While the ammonia produced from cow waste doesn't directly contribute to climate change, when mixed with soil it is converted into nitrous oxide, a greenhouse gas. It also contaminates the soil and local waterways. 尽管牛粪便中产生的氨气不会直接导致气候变化,但是氨和泥土混合后会转化为温室气体一...
Contribution of beef and dairy cattle production in the United States (U.S.) to anthropogenic climate change is a growing public policy concern. In recent years, research in this area has begun to quantify greenhouse gas (GHG) emission s... Kimberly R. Stackhouse,Sara E. Place,Michelle S....
approach after research showed a link between a cow's emotional experience and the quality of its milk production.In more recent times, the industry has been put under more scrutiny than ever before as people question the impact of dairy farming and its significant contribution of greenhouse ...
Twenty of our 22 participants believed chronic lameness increases culling rates, for example because these cows were in pain and their problem could not be resolved. Seven also recognized chronic lameness’s indirect contribution to culling decisions, e.g.: You know, if you have a cow that’s ...
De Sevilla notes that this reduction in methane emissions could be a solution to decrease the contribution of the beef cattle sector to climate change. Livestock emissions, particularly methane from cattle, are a significant concern in efforts to combat global warming. ...
IPCC. Summary for Policymarkers.Climate Change 2013: The Physical Science Basis.Contribution of Working Group I to the Fifth Assessment Report of the Intergovernmental Panel on Climate Change, Cambridge Universitiy Press, Cambridge, United kingdom and New York, NY, USA (2013). ...
Such a perspective can help expand understandings of how far investments are ‘real’ or ‘performed’ when benchmarked against their real existence or scientific contribution to averting climate change (Bracking, 2015). Furthermore, through adopting an assemblage lens I also highlight the agency ...
The present results provided new information for mitigation of enteric methane emissions of dairy cows by feeding BS and MCE to influence rumen microbial activities. This fundamental knowledge is essential for developing enteric CH4 reduction strategies to mitigate climate change and reduce dietary energy...
Methane (CH4) is one of the major greenhouse gases originating from cattle. The global warming potential in a 100 years perspective is 28 times higher compared to carbon dioxide (CO2). Hence, the contribution from cattle to greenhouse gas emissions and climate change is substantial1,2. Methane...
Agriculture is the largest source of global ammonia emissions, and livestock farming makes up more than half of that contribution, the researchers noted in a press release, adding that in Europe, 90% of ammonia emissions come from agriculture. ...