Add to ORKGExamines ILCA's research on forage legumes in the past few years; discusses the potential role of forage legumes in increasing crop-livestock productivity in sub-Saharan Africa; and outlines priorities for future research
Ruminant performance in the tropics, as in the Northern Guinea Savanna of Nigeria, is affected by se...
Sub-Saharan Africa is experiencing substantial land degradaton and declining soil fertility. This ha...
Examines ILCA's research on forage legumes in the past few years; discusses the potential role of fo...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
Reviews the present state of knowledge about the biological contribution of nitrogen by forage legum...
Poverty, high population pressure on land-use, and the inability of maintaining fertility through tr...
Examines the potential of forage legume-cereal intercrops in enhancing soil fertility and increasing...
Soil fertility is declining in most agro-ecosystems in sub-Saharan Africa, and incorporation of fora...
Cereal-legume intercrops are quite common in sub-Saharan Africa. However, most of the research in th...
Grain legumes play a key role in smallholder farming systems in sub-Saharan Africa (SSA), in relatio...
Soil fertility is a fundamental biophysical root cause of food insecurity sub-Saharan Africa. Low qu...
Grain legumes play a key role in smallholder farming systems in sub-Saharan Africa (SSA), in relatio...
Discusses the potential of leguminous trees to increase crop-livestock production in sub-Saharan Afr...
Ruminant performance in the tropics, as in the Northern Guinea Savanna of Nigeria, is affected by se...
Sub-Saharan Africa is experiencing substantial land degradaton and declining soil fertility. This ha...
Examines ILCA's research on forage legumes in the past few years; discusses the potential role of fo...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
The soils of sub-Saharan Africa are deficient in many nutrients but the lack of nitrogen is the most...
Reviews the present state of knowledge about the biological contribution of nitrogen by forage legum...
Poverty, high population pressure on land-use, and the inability of maintaining fertility through tr...
Examines the potential of forage legume-cereal intercrops in enhancing soil fertility and increasing...
Soil fertility is declining in most agro-ecosystems in sub-Saharan Africa, and incorporation of fora...
Cereal-legume intercrops are quite common in sub-Saharan Africa. However, most of the research in th...
Grain legumes play a key role in smallholder farming systems in sub-Saharan Africa (SSA), in relatio...
Soil fertility is a fundamental biophysical root cause of food insecurity sub-Saharan Africa. Low qu...
Grain legumes play a key role in smallholder farming systems in sub-Saharan Africa (SSA), in relatio...
Discusses the potential of leguminous trees to increase crop-livestock production in sub-Saharan Afr...
Ruminant performance in the tropics, as in the Northern Guinea Savanna of Nigeria, is affected by se...
Sub-Saharan Africa is experiencing substantial land degradaton and declining soil fertility. This ha...
Examines ILCA's research on forage legumes in the past few years; discusses the potential role of fo...