1. Adapting agroecosystems to water scarcity: Dry farming and crop rotation as transitions to diversified farming systems in California and the US Midwest
- Author
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Socolar, Yvonne and Socolar, Yvonne
- Abstract
As climate change gives rise to water shortages and unstable growing conditions in California and across the United States, agricultural systems must be able to adapt to increasingly extreme environmental stressors. Diversified farming systems, which incorporate biodiversity across multiple temporal and spatial scales to support ecosystem services, offer an alternative to the fragility of the current industrialized regime that dominates US agriculture. When small-scale, thought-intensive, diversified farming systems are supported by research and socio-political movements that defend them and advocate for their wider adoption, food production will transition towards a science, practice, and movement known as agroecology. While many argue that agroecological transitions are necessary to achieve stable food production and climate, economic, and political justice in the US agricultural system, state and federal policies do not reliably support diversified farming systems. In order to craft effective policy interventions, we must have an intimate knowledge of how and why diversified farming practices work to properly support their success and spread. In my dissertation I explore two regional examples of diversified farming practices and their potential for wider adoption given current and possible future policy landscapes. In corn-based crop rotations in the US Midwest and tomato dry farming on California’s Central Coast, climate shocks have sparked a need for dramatic change, opening an opportunity for policy to guide agriculture towards an agroecological future. With the help of farmer collaborators, I ask how each of these systems functions, how policy has failed them, and where it may yet succeed.The first chapter of my dissertation examines the political and physical landscapes in which farmers grow corn-based rotations in the US Midwest, asking what factors lead farmers towards complex vs simplified rotations. I used publicly available, remotely sensed datasets to
- Published
- 2023