Hoard’s Dairyman, The National Dairy Farm Magazine, has made note of two NNYADP projects: its May 2022 includes a just-inside-the-front-cover article by Paul Virkler, D.V.M., and Wolfgang Heuwieser, D.V.M., titled “E-Training proves the need for refresher courses,” on the pilot project funded by the NNYADP that developed five dairy training modules that farm employees can access on their smartphones or laptops. This project was tested as an alternative to face-to-face education during the pandemic with positive results. The May 19, 2022 Hoard’s Dairyman E-News include noted of the NNYADP’s 2022 dairy project that is evaluating kefir as a probiotic supplement for dairy calves.

Learn more about NNYADP dairy research under the Research: Dairy tab on this website.

Funding for the NNYADP is supported by the New York State Legislature through the New York State Assembly and administrated by the New York State Department of Agriculture and Markets.

Canton, New York; May 16, 2022.  The results of soil research by the Northern New York Agricultural Development Program has revealed a relationship between soil compaction and variable crop yield on commercial farms in northern New York. The results of this investigation are posted in the report entitled “Is Soil Compaction a Big Driver of Yield” on the NNYADP website at www.nnyagdev.org.

“This project discovered a significant relationship between soil compaction within fields and yield, using yield stability zones based on both yield and consistency,” said Northern New York Regional Field Crops and Soils Specialist Kitty O’Neil, Ph.D., with Cornell University Cooperative Extension (CCE). Dr. O’Neil led the research team for this NNYADP project.

Started in 2021, this NNYADP project has begun investigating the relationship between the variation in soil compaction severity in direct proportion to the variation in historical crop yield across a field. The project goal is to help farmers harvest optimal yield from all areas across their fields through improved soil health and ecological function within the soil.

“While soil compaction from the ground surface level to 12.6-inch depth was significant in all the yield zones in all the fields in our study, it was more severe in the consistently lower-yielding zones,” Dr. O’Neil explained.

Dr. O’Neil and CCE Regional Field Crops Specialist Mike Hunter collected more than 360 soil penetrations in each of four fields, representing 18 different soil types total on working dairy farms in October and November 2021. In some cases, sampling at depths of 12.6 inches was not possible due to high soil resistance, as much as 1,130 pounds per square inch (PSI).

While the causes of yield reduction in the lower-yielding field zones may be numerous and variable across fields or years, the on-farm research in 2021 suggests one potential cause may be increased soil compaction as revealed by this first-year data.

The farmer-driven NNYADP prioritized this soil compaction research for attention in 2021. The need to better understand soil compaction on regional dairy farms was highlighted earlier in a 2019 NNYADP analysis of nine conventionally-tilled dairy farm fields, all of which showed serious soil compaction at the surface and at depth with considerable within-field variability.

The 2021 project additionally drew upon earlier, multiple-year NNYADP research results on zone management and yield stability mapping conducted by the Cornell University Nutrient Management Spear Program. For example, a related study revealed that 90 percent of fields had significantly lower yields – an average of 15 percent loss – on field headlands. The earlier field study did not measure soil compaction.

Dr. O’Neil cautions that the 2021 project data is preliminary, saying, “This first-time data provides a starting point for evaluating soil compaction impact on crop yield over time and will serve as a foundation for developing ways to assure healthier soils in support of high quality and high yield corn as a vital crop for New York’s dairy and livestock industries.”

Healthy soils resist erosion and more efficiently cycle nutrients, both critical to agricultural environmental stewardship goals.

Funding for the Northern New York Agricultural Development Program is supported by the New York State Legislature through the New York State Assembly and administered by the New York State Department of Agriculture and Markets.

Legislators Note Value of Farmer-Driven Program’s Research Results

Plattsburgh, N.Y.: May 9, 2022.  The Northern New York Agricultural Development Program (NNYADP) has announced fourteen farm-based research projects underway in 2022. Project funding is being applied to a diverse range of research focused on high priority needs or opportunities identified by the farmer-driven NNYADP. Funding for this research is supported by the New York State Legislature through the New York State Assembly and administered by the New York State Department of Agriculture and Markets.

New York State Assemblyman Billy D. Jones, 115th Assembly District, in the eastern region of northern New York, ran his family’s dairy farm after high school graduation. As an Assemblyman, he now serves on the Assembly Agriculture Committee.  Assemblyman Jones said, “As a former dairy farmer, I appreciate the NNYADP for not only producing innovative research, but also for including farmers in the entire process and listening to their input. This program is crucial for North Country farmers and continues to make a difference in agriculture statewide and that is why I have secured funding in the state budget for the past several years to support this program. From on-farm tile drainage to dairy production and tree syrups research, the NNYADP is on the cutting edge of agriculture and I look forward to hearing more about the upcoming projects.”

