Methane mitigation: Understanding the rumen microbiome

19-05-2022 | |
Understanding the different types of methanogens, how they interact with other microbes and their role in methanogenesis may enable the unveiling of mitigation strategies that can effectively reduce CH4 formation without disturbing the ruminal environment. Photo: Mark Pasveer
Understanding the different types of methanogens, how they interact with other microbes and their role in methanogenesis may enable the unveiling of mitigation strategies that can effectively reduce CH4 formation without disturbing the ruminal environment. Photo: Mark Pasveer
Several CH4 mitigation approaches have been investigated, but results have been inconsistent, which may be partially attributed to a lack of understanding of the mechanistic basis of methanogenesis and the effect of inhibitors on individual methanogenic lineages and other fermenting microbes in the rumen. Besides methane being an environmental issue, CH4 formation leads to a gross energy loss for the ruminant host. In this study, researchers from the University of Pennsylvania addressed criti


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Redacteur 1

Zana
van Dijk

Redacteur 2

Chris
Mccullough

Redacteur 3

Samaneh
Azarpajouh

Wedzerai
Matthew Wedzerai Freelance correspondent

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