These toolkit aims to enhance stakeholders' understanding of the need to integrate gender in an Innovation Platform, the rationale for doing so and how to do. This toolkit is a guide for mainstreaming gender issues and develop and innovative platform in order to discuss and overcome this issues in an agricultural context.
This poster describes a research experience carried out in Burundi that investigate the influency of the gender roles in the management of Banana Xanthomonas Wilt (BXW) disease
This report synthesizes findings from seven country scoping studies on gender‐responsive approaches to rural advisory services (RAS) in Africa. The studies, which were conducted in Benin, Ethiopia, Ghana, Malawi, Nigeria, Sudan, and Uganda, were meant to identify existing policies, programmes, approaches, and tools into which gender considerations had been injected, and then to provide them as RAS to farmers, with specific focus on women and youth. The goal was to propose a road map for mainstreaming RAS to promote sustainable agriculture in Africa
This report synthesizes findings from seven country scoping studies on gender-responsive approaches to rural advisory services (RAS) in Africa. The studies, which were conducted in (Benin, Ethiopia, Ghana, Malawi, Nigeria, Sudan, and Uganda), were meant to identify existing policies, programmes, approaches, and tools into which gender considerations had been injected, and then to provide them as RAS to farmers, with specific focus on women and youth
Banana and plantain are one of the most important staple food crops and a significant source of income to smallholder farmers in the East African Great Lakes Region. Banana Xanthomonas Wilt (BXW) is a devastating bacterial disease that threatens smallholder production and livelihoods. We use a systems approach to describe how gender shapes roles and practices in the household, on the farm and in innovation processes. We draw on a case study in Burundi, where single disease stem removal (SDSR) has been introduced as a labour-saving package to reduce BXW incidence.