The understanding of plant morphological and physiological responses to shading can
contribute to developing sustainable silvopastoral systems (SPS). Our objective was to …

Methane (CH 4) emissions from enteric fermentation by cattle are the main source of
greenhouse gases in livestock systems, but scarce information is available on the effect of …

Residue decomposition from cattle dung is crucial in the nutrient cycling process in
Integrated Crop–Livestock Systems (ICLS). It also involves the impact of the presence of …

Scientific papers regarding BRS Tamani management under shaded systems are still
scarce. Thus, the objective of this study was to measure tissue flow through morphogenesis …

Sustainable intensification of livestock production systems has become a global demand. In
silvopastoral systems, contrasting shading levels caused by the presence of trees interferes …

Integrated crop-livestock systems (ICLS) include diversified agricultural practices, like crops
and animals grazing in the same area and frequently with afforestation. A return to these …

Integrated crop-livestock systems have been proposed as a method to sustainably intensify
agricultural systems. However, it is important to understand what is known about these …

Mid-forest meadows are integral to maintaining biodiversity and ecological services in
forested landscapes but face degradation due to various reasons. This study evaluated the …

Destructive sampling method is regarded as the standard approach for evaluating pasture
herbage. However, non-destructive methods for managing pastures are rapidly gaining …

Agropastoral systems are a growing trend worldwide, however, understanding the impact of
tropical pasture intensification on this system is fundamental for developing sustainable …