Quantifying methane emissions under field conditions under 2 different dairy production scenarios: Low-input versus high-input milk production.

Livestock production systems with ruminants play a relevant role in the emission of the greenhouse gas CH, which is known to significantly contribute to global warming. Consequently, it is a major societal concern to develop strategies in mitigating such emissions. In addition to breeding toward low-emitting cows, management strategies could also help in reducing greenhouse gas emissions from dairy farms.

Analyzing anatomy over three dimensions unpacks the differences in mesophyll diffusive area between sun and shade leaves.

Leaves grown at different light intensities exhibit considerable differences in physiology, morphology and anatomy. Because plant leaves develop over three dimensions, analyses of the leaf structure should account for differences in lengths, surfaces, as well as volumes. In this manuscript, we set out to disentangle the mesophyll surface area available for diffusion per leaf area ( ) into underlying one-, two- and three-dimensional components.