New York State Assemblywoman Donna A. Lupardo, 123rd Assembly District, Chair, Assembly Agriculture Committee, said, “Created in 1961 by the State Legislature, the NNYADP consistently delivers quality research with statewide and national significance. Today’s announcement underscores the valuable work being done on behalf of New York’s farmers who have direct input into the process. I’d like to thank my colleague Assemblyman Jones, a member of the Agriculture Committee, for continuing to prioritize NNYADP’s funding request.”

New York State Assemblyman Ken Blankenbush, 117th Assembly District, Assembly Agriculture Committee member, said, “The Northern New York Agricultural Development Program continues to do important work on behalf of our farmers and the entire agriculture community. Over the past few years, farmers have been shouldered with historic burdens. I am happy to support this funding that will allow the NNYADP to conduct 14 new farm-based research projects and hopefully improve the business atmosphere for our small family farms.”

The State funding supports the NNYADP’s tile drainage and water quality-focused agricultural environmental stewardship research that is producing progressive real-world, data-based results sought out by entities statewide and nationally.

Other NNYADP projects that have received funding include the application of whole farm sustainability assessments helping regional farms be agriculturally efficient and environmentally-sustainable.

Additionally, researchers with an NNYADP grant are investigating the use of kefir as a probiotic supplement to enhance the health of dairy calves.

As assessment of the feasibility of American Beech tree syrup production is complementary to earlier NNYADP research regarding the opportunity for northern New York maple producers to add birch syrup to their product lines. One farm participating in trials in 2015-2016 made a small quantity of birch syrup valued at $80 for a half gallon.

NNYADP horticultural research priorities in 2022 include “super fruit” production trials of elderberry, juneberry, honeyberry, and aronia as well as winter greens research and an in-orchard precision apple management project.

NNYADP project results are publicly accessible at https://www.nnyagdev.org.

Keeseville, New York; March 28, 2022.  The movement of water and the nutrients it carries over and through soil is a complex process. To understand how the use of tile drainage influences that process, the farmer-driven Northern New York Agricultural Development Program (NNYADP) and Miner Institute are collaborating on agricultural nutrient transport and water quality research of interest to conservationists and farmers locally, statewide, and nationally. The latest results of two projects collecting data year-round from side-by-side trials of tile-drained and undrained fields on a working farm are now posted at https://nnyagdev.org/index.php/2021-nnyadp-projects/.

“The farmers who guide the Northern New York Agricultural Development Program prioritized the development of a real-world, data-based foundation for creating and refining best management conservation and agricultural guidelines that can work in tandem to protect both water quality and crop production success,” said NNYADP Co-Chair Jon Greenwood, a dairy farmer in Canton, New York, in St. Lawrence County.

This research began with land provided by the New York State Department of Environmental Conservation; it has now evolved to trials under northern New York growing conditions on a working farm to provide real-time information on how nutrients move in undrained and tile-drained fields.

Laura Klaiber, a nutrient management researcher with Miner Institute, Chazy, New York, is the project leader. She has presented the progressive, detailed data collected during this research at regional, state, and national conferences of farmers, soil and crop scientists, agronomists, soil health specialists, and natural resource conservation and management professionals.

“The tiling of farm fields has received heightened scrutiny along Lake Champlain and watersheds throughout the nation due to concerns about how it may influence the amount of runoff and the levels of nutrients such as phosphorus or nitrogen that could be transported into nearby waters,” said Klaiber.

Klaiber is collecting surface runoff and tile drainage water samples and analyzing them for nutrient removal rates alongside field production data that measures fertilization and crop uptake of nitrogen and other nutrients.

She notes that there has been very little research nationwide that has focused on identifying the potential impact on water quality that may occur when the primary pathway of runoff changes from the surface to belowground.

“With these trials in northern New York, we now have data with promising and important implications for phosphorus reduction efforts; however, we need to better understand the connected processes associated with increased risk for nitrogen mobilization,” Klaiber explained.

The influence of changing weather patterns, extreme weather events, and farm management practices for such tasks as planting and harvesting are also part of Klaiber’s project work.

“With a changing climate and more frequent extreme weather events, growing conditions for farmers are now more challenging than ever. Research is critical to provide guidance that our farmers can use to adapt to these challenges and continue to grow high quality crops in a manner that also preserves our natural resources,” Klaiber noted.

Funding for the Northern New York Agricultural Development Program is supported by the New York State Legislature and administered by the New York State Department of Agriculture and Markets.