Scientists have declared that the earth is now “well outside the safe operating space for humanity†as a result of our destruction of the natural world. A recent report was the first to assess all nine planetary boundaries and found that six have been transgressed.
Climate impacts in Sub-Saharan Africa are severe and will increase. Agriculture is a cornerstone of the economies of most countries and yet is dominated by climate-vulnerable rainfed systems. Meeting the food demands of the growing African population will require significant adjustments in food production systems and unfortunately, current adaptation efforts across the continent are insufficient to meet the climate challenge.
The Breakthrough Agenda was launched by 45 world leaders at COP 26 and is a commitment to work together this decade to accelerate innovation and deployment of clean technologies, making them accessible and affordable for all this decade. To kick-start this Agenda, countries endorsed Breakthrough goals to make clean technologies and sustainable practices more affordable, accessible and attractive than their alternatives by 2030 in the power, road transport, steel, hydrogen and agriculture sectors.
Biophysical models are key to inform management activities that can restore degraded soils and ultimately improve biomass production and soil organic carbon (SOC) sequestration. Within East Africa several studies have been conducted to evaluate models in annual cropping systems, and to quantify the impacts of different agronomic management options on soil organic carbon and yields. However, no modelling studies exist on perennial forage grasses, which are important for mixed-crop livestock systems within the region.
This study analyses the impact of high-quality nutritional grasses in feeding on beef cattle in farms from Córdoba Department, Colombia. The low productivity and high environmental impact associated with beef farming in the region make it necessary to implement sustainable intensification strategies that increase animal yield and mitigate climate change.
Through our robust search engine, you can search for any item of the over 64,800 highly curated resources in the Land Library.
If you would like to find an overview of what is possible, feel free to peruse the Search Guide.
