management techniques that New York urban farms have found valuable.

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As part of a multi-year project exploring non-spray pest management options that are economically and environmentally sustainable for urban farms, we conducted a needs assessment with urban growers across New York State. The New York State Urban Growers Pest Management Needs Assessment presents findings on current pest management practices, challenges, and topics of future interest.

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