E4D Fellow: Fatemeh Adelisardou

Project duration: 2024-2027

Supervisor at ETH Zurich: Prof. Dr. Johanna Jacobi (Agroecological Transitions)

Additional Supervisor: Prof. Dr. Lutz Merbold (external pageAgroscopecall_made)

Collaborators: The Ministry of Agriculture, Tehran, Iran, Agriculture Jihan Organization of Mazandaran Province, Iran

Partner institutions: external pageGorgan University of Agricultural Sciences and Natural Resourcescall_made, Iran

Project Description

Climate change is a growing threat to the global agricultural system and food security. This reality is particularly evident in the agriculture sector of northern Iran, where farming is predominantly rainfed and smallholder rice farmers have limited alternative sources of livelihood. Rice is the second most important staple food in the Iranian diet. Water scarcity, Input-intensive, and rice monoculture farming practices have decreased yields and increased pesticide and fertilizer use, causing food insecurity in Iran. On top of this, the adaptive capacity of smallholder rice farming communities, whose food and income security are based on rice farming, is very limited.

Agroecology, a sustainable approach to farming for climate change mitigation and adaptation that reduces climate risk has been described as feasible for smallholder farmers and as a knowledge-intensive field. However, agroecological research has not been the focus of international and national agricultural research centers, especially in Iran, and therefore, there are few standardized methods to assess the social, economic, and ecological performance of agroecological farming systems. To this end, the Food and Agriculture Organization of the United Nations (FAO) developed an analytical framework, the Tool for Agroecology Performance Evaluation (TAPE) to produce global and harmonized evidence on the multidimensional performance of agroecological systems.

In the initial phase, Fatemeh will create a comprehensive model to evaluate water resource supply and demand in the pilot region, Mazandaran province, Iran. The aim of this part is to identify specific climate vulnerabilities and subsequently connect them to the next relevant parts of the project for the purpose of determining site-specific agroecological practices.

Afterward, Fatemeh will utilize TAPE to evaluate the multidimensional agroecological performance of 200 conventional and innovative rice farms in a purposeful sampling design. The outcomes will be disseminated across the pilot region through extension services provided by farmer field schools, and F2F training-learning networks.