Add to ORKGDespite the demonstrated potential of rhizoma peanut (Arachis glabrata Benth.; RP) for grazing in the southeastern USA (Ortega-S. et al. 1992), high establishment cost and removal of land from production during establishment have limited its use to primarily hay production systems. The premise of this experiment is that strip-planting RP in existing bahiagrass (Paspalum notatum Flügge) pastures offers the opportunity to use grass forage during the legume establishment phase so that land need not be totally removed from grazing, while allowing successful establishment of the legume
A 2-yr grazing study quantified pasture and animal responses of four forage systems (FS) grazed at t...
Here we describe and analyze an innovation framework implemented by Embrapa over the last 40 years t...
Irrigated mixed pastures of kikuyu (Pennisetum clandestinum) over-sown with Italian ryegrass (Lolium...
Despite the demonstrated potential of rhizoma peanut (Arachis glabrata Benth.; RP) for grazing in th...
Perennial warm-season grass pastures, primarily bermudagrass (Cynodon dactylon [L] Pers..)) and bahi...
An on-going pasture demonstration study has been used since 1988 to demonstrate methods to improve p...
In 2010 a three year Meat and Livestock Australia funded Producer Demonstration Site (PDS) was estab...
Pasture legumes have been identified as the best long-term option to increase the productivity and r...
Only a handful of well-adapted herbaceous summer forage legumes are currently marketed for drier reg...
Legumes can improve the production and nutritional value of pastures while reducing nitrogen fertili...
This fact sheet provides research based guidance on the most effective way to inter-seed legumes int...
The historical context, recent trends, and possible future role of forages in cropping systems are r...
Forage legumes provide an alternative N source in grazing systems. The objective was to evaluate pla...
Interest in substituting legumes for N fertilizer in beef cattle grazing systems has recently increa...
Soil fertility is a fundamental biophysical root cause of food insecurity sub-Saharan Africa. Low qu...
A 2-yr grazing study quantified pasture and animal responses of four forage systems (FS) grazed at t...
Here we describe and analyze an innovation framework implemented by Embrapa over the last 40 years t...
Irrigated mixed pastures of kikuyu (Pennisetum clandestinum) over-sown with Italian ryegrass (Lolium...
Despite the demonstrated potential of rhizoma peanut (Arachis glabrata Benth.; RP) for grazing in th...
Perennial warm-season grass pastures, primarily bermudagrass (Cynodon dactylon [L] Pers..)) and bahi...
An on-going pasture demonstration study has been used since 1988 to demonstrate methods to improve p...
In 2010 a three year Meat and Livestock Australia funded Producer Demonstration Site (PDS) was estab...
Pasture legumes have been identified as the best long-term option to increase the productivity and r...
Only a handful of well-adapted herbaceous summer forage legumes are currently marketed for drier reg...
Legumes can improve the production and nutritional value of pastures while reducing nitrogen fertili...
This fact sheet provides research based guidance on the most effective way to inter-seed legumes int...
The historical context, recent trends, and possible future role of forages in cropping systems are r...
Forage legumes provide an alternative N source in grazing systems. The objective was to evaluate pla...
Interest in substituting legumes for N fertilizer in beef cattle grazing systems has recently increa...
Soil fertility is a fundamental biophysical root cause of food insecurity sub-Saharan Africa. Low qu...
A 2-yr grazing study quantified pasture and animal responses of four forage systems (FS) grazed at t...
Here we describe and analyze an innovation framework implemented by Embrapa over the last 40 years t...
Irrigated mixed pastures of kikuyu (Pennisetum clandestinum) over-sown with Italian ryegrass (Lolium...