The population of Africa will double in the next 33 years to reach 2.5 billion by 2050.
Although roughly 60% of the continent's population is engaged in agriculture, the produce …

Declining soil fertility and limited farmer access to inorganic fertilizer frequently cause sub-
optimal grain yields throughout sub-Saharan Africa. Farm productivity is also at risk from …

Climate variability and shocks threaten current systems of agricultural production and food
security in sub-Saharan Africa (SSA), leading to the promotion of soil, and water …

Use of mineral fertilizers is essential to enhance crop productivity in smallholder farming
systems of Sub-Saharan Africa, but various studies have reported 'non-responsiveness' …

Abstract Integrated Soil Fertility Management (ISFM) practices are widely recognized as
crucial interventions but knowledge-intensive technologies for farmers in Sub-Saharan …

Many paradigms on sustainable agricultural intensification promote a combination of
different agricultural technologies. Whether such a paradigm survives in practice depends …

Agricultural techniques and technologies that could foster sustainable intensification of
farming (hereafter: SI practices) can originate from existing farm practices, from the adoption …

This study defines and estimates the proportion of organic and inorganic crop-land
husbandry practices in the composite of Integrated Soil Fertility Management (ISFM) by …

Crop management contributes significantly to the three pillars of climate-smart agriculture
(CSA). It directly contributes to food security and effective crop establishment practices …

The use of phosphorus (P)‐efficient legumes is a prerequisite for sustainable intensification
of low‐input agro‐ecosystems. A study was undertaken in a farmer's field in the tropical …