Microclimate & Solar Engineering

Cornell University recognizes that the accelerated expansion and socially equitable deployment of solar technology is key to the transition from fossil fuels to renewables. 

As New York state’s land-grant institution, we strive to become a leader in applied solar energy research by prioritizing an engagement-focused effort that capitalizes on existing partnerships between academic researchers, extension educators, community and government organizations, and the industry. 

As part of the Carbon Neutral Campus initiative, solar energy currently provides more than 20% of the campus’s electricity, and renewable production regularly meets 100% of campus demand on sunny, high-producing days year-round.

Research Area Team

A woman
Lindsay Anderson

Department Chair

Biological and Environmental Engineering

Professor

Biological and Environmental Engineering

House Professor Dean, William Keeton House

Lindsay Anderson
Toni Ditommaso headshot
Antonio (Toni) DiTommaso

Associate Dean and Director

Cornell AES

Professor

School of Integrative Plant Science

Soil and Crop Sciences Section

Antonio (Toni) DiTommaso
Weed ecology and biological weed management
Invasive plant species
Climate change impacts on weed performance and distributions
headshot of woman with bookshelf in background
Maria Goula

Department Chair, Professor

Landscape Architecture

Maria Goula
Steve Grodsky
Steve Grodsky

Assistant Professor Courtesy

Natural Resources and the Environment Section

Steve Grodsky
Meredith Holgerson
Meredith Holgerson

Assistant Professor

Ecology and Evolutionary Biology

Meredith Holgerson
  • meredith.holgerson [at] cornell.edu

Related research

Solar-power developers are exploring using lower-quality agricultural land for solar energy, known as agrivoltaics, boosting incentives for combined agriculture and solar options, to achieve green energy goals and increase rural resilience. 

Developing science-based management recommendations for sustainable and conservation-minded solar energy development in the desert, on farms, and on the water, as well as the services these environments provide.

Researchers are devising more sustainable options for damaged and aging solar panels – employing novel materials, new processes to reclaim them, and reducing the panels’ carbon footprint.