ICARDA breeding efforts are underway to reduce the neurotoxin content in grass pea, as well as to improve its seed yield and biomass, to provide a remunerative crop for safe consumption by humans and animals. Grass pea is a multi-purpose, hardy...
ICARDA is improving the productivity and yield stability of faba bean by aiming to make sure responses to biotic and abiotic stress factors, such as climatic conditions and diseases, are effectively controlled and inherent yield potential is...
Since 1977, ICARDA has released more than 250 barley varieties in 46 countries under CGIAR's Global Barley Breeding Program. The ICARDA genebank network and research stations in North Africa and West and South Asia test the new barley varieties...
Recognizing Kabuli chickpea's ability to grow in poor, rainfed soils, ICARDA's breeding program improves the crop by breeding-in heat and disease resistance traits while introducing the crop into rotation with conventional cereal crops and other...
With expertise in the Near East Fertile Crescent, ICARDA has long recognized the potential of lentil and is seeking ways to take advantage of its high nutritional value and low water use that makes it well adapted to cereal-based cropping in dry...
It's not just about Wheat - How Diversified Cropping Systems help family farmers - and the planet.
ICARDA, alongside its national and international partners and donors, promotes Diversified Cropping Systems (DCS) across Africa, Asia and the Middle East and North Africa (MENA) region.
AI-Driven Climate-Smart Beekeeping for Ethiopian and Uzbek Women
Through support by the German Federal Foreign Office (GFFO), ICARDA's Monitoring, Evaluation, and Learning (MEL) Team help Ethiopian and Uzbek women better manage their hives through an AI-supported beekeeping companion app.
On Earth Day 2021, read how ICARDA and CGIAR combat climate change with Integrated Desert Family Farming Systems to help agriculture flourish in inhospitable environments.
In close partnership with the Crop Trust, ICARDA scientists have successfully introduced Crop wild relatives’ resistance to diseases, pests, drought, and extreme heat into the related improved varieties.