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Food needs arising from the demographic explosion of sub-Saharan Africa can only be met through agricultural intensification. Smallholder systems feature enormous yield gaps, which may be reduced through ISFM and other sustainable intensification practices. However, today’s huge variability in f...


Sibiry Traoré, Pierre C.Blaes, XavierChomé, GuillaumeLambert, Marie JulieSchut, AntoniusAjeigbe, Hakeem A.Defourny, Pierre[VHR imagery to quantify crop response to fertilizer and develop business services for smallholders]VHR imagery to quantify crop response to fertilizer and develop business services for smallholders

Kizito, FredKihara, JobBekunda, Mateete A.Smith, GeorginaOdhong, Jonathan[Towards a food secure future: Sharing our research with farmers in Babati District, Tanzania]Towards a food secure future: Sharing our research with farmers in Babati District, Tanzania

Productivity in Crop-Livestock Systems can be maximized using Integrated Soil Fertility Management (ISFM). ISFM combines (i) improved germplasm (ii) mineral fertilizer application (iii) organic matter management and (v) adapted agronomy. CIAT established a long-term trial in Western Kenya in the ...


Mukalama, JohnBraslow, JulietSommer, Rolf[Long-term productivity and sustainability of crop-livestock systems through integrated soil fertility management]Long-term productivity and sustainability of crop-livestock systems through integrated soil fertility management

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