C-Lock builds universal livestock methane measurement framework
C-Lock Inc. discusses the urgent need for a standardised measurement framework in livestock methane research to enhance emissions reduction and address current inconsistencies. Livestock agriculture sits at the centre of one of the most urgent and contested conversations in climate science. Enteric fermentation, the digestive process by which ruminant animals break down plant matter in their stomachs, produces methane as a natural by-product, and that methane carries a global warming potential more than 80 times that of carbon dioxide over a 20-year horizon. With cattle populations expected to grow alongside global demand for meat and dairy, the scientific community faces enormous pressure to develop, validate, and scale solutions that meaningfully reduce these emissions. Billions of dollars are now flowing into livestock methane reduction – through feed additives, selective breeding programmes, rumen microbiome research, and precision farming technologies. Governments are introducing policy mandates. Carbon credit frameworks are expanding to cover agricultural emissions. The industry, by any measure, is mobilising. And yet, there is a fundamental problem undermining this entire body of work, one that sits not …
