Methane, both enteric and from manure management, is the most important greenhouse gas
from ruminant livestock, and its mitigation can deliver substantial decreases in the carbon …

The objective of this meta-analysis was to quantify the potential of CH 4-mitigating strategies
in dairy cattle when accounting for the effects of treatment dose, dietary nutrient composition …

The addition of methane-reducing compounds (MRCs) to livestock drinking water presents
an alternative method for enteric methane mitigation in extensive systems where these …

From the perspective of health and environment, the consumption of red and processed
meat in Norway should be reduced. It is possible to increase domestic production of plant …

Enteric methane (CH 4) produced by ruminant livestock is a potent greenhouse gas and
represents significant energy loss for the animal. The novel application of oxidising …

This study aimed to investigate the effects of different storage times of the mixed inoculum on
in vitro rumen fermentation characteristics, microbial diversity, and community composition …

The objective of this metabolism study was to evaluate the efficacy of Siam weed
(Chromolaena odorata) meal in pelleted diets for fattened cattle. Four 2-year-old Bali steers …

A significant impediment to reducing worldwide enteric CH4 emissions is the problem of
adapting mitigation measures to grazing ruminants; this area requires additional …

A significant impediment to reducing worldwide enteric CH4 emissions is the problem of
adapting mitigation measures to grazing ruminants; this area requires additional …

Metan je jedním z hlavních skleníkových plynů, jehož produkce je stále alarmujícím
problémem v souvislosti s globálním oteplováním. Značný podíl na produkci metanu pochází …