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Best Management Practices for Long-Term High Tunnel Soil Sustainability

Judson Reid, Extension Vegetable Specialist
Cornell Vegetable Program

April 25, 2017

Best Management Practices for Long-Term High Tunnel Soil Sustainability

A collaboration between Cornell Vegetable Program, the Cornell Student Organic Farm and NOFA-NY resulted in a $10,000 award from the Towards Sustainability Foundation. The project team worked closely with 10 high tunnel operators across Central and Western NYS, educated farmers and students, and provided technical assistance in managing soil health in high tunnels for long term productivity. At these farms a total of 20 soil tests and 80 foliar tests were performed, and it was documented that 7 of the 10 farms regularly exceeded recommended soil nutrient levels, often by more than 150%. These excess levels not only indicated a challenge in environmental, but also financial sustainability. Phosphorus, calcium and magnesium from fertilizers build up over time and interfere with other nutrient uptake. High pH irrigation water and fertilizers cause soil pH to rise, limiting micronutrient availability.

Project staff worked closely with growers to analyze and respond to the results, focusing on reducing phosphorus and calcium inputs and better supplying the crop with sufficient nutrition. This reduced excess nutrient application in high tunnel soils and lead to improved net profitability as input costs decrease and yields increased. The 10 participating NYS High Tunnel growers improved tunnel sustainability by optimizing fertilizer inputs, balancing macro-nutrients, decreasing compaction, increasing organic matter levels and other related parameters through the implementation of soil BMPs.

  • 6 of 10 participating growers adopted the incorporation of cover crops to the high tunnel rotation to increase organic matter, reduce compaction and reduce excess nutrients in the soil. 
  • 8 of 10 participating growers adopted the use of low-to-no phosphorus fertilizers to avoid further nutrient build up. 
  • 8 of 10 participating growers improved their pH management strategy through soil and/or water acidification.
  • After participating in this project, net high tunnel income increased by an average of $1556.61, for an average increase of 26.9%. 

The program was refunded for an additional $10,000 to continue the work in 2017.

A short video about high tunnel soil conditions, produced by NOFA-NY, features Cornell Vegetable Program Specialist Judson Reid.



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Upcoming Events

2025 Finger Lakes Auction Winter Growers Meeting

Event Offers DEC Credits

January 2, 2025
Penn Yan, NY

At this grower-focused meeting, ag industry experts will discuss pest control in vegetables, weed management strategies and best practices, seed germination, an introduction to foliar nutrient uptake in vegetables, and grouping flowers by growth needs. Plus we'll hear from a grower panel from Kutztown Produce Auction, moderated with NYS specific pest control from Judson Reid.

View 2025 Finger Lakes Auction Winter Growers Meeting Details

Intro to Food Safety and GAPs Training

February 19, 2025
via Zoom,

This virtual workshop will serve two purposes: 

  • For produce farms just interested in learning about farm food safety, this program will introduce principles and best practices.
  • For produce farms look for a GAPs (Good Agricultural Practices) training needed to meet buyer demands for audit/certification, this program will provide that as well.
View Intro to Food Safety and GAPs Training Details

Announcements

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.

NY Urban Farms Pest Management Fact Sheet Series

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.

NYS Urban Growers Pest Management Needs Assessment

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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