Intensification of livestock systems becomes essential to meet the food demand of the
growing world population, but it is important to consider the environmental impact of these …

The SF6 gas tracer technique is extensively used to measure enteric CH4 emissions for
scientific research in Latin-American countries. Although guidelines on how to properly …

The global dairy sector is facing the challenge of reducing greenhouse gas (GHG)
emissions whilst increasing productivity to feed a growing population. Despite the …

Increasing dairy farm productivity while simultaneously mitigating greenhouse gases
emissions is a common policy goal in many countries. In this paper, we assess trade-offs …

Simple Summary Enteric methane (CH4) emissions are a global concern and have been
associated with climate change. Thus, sustainable, easily applicable CH4 mitigation …

Successful mitigation efforts entail accurate estimation of on-farm emission and prediction
models can be an alternative to current laborious and costly in vivo CH 4 measurement …

Methane (CH 4) produced from enteric fermentation in ruminants has a noticeable impact on
climate change. Prediction models are an alternative to current laborious and costly in vivo …

Many prediction equations are available for enteric methane (CH 4) emission in cattle;
however, these are not suitable for yaks, as CH 4 emission differs between these species …

Agricultural methane produced by archaea in the forestomach of ruminants is a key
contributor to rising levels of greenhouse gases leading to climate change. Functionalized …

Uncertainty quantification and sensitivity analysis are essential for improving the modeling
and estimation of greenhouse gas emissions in livestock farming to evaluate and reduce the …