Measuring dairy cattle methane (CH4) emissions using traditional recording technologies is
complicated and expensive. Prediction models, which estimate CH4 emissions based on …

Data on the enteric methane emissions of individual cows are useful not just in assisting
management decisions and calculating herd inventories but also as inputs for animal …

The effects of dietary supplements for modifying cattle digestion and metabolism are
typically measured after one or more weeks of adaptation. Consequently, how quickly the …

The objective of the present study was to compare the prediction potential of milk Fourier-
transform infrared spectroscopy (FTIR) for CH 4 emissions of dairy cows with that of gas …

Milk fatty acids (MFA) are a proxy for the prediction of CH 4 emission from cows, and
prediction differs with diet. Our objectives were (1) to compare the effect of diets on the …

We evaluated the between-cow (b-cow) variation and repeatability in omasal and milk fatty
acids (FA) related to methane (CH4) emission. The dataset was originated from 9 studies …

Greenhouse gas emission from the activities of all productive sectors is currently a topic of
foremost importance. The major contributors in the livestock sector are ruminants, especially …

Ruminant enteric methane emission contributes to global warming. Although breeding low
methane-emitting cows appears to be possible through genetic selection, doing so requires …

This study aimed to quantify the relationship between CH 4 emission and fatty acids, volatile
metabolites, and nonvolatile metabolites in milk of dairy cows fed forage-based diets. Data …

The sustainability of dairying has been questioned, yet cattle exploit non-food resources
(especially forages) and provide key nutrients for consumers' health. This study, using …