Legume technologies are widely promoted among smallholders in southern Africa, providing an opportunity for sustainable intensification. Farms and farming strategies of smallholders differ greatly within any given locality and determine the opportunities for uptake of technologies. We provide an ex-ante assessment of the impact of grain legumes on different types of farms and identify niches for grain legumes in Malawi. After creation of a farm typology, detailed farm characterisations were used to describe the farming system. The characterisations provided the basis for the construction of simplified, virtual farms on which possible scenarios for expanding and intensifying grain legume production were explored using the farm-scale simulati...
N2Africa was selected as a case study within the PROIntensAfrica initiative. In this case study, N2A...
Legume species are uniquely suited to enhance soil productivity and provide nutrient-enriched grains...
This data study contains legume maize sequencing yield data. About the project Project title:...
Legume technologies are widely promoted among smallholders in southern Africa, providing an opportun...
Legume technologies are often promoted to increase nutrition, livelihoods and soil fertility of sub-...
Sole-cropped, unfertilized maize is the dominant cropping system throughout southern Africa. Yields ...
Low soil fertility is a limiting factor to farm productivity, household nutrition, and economic deve...
The sustainable intensification of African agriculture is gaining momentum with the compelling need ...
Adoption of legumes in Africa remains low despite the much needed soil fertility and nutrition benef...
We studied the process of assessment and adoption of 10 grain- and green-manure legumes by smallhold...
Although sustainable intensification (SI) practices such as intercropping of cereals with legumes ar...
This data study contains data on the intensification of production of soyabean, groundnut, cowpea an...
Legume species are uniquely suited to enhance soil productivity and provide nutrient-enriched grains...
Crop production by smallholder farmers in Malawi is characterized by cultivation of maize on a large...
Sustainable Intensification (SI) interventions are urgently required, particularly those suited to r...
N2Africa was selected as a case study within the PROIntensAfrica initiative. In this case study, N2A...
Legume species are uniquely suited to enhance soil productivity and provide nutrient-enriched grains...
This data study contains legume maize sequencing yield data. About the project Project title:...
Legume technologies are widely promoted among smallholders in southern Africa, providing an opportun...
Legume technologies are often promoted to increase nutrition, livelihoods and soil fertility of sub-...
Sole-cropped, unfertilized maize is the dominant cropping system throughout southern Africa. Yields ...
Low soil fertility is a limiting factor to farm productivity, household nutrition, and economic deve...
The sustainable intensification of African agriculture is gaining momentum with the compelling need ...
Adoption of legumes in Africa remains low despite the much needed soil fertility and nutrition benef...
We studied the process of assessment and adoption of 10 grain- and green-manure legumes by smallhold...
Although sustainable intensification (SI) practices such as intercropping of cereals with legumes ar...
This data study contains data on the intensification of production of soyabean, groundnut, cowpea an...
Legume species are uniquely suited to enhance soil productivity and provide nutrient-enriched grains...
Crop production by smallholder farmers in Malawi is characterized by cultivation of maize on a large...
Sustainable Intensification (SI) interventions are urgently required, particularly those suited to r...
N2Africa was selected as a case study within the PROIntensAfrica initiative. In this case study, N2A...
Legume species are uniquely suited to enhance soil productivity and provide nutrient-enriched grains...
This data study contains legume maize sequencing yield data. About the project Project title:...