Presenter/Author Information

Grace VillamorFollow

Keywords

gender, food-energy-land nexus, fuelwood, food security, smallholder farmers

Start Date

27-6-2018 3:40 PM

End Date

27-6-2018 5:00 PM

Abstract

This research focused on the development of a gendered agent-based model to investigate gender dimensions of the food-energy-land nexus in the rural highlands of Ethiopia. This includes the specific roles of men and women that may reduce or enhance synergies among food-energy-land nexus resources, and their specific responses to modern bioenergy interventions to address energy crises. Furthermore, the model was applied to explore whether the introduction of modern bioenergy would improve quality of life for both men and women. The modelling process included the calibration of existing sub-models, such as forest yields, to highlight the dependency of rural households on traditional energy sources. The study results suggest that increasing access to modern bioenergy such as biogas and bioethanol produced in biomass digester for rural farm households, particularly women farmers can increase crop production and enhance food security. However, increased available labor to women resulting from the adoption of biogas digesters will not necessarily enhance quality of life.

Stream and Session

Stream C: Integrated Social, Economic, Ecological, and Infrastructural Modeling

C14: Towards Interdisciplinary and Transdisciplinary Collaboration in Environmental Modelling: Innovative Practices to Address Wicked Problems

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Jun 27th, 3:40 PM Jun 27th, 5:00 PM

Understanding the gender dimension of food-energy-land security nexus in rural Ethiopia: an agent-based model approach

This research focused on the development of a gendered agent-based model to investigate gender dimensions of the food-energy-land nexus in the rural highlands of Ethiopia. This includes the specific roles of men and women that may reduce or enhance synergies among food-energy-land nexus resources, and their specific responses to modern bioenergy interventions to address energy crises. Furthermore, the model was applied to explore whether the introduction of modern bioenergy would improve quality of life for both men and women. The modelling process included the calibration of existing sub-models, such as forest yields, to highlight the dependency of rural households on traditional energy sources. The study results suggest that increasing access to modern bioenergy such as biogas and bioethanol produced in biomass digester for rural farm households, particularly women farmers can increase crop production and enhance food security. However, increased available labor to women resulting from the adoption of biogas digesters will not necessarily enhance quality of life.