The Land Beneath the Panels Still Matters

As solar development expands across rural America, conversations about farmland often focus on where projects are built. What happens to the land after construction is just as important, but gets far less attention. 

Farmland doesn't stop being farmland the day solar panels are installed. The soil remains alive, supporting water infiltration, nutrient cycling, and vegetation, and it still holds the possibility of future agricultural production. Yet too often, solar sites are managed as if agriculture ends once construction crews step on site. 

The result is visible across the country. Years after installation, some solar sites still struggle with erosion, patchy vegetation, compaction, or invasive species. These are not inevitable outcomes. They come from treating the land beneath solar arrays as a surface to stabilize rather than an agricultural resource to steward. 

That's why American Farmland Trust (AFT) created its Smart Solar℠ initiative: to help renewable energy development and long-term farmland viability advance together. 

What Smart Solar℠ Looks Like 

AFT's Smart Solar℠ Principles promote solar development that protects agricultural land, maintains soil health, supports farm viability, and preserves future agricultural opportunities. 

At their core, the principles recognize a simple reality: solar projects may occupy land for decades, but the decisions made during planning, construction, and management determine whether that land remains productive during operations or after the project is decommissioned. 

That means going beyond basic site stabilization. It means understanding soils, planning vegetation with intention, minimizing disturbance, and creating management plans that support both energy production and agricultural outcomes. 

For AFT's Prosperity Partners team, applying Smart Solar℠ principles means working directly with solar developers and the farmers and ranchers who lease land for projects. 

That work often begins with understanding the site's agricultural potential. A soil health assessment can identify opportunities and risks before construction starts. A vegetation plan can be tailored to the site's actual soil types, topography, and management goals rather than relying on a one-size-fits-all seed mix. A production plan can create pathways for sheep grazing, agrivoltaics, pollinator habitat, or even land access opportunities for beginning farmers. 

More Land Access, Not Less 

That same production plan can also open the door to something bigger. Nationally, roughly 300 million acres are expected to change hands over the next 15 years, and access to land, not interest or skill, is the biggest barrier keeping a new generation of farmers from getting started. 

An actively stewarded solar site can be part of the answer instead of pushing one more acre out of reach. A grazing contract or agricultural agreement can put a farmer on working land at a fraction of the cost of buying or renting it outright. Smart Solar℠ is another way agricultural land stays in reach for the people who want to farm it next. 

None of that works without getting the details right. 

A vegetation strategy designed for pollinators looks different from one developed for managed grazing. It also differs from a plan intended to support row-crop agrivoltaics. Each requires balancing site conditions, operational needs, and landowner goals. Getting these outcomes right takes agronomic expertise throughout the life of a project. 

The benefits of this approach aren't always visible immediately. 

They appear years down the road, when vegetation establishes evenly and remains resilient. They show up in healthier soils, reduced erosion, better water management, and lower maintenance challenges. They show up when agricultural activities continue alongside energy production rather than being permanently displaced. 

Most importantly, they show up when a project reaches the end of its operational life. Land that has been actively managed as an agricultural resource is far better positioned to return to farming than land that has been neglected for 25 years. In other words, today's stewardship determines tomorrow's agricultural opportunity. 

Why Soil Science Belongs in Solar Development 

These ideas were explored in a recent Civil Eats op-ed, "To Counter Farmland Loss, Solar Needs Soil Science," by Dr. Emily Cole. The piece examines a challenge often overlooked in conversations about renewable energy: the solar industry manages millions of acres of once active farmland, yet rarely integrates agricultural expertise throughout a project's life. 

The op-ed argues that protecting farmland requires more than choosing appropriate locations for solar development. It also requires treating soil as a long-term asset that deserves active management throughout a project's lifespan. That's exactly the role AFT's Prosperity Partners team plays through Smart Solar℠. 

Looking Ahead 

Solar and farmland protection are often framed as competing priorities. They don't have to be. When the acres under an array are managed as a working system of soil, water, and plants, rather than just a surface to be seeded and forgotten, the land keeps working for farmers and ranchers who lease it, and for whoever farms it next.  

That's the foundation that Smart Solar℠ was built upon, and it's the work AFT's Prosperity Partners team does with developers every day.  

Interested in incorporating Smart Solar℠ principles into your project? Learn more about Prosperity Partners and how AFT can support your solar development goals while protecting the long-term value of agricultural land. → Explore Prosperity Partners