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Results for “pollinator-friendly”

Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.

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Vegetation Management Lessons Learned and Helpful Tools

The InSPIRE Project is investigating questions around vegetation management and agrivoltaics at solar sites across the US. Results from research at three Enel Green Power pollinator-friendly solar sites in Minnesota have shown that the success of different pollinator-friendly seed mixes depend on the ecoregion and can vary from site to site. Results from the Enel Green Power sites also showed that weed coverage decreases dramatically by three years post seeding. The InSPIRE project has also created resources like The 5 C's of Agrivoltaics and an online agrivoltaics financial calculator to help farmers, land owners, developers, and facility operators with vegetation management at solar facilities. The PV-SMaRT calculator was created by the University of Minnesota in partnership with NREL to help with questions surrounding storm-water runoff at PV sites.

agrivoltaic↗

National Pollinator-Solar Energy Research Network

Pollinators, which are important to global food systems and economically linked to local agricultural activities, are declining globally due to land-cover change and land management practices. Solar energy development is a driver of a land-use change that has the potential to either reduce or promote pollinator habitat. To date, pollinators are the most widely addressed wildlife group in solar energy development (e.g., through state pollinator habitat scorecards for solar facilities). Yet, many questions remain about pollinator-solar energy interactions, requiring research that tests observations and defines pollinator-friendly solar.

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