Gendered drivers of varietal turnover: A qualitative assessment for improved teff and wheat varieties in Ethiopia

Download or read book Gendered drivers of varietal turnover: A qualitative assessment for improved teff and wheat varieties in Ethiopia written by Yami, Mastewal and published by Intl Food Policy Res Inst. This book was released on 2024-11-25 with total page 45 pages. Available in PDF, EPUB and Kindle. Book excerpt: Limited adoption of agricultural technologies such as improved crop varieties has been a challenge for increasing crop productivity in low-income countries. We study drivers of varietal turnover by conducting gender-disaggregated focus group discussions and semi-structured interviews with teff and wheat farmers, and key informant interviews with public and private seed actors, in the Amhara region of Ethiopia. We find that attributes specific not only to production and sales, but also to processing and consumption (such as color, texture, moisture, and taste) are key drivers for varietal uptake among both men and women farmers. In relative terms, processing and consumption attributes are more important to women than men farmers. Gender and social status are usually linked to access to resources (such as inputs or information about newly released varieties) that could become an important driver of uptake. Women’s and men’s prior experiences with improved varieties also influence adoption. For instance, farmers that experience crop losses when using new varieties during a drought reportedly become more risk averse in future decisions to adopt new improved varieties. Overall, the findings imply the need to adopt seed development and marketing strategies that pay close attention to the preferences of both producers and consumers, such as considering the importance of consumption attributes (e.g., not altering local recipes) and encouraging farmers to first experiment with new varieties on parts of their plots before adopting at scale or providing a risk management tool (e.g., insurance) that can protect farmers from potential risks associated with new technologies.