Researchers examine floor space allowance for sow housing, trying to find the right balance to maintain animal welfare without compromising sow inventory and total production.
Efficiency in today’s hog operation is the name of the game, and that isn’t just for the production of the pigs in the barns. Producers are also concerned about energy use. This study is one of the first to specifically measure the energy consumption of operating commercial pork production systems.
How one UMM student found her calling while working with the WCROC dairy herd.
Using captured and recycled nutrients from runoff water, Rob Gardner, Assistant Professor of Renewable Energy at the WCROC hopes to produce an environmentally friendly microalgae-based biofertilizer.
U of MN researchers are studying how to pulverize weeds with abrasive grit as an alternative to herbicides or hand pulling.
Dr. Lee Johnston spent two weeks at the Ministry of Agriculture Feed Industry Center (MAFIC) in Beijing China during late September. Lee was invited by the Director of MAFIC, Dr. Defa Li, to go to Beijing to work with their graduate students and faculty on editing and advancing papers for scientific publication.
Swine producers looking to transition into organic production will soon have additional resources and support from the U of MN WCROC swine research team. Yuzhi Li, Associate Professor of Swine Behavior and Welfare at the WCROC, was recently awarded funding through the USDA National Institute of Food and Agriculture to look at ways to better support organic swine producers. One of the goals of the project is to provide scientific-based information to producers to help them in organic swine production.
Research by the WCROC provides agriculture many benefits, including a unique way to make nitrogen fertilizer. The research seeks to reduce fossil energy consumption in production agriculture by utilizing wind energy to produce nitrogen fertilizer.
Looking for ways to save energy in your milking parlor? Some simple and inexpensive changes can slash your electricity and fuel bills.
Camelina, planted as a winter annual, shows promise as a soybean cover crop and food source for pollinators in field trials conducted by University of Minnesota and USDA scientists.