Photo: Cecilia Schubert.
Models can help us understand critical environmental and development challenges by logically simplifying complex processes (or part of one).
In agriculture and natural resource management, models are often used to analyze both physical and socioeconomic phenomena.
Econometric models often include gender as an explanatory variable, unlike models that describe only biophysical processes. However, biophysical models may carry gender implications that require consideration (e.g., treating gender as a variable that shapes the biophysical world).
Therefore, mathematical models require analyses that acknowledge the complex, shifting and context-specific nature of gender roles and relations. This report identifies many such considerations, and when to do so.
Researchers and practitioners in agriculture or natural resource management who create or use the results of:
This is essential so practices and innovations are more responsive to the realities and interests of all people the work intends to benefit.
Using the brief will help to stimulate thinking on ways to engage with gender relations to develop models that can support analysis on innovations that promote equitable and sustainable agriculture and natural resource management.
This occurs at three key phases:
1) when conceptualizing the model/framework
2) when collecting data to populate the model
3) when interpreting model outputs.
It can help you to do such things as:
Led by Biodiversity International and carried out under the CGIAR Research Program on Water, Land and Ecosystems (WLE), this method was published in 2019.
Access the publication below or contact CGIAR gender expert Marlène Elias.