Ebell directs the Center for Energy and Environment at the Competitive Enterprise Institute. The group runs a website, SafeChemicalPolicy.org, that exists to downplay the health and ecological impacts of chemicals.
If the incoming EPA takes its cues from Ebell's group, the agency's coming decisions on some widely used farm chemicals won't be hard to predict.
Take the class of pesticides called neonicotinoids. An ever-accumulating weight of evidence links declining honeybee health with neonicotinoids, which have exploded in use since the late 1990s. Yet CEI completely denies any harm to bees from the chemicals and rejects any role for government action in protecting bees.
The EPA has been in the middle of a long, slow review of the chemicals, produced by pesticide giants Syngenta and Bayer. Last January, the agency released its assessment of the most prominent one, Bayer's imidacloprid, which is heavily used on cotton and soybean fields. The result: EPA scientists found the chemical so harmful to bee colonies, at the levels commonly found in cotton fields, that the agency "could potentially take action" to "restrict or limit the use" of the chemical by the end of this year, an agency spokesperson told me in an emailed statement. So far, the EPA has not taken such an action.
As for soybeans, a massive user of imidacloprid, the EPA simply lacked the data from Bayer to assess it—even though the pesticide has been approved for use since the 1990s.
The agency is committed to releasing a slew of other neonic assessments in 2017—and intervening to restrict their use if they harm honeybees. If the Competitive Enterprise Institute's view of things holds sway, expect very little, if any, action to come of this effort.
Then there's atrazine, perhaps the most controversial pesticide that's used widely on US farm fields. Banned in Europe, it's an endocrine disrupter, a term used for chemicals that mimic hormones and "produce adverse developmental, reproductive, neurological, and immune effects in both humans and wildlife," according to the National Institute of Environmental Health Sciences.
Widely found in streams and drinking water near farms where it's used, atrazine triggers sex changes in frogs at extremely low levels, according to research from University of California-Berkeley scientist Tyrone Hayes—work that has earned Hayes a long harassment campaign from the chemical's maker, Syngenta.