Soil, Water, and Agronomy

Conservation Agriculture
Conservation Agriculture

The future of family farming livelihoods in dry areas is in peril due to climate change, land and soil degradation, and diminishing resources - especially water. To help reduce the impact of these factors on crops and livestock production, ICARDA carries out sustainable land, soil, and water management research on three diversified, integrated, and resilient practices for family and large-scale farming:

  • Climate-smart water use and management
  • Conservation agriculture
  • Better soil, nutrients, and agronomy

ICARDA delivers its solutions as integrated packages that include our new innovative technology, capacity-building programs, instruments for better market access, and the current best agronomic approaches. These include sustainable, water-smart irrigation, cultivation of drought-tolerant crop varieties, water management approaches, mechanized raised bed technology, and crop rotation.

We also contribute to the protection and restoration of degraded arable land through long-term soil health management and pest control, in addition to social policies favorable to scaling up innovations and addressing improved opportunities for women and youth in major water management projects.

Land, Soil and Water Innovations

 ICARDA innovations help countries and communities strengthen their adaptation to climate change and transition towards food and nutritional security.

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Climate Smart Crops

Cross Cutting Themes

Our cross-cutting research supports our three research priorities to provide integrated packages that help farmers to implement our innovations and new approaches and allow them to flourish:

Latest News

ICARDA at Science Week
News
ICARDA and partners are joining forces to inspire change for resilient food, water, and land systems at the CGIAR Science Week 1-5 July. The event will co-create a transformation roadmap, build investment cases, and connect experts to inspire global change.
Tottori students at ICARDA
News
Tottori University master’s students visited the INRA-ICARDA Rainfed Research Platform in Morocco under the ICARDA-Tottori University partnership. The visit showcased ICARDA’s agri-innovations, enhancing students' understanding of Morocco's diverse dryland agricultural systems.
Wheat
News
A new ICARDA study shows how applying key agri-innovations can strengthen dryland rainfed production systems in the face of accelerating climate change.

Featured Innovations