Figure - available from: Environmental Research: Food Systems
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The last decade has seen dramatic growth in solar power. In some regions, the most favorable land for solar panels is farmland, which is often flat and exposed to high levels of irradiance. At the same time, the agricultural sector is faced with growing challenges, notably changing water availability and increasingly frequent extreme weather events...
Citations
As efforts to develop solar energy increase across the US, so does local opposition in rural communities where residents view solar energy as incompatible with local landscapes and identities. Recognizing the growing public opposition to solar energy resulting from landscape conflicts, many scholars have recommended the adoption of agrivoltaics. This co-utilization practice allows for agricultural and solar energy production to take place on the same plot of land as a solution to improve public support for solar energy development. This study uses landscape ideologies of the Western United States to examine how solar energy fits into changing Western landscapes and investigates whether agrivoltaics can be used as a tool to better align solar energy development with local landscapes. The study focuses on Pinal County, Arizona, a historically rural agricultural community simultaneously experiencing exurbanization, a decline in agricultural production, and an increase in proposed utility-scale solar energy projects. Using semi-structured interviews with farmers, government officials, and local business interests in combination with participant observation of local meetings about solar energy development, we find that a divergence in landscape ideologies between farmers and government officials in Pinal County significantly shapes opposition to solar energy. Agrivoltaics is perceived positively by government officials as a solution to public opposition toward solar energy development, however, farmers' insufficient knowledge about agrivoltaics and a lack of current interest by solar developers to engage in agrivoltaic practices present critical barriers to the use of agrivoltaics as a land-use solution in Pinal County. We conclude with recommendations for increasing farmer participation in agrivoltaic policy and project development.
