Tek Sapkota

Improving the distribution and use of nitrogen fertilizer — skewed by price hikes and outdated subsidies — can raise maize, wheat, and rice production in Africa and South Asia, while saving on fertilizer and addressing both food security and climate crisis concerns, a new study finds.

CIMMYT researchers comb through data to enumerate the benefits, and costs, of specific climate mitigation initiatives in the AFOLU sector of Mexico.

Researchers provide data-driven approach to systematically analyze the production and diffusion of knowledge on food systems and climate change.

Scientists determine nitrogen use could be reduced without impacting rice yields for sustainability of rice production in Northwestern Indo-Gangetic Plains.

Responses of yields and N₂O emissions to N inputs could be used to design appropriate N management strategies for addressing the dual challenge of food insecurity and climate crisis.

Reducing the gender gap in Ethiopian farming households can enhance climate change adaptation by female-headed households by almost 19%.

Climate-food systems research at CIMMYT is informing the decisions of key actors from the scientific, development, and public policy communities.

Over three consecutive years, researchers study conservation agriculture conditions in under-developed coastal environments in South Asia.