More states use solar plants to protect bumble bee populations

Following dire reports of bee-colony collapses in recent years, at least three new solar sites in Florida and Maryland are trying to provide safe havens for these critical links in the food chain.

November 16, 2017 Frank Andorka

God willing, this is actually a bumble bee and not a hover fly. It has to do with the number of wings, but we're too tired to count. If we're wrong, though, we guarantee we'll never hear the end of it at the next meeting of the pest management fraternity.

Pixabay

As you drive past three new utility-scale arrays in Maryland and Florida, you likely won’t notice a difference. But the bumble bees on which so much of the U.S. food supply depend for pollination will, and they’ll be thankful.

Over the past decade or so, bumble bee populations in the United States have been plummeting thanks to a phenomenon called “colony collapse” (the author was the editorial director of Pest Management Professional during the height of the controversy). Scientists could never definitively identify the reasons for the collapse, though most environmental activists blamed the use of neonicotinoid pesticides.

(Neonicotinoids act like nerve gas on insects and yes, as the name implies they are based on tobacco-like substances.)

Where were we? Oh, right, the solar connection.

To combat “colony collapse”, two solar developers – Cypress Creek Renewables and Florida Power & Light (FPL) – have built three utility-scale solar farms that are landscaped with native plants and flowers to provide rich habitats to support the bees’ flagging populations.

In Maryland, which actually has a law giving preference to solar farms that protect the bees, Cypress Creek has built the 9 MW Baker Point Solar Farm in Frederick County.In addition to the more than 34,000 solar modules, the site will also be home to honey-producing hives that each produce an average of 30 pounds of honey each season.

Don’t worry, though: The bees will not be left to the tender mercies of Cypress Creek’s engineers to ensure their survival. An acclaimed University of Maryland honeybee biologist will oversee the bees’ foraging for nectar and pollen throughout the site, encouraged by the inclusion of nine different species of native long-stemmed and short-growing flowers and warm-season grasses into the project.

And in Florida, whose orange groves depend on high bee populations, FPL is partnering with Audubon Florida to create “Solar Sanctuary” sites, which will be host to the native birds and bees through a program leaving some of the land around the project untouched.

FPL has committed to building eight new solar farms by the end of next year, and each of them will be included in the Solar Sanctuary program. Among the enhancements to the sites to accommodate Florida wildlife include:

Creating pollinator-friendly habitat areas to provide ample food sources for insects, songbirds and hummingbirds;
Planting vine species to provide a food source for native and migratory hummingbird species;
Planting native vegetation as a buffer near property edges, which will provide food sources and nesting habitat for a variety of songbirds such as bluebirds and wintering sparrows;
Preserving wetlands and surface waters to provide habitat for a variety of wetland-dependent wildlife species such as frogs, snakes, turtles and wading birds;
Protecting existing gopher tortoise habitat, including burrows; and
Planting native groundcover and shrubs to provide additional food and shelter for birds and wildlife.

So add bumble bee protection to the environmental benefits solar brings to the United States. Now the only challenge is to figure out how the bumble bees will figure into the next “value of solar” calculations.

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