BRITISH RESEARCHERS FIND TECHNOLOGY TO INSTANTLY REDUCE GREENHOUSE GAS EMISSIONS FROM LIVESTOCK
Recent scientific findings show that global methane emissions produced by livestock are higher than estimated. In this respect, Zaluvida’s Mootral is an instant problem-solver.
Rolle, Switzerland, 05 October 2017 – A recent NASA funded study confirmed that livestock emissions are a considerable contributor to greenhouse gas emissions. The results, which were now published in the journal Carbon Balance and Management, revealed that global methane emissions produced by livestock exceed previous estimates by around 11 percent.1
To date, there has been no commercial, scalable solution to reduce methane emissions from cows. Over the past years, researchers in the UK, funded by the Swissled life science group Zaluvida, together with leading European universities, developed a unique feed supplement, called Mootral, comprised of fruit and vegetables, to instantly reduce methane emissions from ruminants by at least 30%. Mootral can already today help the livestock industry to reduce carbon emissions immediately.
Jamie Newbold, Director of Research and Enterprise and Professor of Animal Science at the Institute of Biological, Environmental and Rural Sciences (IBERS) at Aberystwyth University and member of the Mootral Scientific Advisory Board of the Zaluvida Group says: “What is unique with Mootral is that we have taken the original concept of plant extracts and moved it forward and that the effects are repeatable and reliable and highly potent.”
Climate-friendly products have already been presented in the U.S. and will be coming to Europe this month. Enhancing the value of organic and regional products, Mootral offers consumers the choice to help the environment while continuing to enjoy beef and dairy. This is also crucial, since cows play an important role in transforming biomass, such as grass, into valuable nutrients to feed a growing human population.
1 Revised methane emissions factors and spatially distributed annual carbon fluxes for global livestock, Carbon Balance and Management, 29 September 2017