Gender integration of agricultural innovation: implications for the genetically modified crop product development pipeline

We provide guidance on how to incorporate best practices around gender integration in the development of genetically improved crops by adapting a gender integration framework for conventional crop breeding to the GM product development pipeline, which places greater emphasis on the discovery and launch phases because the technical nature of the development process means fewer opportunities for farmer engagement or pivoting possibilities between these two ends of the product development spectrum. For crop innovation to be relevant to both women and men producers, during the discovery phase, developers can conduct baseline gender analysis consisting of gender-disaggregated value chain analysis, systematic learning about gender-specific crop trait preferences, and identification of varietal preferences by women and men along the value chain. The latter opportunity in the GM product development pathway for intentional gender integration is deployment, including pre-launch activities such as field demonstrations and consumer testing. We also describe ex ante and ex post gender impact assessment methods. We conclude with a number of gender integration recommendations for GM product developers: improving gender data collection and analysis to inform crop innovation efforts, investing in staffing and training of scientific teams to enhance gender expertise, and increasing accountability of product development teams with gender-intentional monitoring and evaluation systems.

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Publication Details

Journal
GM crops & food
Published
2024-12-07
DOI
https://doi.org/10.1080/21645698.2024.2431203
Citations
1
Primary Topic
Genetically Modified Organisms Research
Type
article
Field-Weighted Citation Impact
0.60
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article

Gender integration of agricultural innovation: implications for the genetically modified crop product development pipeline

Elizabeth Katz
1 citations
GM crops & food
Genetically Modified Organisms Research
0.60
article

Gender integration of agricultural innovation: implications for the genetically modified crop product development pipeline

Elizabeth Katz
article en
1 citations

Abstract

We provide guidance on how to incorporate best practices around gender integration in the development of genetically improved crops by adapting a gender integration framework for conventional crop breeding to the GM product development pipeline, which places greater emphasis on the discovery and launch phases because the technical nature of the development process means fewer opportunities for farmer engagement or pivoting possibilities between these two ends of the product development spectrum. For crop innovation to be relevant to both women and men producers, during the discovery phase, developers can conduct baseline gender analysis consisting of gender-disaggregated value chain analysis, systematic learning about gender-specific crop trait preferences, and identification of varietal preferences by women and men along the value chain. The latter opportunity in the GM product development pathway for intentional gender integration is deployment, including pre-launch activities such as field demonstrations and consumer testing. We also describe ex ante and ex post gender impact assessment methods. We conclude with a number of gender integration recommendations for GM product developers: improving gender data collection and analysis to inform crop innovation efforts, investing in staffing and training of scientific teams to enhance gender expertise, and increasing accountability of product development teams with gender-intentional monitoring and evaluation systems.

GM crops & foodVol. 15(1)
Equality Now (US), University of San Francisco (US)
Gender equality
Openalex Percentile: Top 20%
Genetically Modified Organisms Research
0.60
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Gender integration of agricultural innovation: implications for the genetically modified crop product development pipeline — Elizabeth Katz · GM crops & food (2024) | TGRS Research Map | TGRS