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Sustainable intensification

Using context-specific, integrated approaches, CIMMYT studies and works with farmers to test and promote diverse agricultural practices. Minimal soil disturbance, permanent soil cover and crop rotation techniques not only boost yields and protect soil quality and water availability — they also help farmers build resilience against climate shocks and stresses.

CIMMYT tests and adapts tools such as crop and system modeling, geographic information systems, remote sensing, scale-appropriate mechanization, and socioeconomic modeling. Through the lens of sustainable intensification, technical innovations are assessed not only for their potential to increase the productivity of a single commodity. We also take into account their impact on overall farm productivity, profitability, stability, production and market risks, resilience, as well as the interests and capacity of individual farmers to adopt those innovations.

Smallholder farming systems are diverse and complex. To promote the adoption of sustainable agricultural practices, CIMMYT collaborates with national agricultural research and extension organizations, as well as other partners across the value chain, from farmers to companies.

CIMMYT’s sustainable intensification research aims to:

  • Increase the production of food, feed, fuel and/or fiber per unit of land, labor, and/or capital used.
  • Promote the preservation of important ecosystem services, including those governed by healthy soils.
  • Improve resilience to shocks and stresses, notably those induced by climate change.

Contact

Team members

Profile image for Frédéric Baudron

Frédéric Baudron

Systems Agronomist

Profile image for Peter Craufurd

Peter Craufurd

Senior Scientist and Country Representative for Nepal

Profile image for Samuel Gameda

Samuel Gameda

Soil Scientist

Profile image for M.L. Jat

M.L. Jat

Principal Scientist

Profile image for Timothy J. Krupnik

Timothy J. Krupnik

Senior Scientist and Systems Agronomist

Profile image for Santiago Lopez-Ridaura

Santiago Lopez-Ridaura

Senior Scientist

Profile image for Isaiah Nyagumbo

Isaiah Nyagumbo

Cropping Systems Agronomist

Profile image for Tek Sapkota

Tek Sapkota

Agricultural Systems and Climate Change Scientist

Profile image for Christian Thierfelder

Christian Thierfelder

Principal Cropping Systems Agronomist

Profile image for Wei Xiong

Wei Xiong

Crop Modeler – Physiologist

Features

Legacy websites and photo exhibition mark the closing of the CGIAR Research Programs on Maize and Wheat, and their impact on sustainable agricultural development.

Features

At global climate summit, CIMMYT scientists share adaptation and mitigation solutions for farmers, and call for increased funding for agricultural research.

Features

Researchers explore how coupling automation with drip irrigation can enhance water use efficiency and productivity, especially in South Asia’s cereal-based systems.

News

Representatives of the Carlos Slim Foundation and Mexico’s National Agriculture Council (CNA) agree on the importance of collaboration between the public and private sectors, civil society and research organizations like CIMMYT.