Soil micronutrients limit crop productivity in many regions worldwide, and micronutrient
deficiencies affect over two billion people globally. Microbial biofertilizers could combat …

Production systems that feature temporal and spatial integration of crop and livestock
enterprises, also known as integrated crop-livestock systems (ICLS), have the potential to …

Integrated crop–livestock systems are a form of sustainable intensification of agriculture that
rely on synergistic relationships between plant and animal system elements to bolster critical …

Integrated crop–livestock (ICL) production enhances diversification and provides ecosystem
benefits by improving nutrient cycling and energy efficiency, thus, increasing overall farm …

Weeds are a concern to farmers mainly by reducing crop yield, especially in organic farming
where herbicides are not an option. Additionally, reducing reliance on herbicides is among …

Integrated crop-livestock system (ICLS) is expected to improve the soil structure and
porosity, yet the studies quantifying the effect of ICLS on soil porosity is still limited. This …

No-tillage cover crops contribute to better soil quality, being able to replace mechanized
tillage management. This observation can only be made after several years of adopting …

Nutrient-use efficiency in pasture-crop rotations is not well understood. The hypothesis of
this research is that nitrogen (N) cycled from the corn crop to the following pasture is not …

In tropical agroecosystems, intercropping crops and including perennial forages can
increase crop system diversity and sustainability. However, adequate management of cash …

Soil management systems directly interfere in the soil–plant relationship. However, there are
still few studies evaluating the influence of long-term management systems on the …