A study conducted to develop a classification for Ethiopian clovers based on the performance and phosphorus requirement which has potential for selecting accessions from the rest of the ILCA germplasm suitable for different levels of soil The effects of different P levels on the growth and N and P nutrition of 20 accessions from eleven Ethiopian clover (Trifolium) species were investigated in a glasshouse. The treatments were 0, 12.5, 25, 37.5 and 50 mg P/kg
Maintaining and increasing legume abundance is a critical component of pastoral intensification, inc...
Sesbania, particularly S. sesban species, grow naturally in many parts of Africa where they form nat...
Most soils in sub-Saharan Africa are P deficient, but the high cost of water-soluble P fertilizers l...
Pot trials and laboratory phosphorus (P) sorption studies were conducted to evaluate the response of...
Phosphorus deficiency is the major soil fertility problem limiting forage production in many parts o...
Reports some responses of three prominent African clovers, viz, Trifolium tembense, T. rueppellianum...
Reports on the effects of a processed commercial phosphorus fertilizer compared with those of a rela...
Reports on the effects of a processed commercial phosphorus fertilizer compared with those of a rela...
Two researchers from the International Breeding Centre in Africa (CIPEA) presented evidence of the e...
Poor drainage of Vertisols and nitrogen (N) and phosphorus (P) deficiencies are some if the major co...
As initial testing, this research aimed to screen, describe and evaluate annul native clovers as pot...
Phosphorus (P) is required to improve soil fertility for food and feed produciton in sub-Saharan Afr...
Interspecific hybridisation is being utilised in white clover (Trifolium repens L.) breeding program...
Not AvailableSeven genotypes of while clover (Trifolium repens L.) were compared for their response ...
Although the majority of soils in Africa are P deficient, the high cost of conventional water-solubl...
Maintaining and increasing legume abundance is a critical component of pastoral intensification, inc...
Sesbania, particularly S. sesban species, grow naturally in many parts of Africa where they form nat...
Most soils in sub-Saharan Africa are P deficient, but the high cost of water-soluble P fertilizers l...
Pot trials and laboratory phosphorus (P) sorption studies were conducted to evaluate the response of...
Phosphorus deficiency is the major soil fertility problem limiting forage production in many parts o...
Reports some responses of three prominent African clovers, viz, Trifolium tembense, T. rueppellianum...
Reports on the effects of a processed commercial phosphorus fertilizer compared with those of a rela...
Reports on the effects of a processed commercial phosphorus fertilizer compared with those of a rela...
Two researchers from the International Breeding Centre in Africa (CIPEA) presented evidence of the e...
Poor drainage of Vertisols and nitrogen (N) and phosphorus (P) deficiencies are some if the major co...
As initial testing, this research aimed to screen, describe and evaluate annul native clovers as pot...
Phosphorus (P) is required to improve soil fertility for food and feed produciton in sub-Saharan Afr...
Interspecific hybridisation is being utilised in white clover (Trifolium repens L.) breeding program...
Not AvailableSeven genotypes of while clover (Trifolium repens L.) were compared for their response ...
Although the majority of soils in Africa are P deficient, the high cost of conventional water-solubl...
Maintaining and increasing legume abundance is a critical component of pastoral intensification, inc...
Sesbania, particularly S. sesban species, grow naturally in many parts of Africa where they form nat...
Most soils in sub-Saharan Africa are P deficient, but the high cost of water-soluble P fertilizers l...