Advancing the agenda of land restoration in Africa’s Sahel region, let alone globally, is no small feat. But it is essential to underpinning fragile livelihoods and achieving the SDG’s.
Sequestering carbon into agricultural soils has the potential to reduce atmospheric greenhouse gasses while improving soil quality for farmers, but to what extent? A recent webinar looks at the mitigation potentials.
A workshop on how to transform soil science to policy and practice was arranged by AgriFoSe2030 in Nairobi. Decision makers, practitioners, implementers as well as researchers in the fields of biophysical and social science took part in the workshop.
By Dr. Louis Verchot, Director of Soils Research at the International Center for Tropical Agriculture (CIAT). Amid the roaring debate on how to curb climate change in Bonn last year, an impasse was finally broken on agriculture. Both a cause and casualty of climate change, our food system accounts for up to 24% of greenhouse gas emissions.
Scientists and government officials are collaborating with communities to test out new approaches to reversing land degradation—methods that might have potential to change the status of the entire highlands region from vastly degraded to successfully restored.
Despite wide spread land degradation that leads to decreased profits and uncertain livelihoods, a new study from IFPRI found that farmers in Sub-Saharan Africa are not adopting the mos profitable soil fertility management practices.
