Dairy

Dr. Mitloehner Discusses Reducing Methane Emissions at Silicon Valley Summit

Solving big climate challenges across the agriculture industry requires technology, innovation and discussion, all of which were part of the recent THRIVE Global Impact Summit in the Silicon Valley. The event attracted entrepreneurs, investors, and leaders from the realms of agriculture and food technology, brought together to explore topics such as regenerative agriculture, clean energy, and climate change.

GWP* More Useful in Measuring Warming Cause by Livestock Methane Emissions

Quick Facts:
  • First work to apply GWP* to sectoral emissions from a North American animal production system.
  • Serves as case study for the application of GWP* to smaller industry- and locale-specific CH4 emissions data. 
  • GWP* matches the dynamics of warming from declining background CH4 emissions better than GWP-based emissions.

How Dairy Milk Has Improved its Environmental and Climate Impact

Mitloehner lab Ph.D. student Conor McCabe, M.S. explains that with innovation and technology like improved breeding genetics, nutrition research, and better veterinary care a glass of milk today has a much lower environmental footprint than even a few decades ago.

A new study from Dr. Frank Mitloehner’s lab at UC Davis looks at reducing enteric methane using essential oils

Whether or not you subscribe to the ability of essential oils to ease your stress, lighten your mood or give you a feeling of calm, it’s worth taking a look at how some of them are being used as feed additives that reduce greenhouse gas emissions of cattle. A team at University of California, Davis, under the leadership of Frank Mitloehner, Ph.D., published a paper in October 2020, studying Agolin® Ruminant (AGO) and its ability to do just that. The Mitloehner Lab found an 11 percent reduction in methane intensity.