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Farrow, AndrewRonner, E.Brand, G. van denBoahen, S.Leonardo, W.Woldemeskel, EndalkachewAdjei-Nsiah, SamuelChikowo, RegisBaijukya, Frederick P.Ebanyat, PeterSangodele, S.Sanginga, J.M.Kantengwa, S.Phiphira, L.Woomer, P.L.Ampadu-Boakye, T.Baars, E.Kanampiu, F.Vanlauwe, BernardGiller, Ken E.[From best fit technologies to best fit scaling: incorporating and evaluating factors affecting the adoption of grain legumes in Sub-Saharan Africa.]From best fit technologies to best fit scaling: incorporating and evaluating factors affecting the adoption of grain legumes in Sub-Saharan Africa.
Kotto-Same, J.Moukam, A.Njomgang, R.Tiki-Manga, T.Tonyé, J.Diaw, C.Gockowski, J.Hauser, S.Weise, S.F.Nwaga, D.Zapfack, L.Palm, C.Woomer, P.L.Gillison, A.N.Bignell, D.Tondoh, Jérôme E.[Alternatives to slash and burn: summary report and synthesis of phase II Cameroon]Alternatives to slash and burn: summary report and synthesis of phase II Cameroon

Leguminous cover crops such as Mucuna pruriens (mucuna) have the potential to contribute to soil N and increase the yields of subsequent or associated cereal crops through symbiotic N fixation. It has often been assumed that mucuna will freely nodulate, fix N2 and therefore contribute to soil N. ...


Houngnandan, P.Sanginga, P.Woomer, P.L.Vanlauwe, BernardCleemput, O. van[Symbiotic nitrogen fixation response of Mucuna as affected by rhizobial inoculation in farmers fields in the derived savanna of Benin]Symbiotic nitrogen fixation response of Mucuna as affected by rhizobial inoculation in farmers fields in the derived savanna of Benin

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