Farms.com Home   News

Dairy Defined: To Reduce Greenhouse Gases, Dairy Has Solutions For All Sizes

The methane digester on Belden Farms in Hatfield, MA, owned and operated by Darryl and Lucinda Williams, generates almost 2.5 million kilowatt hours of electricity per year, avoiding 1,768 metric tons of greenhouse gas (GHG) emissions — equivalent to taking 382 cars off the road.

That’s a big reduction – and one from a farm without a lot of dairy cows. The farm’s mostly Holstein 174 milking-cow herd is much smaller than many other operations with the same technology. They make it work through cooperation: Their digestor is also supplied by the farm’s 30 beef cattle and food waste from local businesses.

The Williams family’s history of stewardship goes back to 1661, caring for their animals across 13 generations. A founding member family of the Agri-Mark cooperative, they have shown that tackling greenhouse gases in dairy can be scalable, as well as doable, for farms of all sizes today and in the future. That’s key to the dairy sector’s goal of net-zero greenhouse gas emissions by 2050. Solutions look different for different operations. They’re all united by a common goal, and common values.

On the other side of the country, in Sunnyside, Washington, Dan DeGroot has adjusted his cow housing at Skyridge Farm switching from an open lot to a free-stall operation beginning in 2003.

The DeGroots installed a variety of technologies – variable-speed drive (VSD) motors, programmable logic controllers (PLC), energy efficient lighting, and more – to save energy and make the cows more comfortable, decreasing emissions and increasing productivity along the way.

Other changes, like a recycling program, further technology upgrades and modified tilling, were all adopted after DeGroot systematically analyzed as many processes on his farm as possible and started selecting areas for improvement.

One of the tools available to farmers wanting to quantify and improve their sustainability efforts is the FARM Environmental Stewardship program area. Using a peer-reviewed model, the program estimates farm-level greenhouse gas emissions and energy use on dairy farms. It also provides tools for farmers to improve their carbon footprints.

Farms that undergo an environmental stewardship evaluation come away with a better understanding of how their current practices relate to greenhouse gas emissions. Then, with FARM resources such as its Continuous Improvement Reference Manual, they can set goals to decrease their emissions, helping to set the sector as a whole on a path toward Net Zero, along with a set of sustainability goals for 2050 that include becoming carbon neutral or better, optimizing water use while maximizing recycling, and improving water quality.

Click here to see more...

Trending Video

Season 6, Episode 10: Defining Resiliency and the Research Driving Swine Health Forward

Video: Season 6, Episode 10: Defining Resiliency and the Research Driving Swine Health Forward

Genetic research and new technologies continue to influence the future of swine health and production efficiency. In this episode, we explore how research and technology are being used to support stronger, more resilient pigs, while also improving overall production outcomes. In this episode, we are joined by Dr. Jenelle Dunkelberger, geneticist with Topigs Norsvin, to discuss both routine and emerging strategies for improving piglet, pig, and sow livability. She outlines two primary approaches to enhancing resiliency: gene editing and traditional selective breeding. Continuing the resiliency conversation, we also hear from Dr. Lucina Galina, director of technical research projects at the Pig Improvement Company. She shares insights into ongoing gene-editing work focused on PRRS, detailing the pathway to success, regulatory and practical considerations, and the questions that still remain as the technology evolves. Together, these conversations provide a closer look at how research, genetics and innovation are shaping the future of swine health and livability.