Sub-Saharan Africa (SSA) faces chronic food insecurity associated with soil degradation
and the peculiar aftermath of climate change and exacerbated by rising population and …

Traditional Nitrogen (N) fertilization practices for tropical perennial grass are still based on
annual amounts, following flat N rates instalments. This strategy does not consider variations …

Integration of perennial peanuts into warm-season grasslands offers a potential solution to
reduce nitrogen (N) fertilizer input and enhance N cycling through soil microbial activities …

Integrating warm-climate forage legumes into grass monocultures has received significant
research attention during the past 70 years, but widespread adoption by end users has been …

Little is known about the rate of mineralisation of chicory (Cichorium intybus) residues and
how this may influence the availability of nitrogen (N) for subsequent crops. An incubation …

Rhizoma peanut (RP)(Arachis glabrata Benth.) is a sustainable warm-season perennial
forage option in Florida that reduces the reliance on nitrogen (N) fertilizers. This forage …

Roots and rhizomes can play an important role in nutrient cycling, however, few studies
have investigated how their decomposition pattern is affected by defoliation and time of the …

Grazing lands cover more than one-third of the terrestrial land surface and are still
expanding. The intensity of grazing is also growing with time due to the increase in the …

Purpose This review describes ecosystem services (ES) obtained from grasslands within the
southeastern United States. In addition, future direction and the importance of these ES to …

Reducing nitrate leaching and addressing water quality concerns is a challenge in grazed
pasture systems globally. Recent single soil, single region studies have indicated that the …