Acid soil savannas of tropical America are a vast resource to expand agricultural production,
alleviate the pressure on tropical rainforest and reduce greenhouse gas (GHG) emissions …

To meet the global demand for animal protein, sustainable intensification of existing
livestock systems may be possible, especially through integration of livestock with crops or …

Diversification of monoculture grass pastures may provide opportunity for increased
productivity, efficiency, and sustainability of forage-livestock systems. Our objective was to …

In Brazil, integrated crop‐livestock‐forestry (ICLF) production systems, in various modalities
and combinations, are considered a key strategy for a sustainable agricultural development …

Canopy adaptation to shade can make forage nutritive value in a silvopastoral system
similar or even greater than of open pasture. Our objective was to evaluate the shading …

In Brazil, the livestock systems are mainly forage‐based, and nitrogen inputs are an
uncommon practice, despite its great benefits. The objective was to evaluate the effect of …

Although Brachiaria spp. grasses are important components of sustainable forage–livestock
systems in the Amazon biome, cultivar diversification is needed to reduce risk from pests …

There is a need to enhance agricultural intensification and diversification by establishing
alternative crop‐livestock‐forestry systems. Our objective was to compare the production …

A síndrome da morte do capim-marandu (Brachiaria brizantha) é um dos principais
problemas na degradação das pastagens no bioma Amazônia. A morte das forrageiras …

New hybrid grass cultivars may enhance animal performance in forage‐livestock systems if
they possess traits that address edaphoclimatic challenges and pest susceptibility. The …