Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa

A three-year trial was conducted on a degraded soil in the moist Guinea savanna of northern Nigeria to assess the possibility of improving productivity and economic viability of maize-based systems by incorporating short-season legumes and green manure crops into the cropping pattern. Treatments inc...

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Autores principales: Franke, A., Schulz, S., Oyewole, B., Bako, S.
Formato: Journal Article
Lenguaje:Inglés
Publicado: Cambridge University Press 2004
Materias:
Acceso en línea:https://hdl.handle.net/10568/103324
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author Franke, A.
Schulz, S.
Oyewole, B.
Bako, S.
author_browse Bako, S.
Franke, A.
Oyewole, B.
Schulz, S.
author_facet Franke, A.
Schulz, S.
Oyewole, B.
Bako, S.
author_sort Franke, A.
collection Repository of Agricultural Research Outputs (CGSpace)
description A three-year trial was conducted on a degraded soil in the moist Guinea savanna of northern Nigeria to assess the possibility of improving productivity and economic viability of maize-based systems by incorporating short-season legumes and green manure crops into the cropping pattern. Treatments included double cropping legume-maize systems, full-season sole maize receiving various amounts of nitrogen, green manure crop mucuna (Mucuna pruriens var. utilis) followed by sole maize and a legume-maize system receiving additional rice mill waste. In comparison with full-season maize, the use of early-season cowpea followed by maize improved productivity as well as economic returns of the cropping system, while the use of mucuna, grown as an early-season crop or full-season crop, resulted in poor overall productivity of the system. The addition of rice mill waste as a soil amendment in cowpea–maize systems stimulated maize yields and rice mill waste can form a cheap source of organic inputs for farmers living nearby rice mills. Given the limited growing season of the northern Guinea savanna, it is concluded that timing of field operations is crucial for the successful application of double cropping systems. In addition, high labour requirements are a serious constraint for wide-scale adoption of double cropping systems by small-scale farmers, stressing the need to reduce soil cultivation operations, for example by maintaining a uniform ridge distance for all crops in the rotation.
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spelling CGSpace1033242024-11-15T08:52:43Z Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa Franke, A. Schulz, S. Oyewole, B. Bako, S. maize cropping patterns cowpeas green manures nigeria A three-year trial was conducted on a degraded soil in the moist Guinea savanna of northern Nigeria to assess the possibility of improving productivity and economic viability of maize-based systems by incorporating short-season legumes and green manure crops into the cropping pattern. Treatments included double cropping legume-maize systems, full-season sole maize receiving various amounts of nitrogen, green manure crop mucuna (Mucuna pruriens var. utilis) followed by sole maize and a legume-maize system receiving additional rice mill waste. In comparison with full-season maize, the use of early-season cowpea followed by maize improved productivity as well as economic returns of the cropping system, while the use of mucuna, grown as an early-season crop or full-season crop, resulted in poor overall productivity of the system. The addition of rice mill waste as a soil amendment in cowpea–maize systems stimulated maize yields and rice mill waste can form a cheap source of organic inputs for farmers living nearby rice mills. Given the limited growing season of the northern Guinea savanna, it is concluded that timing of field operations is crucial for the successful application of double cropping systems. In addition, high labour requirements are a serious constraint for wide-scale adoption of double cropping systems by small-scale farmers, stressing the need to reduce soil cultivation operations, for example by maintaining a uniform ridge distance for all crops in the rotation. 2004-10 2019-08-21T14:12:57Z 2019-08-21T14:12:57Z Journal Article https://hdl.handle.net/10568/103324 en Limited Access Cambridge University Press Franke, A.C., Schulz, S., Oyewole, B.D. & Bako, S. (2004). Incorporating short-season legumes and green manure crops into maize-based systems in the moist Guinea savanna of West Africa. Experimental Agriculture, 40(4), 463-479.
spellingShingle maize
cropping patterns
cowpeas
green manures
nigeria
Franke, A.
Schulz, S.
Oyewole, B.
Bako, S.
Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title_full Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title_fullStr Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title_full_unstemmed Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title_short Incorporating shortseason legumes and green manure crops into maizebased systems in the moist Guinea savanna of West Africa
title_sort incorporating shortseason legumes and green manure crops into maizebased systems in the moist guinea savanna of west africa
topic maize
cropping patterns
cowpeas
green manures
nigeria
url https://hdl.handle.net/10568/103324
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