DSM says a two-year large-scale trial in beef cattle in Alberta, Canada has successfully demonstrated that its feed additive 3-NOP, branded as Bovaer, can be included in commercial feedlot diets to reduce methane emissions by up to 80%, without negative...
Preliminary data from a trial evaluating a Locus Fermentation Solutions’ microbe in cattle at UC Davis showed significant reduction in methane emissions in cows, without sacrificing animal health or performance.
EU feed trade group, FEFAC, has welcomed the European Commission’s recognition of feed materials and additives as part of the solution to help reduce methane emissions from cattle farming.
US company, Blue Ocean Barns, says it has developed a feed supplement from the red seaweed, Asparagopsis taxiformis, which, when minimally processed and fed in small amounts to cattle, significantly reduces their methane emissions.
DSM says it is building on its work to date on feed enzymes, on algae derived omega-3 and on methane emissions reduction to lead what it terms a robust and achievable transformation worldwide in sustainable animal protein production.
A group of researchers, including from the Food and Agriculture Organization of the United Nations and the University of Wageningen in the Netherlands, said the livestock chain, including the dairy industry, emits 65 trillion grams of nitrogen into the...
A US study suggests that DSM’s feed additive, 3-NOP, is a promising candidate for reducing enteric methane emissions, while maintaining lactational performance in dairy cows and potentially increasing milk fat yield.
Swedish start-up, Volta Greentech, just closed a SEK 5m (US$500K) funding round to expand pilot production of a product derived from the red seaweed, Asparagopsis, to reduce methane emissions in cows.
California’s methane-target program shows how partnerships can support livestock producers and research while reducing greenhouse gas emissions, says expert.
The animal nutrition business delivered a solid result with strong sales growth across regions and species, said DSM, as it announces its Q4 and FY2019 results.
SomaDetect sees funding support to expand the pilot testing of an in-line milk analysis sensor intended to improve dairy production and help reduce greenhouse gas emissions.
We talk to UK feed and ag inputs representatives, AIC, about the trade group's efforts to further the sustainability agenda with its members, who are responsible for some £9bn (US$11.8bn) of farm trade,
European feed sector representatives said the sector ready to support the EU’s Green deal, while outlining the work it has already done to realize more sustainable feed and livestock production.
Bigelow Laboratory for Ocean Sciences is focusing on developing a feed additive from regional seaweeds to reduce methane production and improve dairy cow health.
Supplementing beef cattle diets with nitrate and canola oil lowered methane yield and daily methane production but it does not alter the flow of microbial non-ammonia nitrogen, researchers say.
DSM recently announced it is taking the next step towards implementing its methane inhibitor, now branded as Bovaer, in the Netherlands through a trial at the Dairy Campus in Leeuwarden.
Algae-based feed additive wins Mars Wrigley, Land O’Lakes support during a sustainability innovation challenge and will see an on-farm pilot supported.
Royal DSM is seeking to reduce the methane generated by dairy cows raised on pasture, following efforts to address production of the gas by animals managed in more intensive systems.
DSM is set to file for Brazilian registration of its new feed additive that it claims can cut methane emissions in cows by around 30%, as first reported by Reuters yesterday [August 7].
DSM has commenced filing for EU authorization for its new additive for dairy cows that it claims will reduce methane emissions by around 30% and, thereby, significantly reduce the environmental footprint of milk and dairy products.
New Zealand's interim Climate Change Committee has released advice to the government there on how to reduce agriculture's methane and nitrous oxide emissions; it recommends a farm-level levy/rebate scheme to motivate and reward actions.
Scientists now have in vivo evidence that Asparagopsis seaweed can reduce methane emissions from dairy cows, providing further support for the use of this species as a feed additive.
Adding pods and foliage of locally available legumes to cattle diets, may reduce cattle methane emissions, boost protein digestion and support dry matter intake, say researchers.
A team involving Chilean and UK based researchers tested the effects of including different fat sources in dairy cow diets in the form of unprocessed oilseeds including rapeseed, linseed and cottonseed simultaneously on methane emissions, nitrogen utilization...
Combing a cow’s own genetics with strategies that target changes in her rumen flora may be able to reduce methane emissions more effectively than by only selecting for low methane-emitting cows, according to a study from Denmark.
A strain of seaweed is showing promise in reducing the amount of methane dairy cows produce when a small amount is added to their regular diet, says a researcher.
Although feed type and intake can aid enteric methane emission calculations, uncertainties continue for estimating manure-generate emissions, says researcher.
The FAO reports on how a feeding strategy it initiated through a research alliance helped to reduce methane and improve dairy cattle productivity in Ethiopia.
Dietary approaches from ration balancing to plant extract supplementation could boost milk yields in developing countries while supporting a reduction in methane emissions, said a leading Indian researcher.
Feeding trials are demonstrating that a pellet developed from grape marc and lucerne ‘offal’ by researchers at the University of Adelaide in Australia, could be an economically viable route to reducing methane emissions in ruminants.
Nutrition and feeding approaches may be able to lower enteric methane in dairy production by up to 15%, but rumen modifiers have had very little success in terms of sustained methane reductions without compromising milk production, found a meta-analysis.
