Duke Energy Highlights Sea Turtle-Friendly Lighting in Sarasota Area
Duke Energy is showcasing sea turtle-friendly lighting solutions in the Tampa-St. Petersburg (Sarasota) area to address the common problem of hatchlings becoming disoriented by artificial lights and crawling towards roads instead of the ocean.

Tampa St. Petersburg, FL, July 30, 2026 —
Duke Energy is promoting the adoption of sea turtle-friendly lighting solutions in the Sarasota region, part of the broader Tampa-St. Petersburg area. This initiative aims to combat a persistent issue impacting sea turtle hatchlings: disorientation caused by artificial lights.
The problem arises when artificial lights near coastal nesting beaches lead young sea turtles astray. Instead of heading towards the ocean and the safety of the water, hatchlings are often drawn inland towards roads and other hazards. This disorientation can significantly reduce their chances of survival.
Duke Energy’s efforts involve demonstrating and encouraging the use of lighting fixtures designed to minimize light pollution and reduce the detrimental effects on sea turtle hatchlings. These solutions typically involve using specific light wavelengths that are less attractive to the turtles and employing downward-shielded fixtures that direct light away from nesting areas and the sea.
The company’s focus on the Sarasota area underscores the importance of coastal communities in sea turtle conservation. Sea turtles rely on dark beaches to nest and hatchlings rely on the natural horizon over the ocean to find their way. Artificial lighting can disrupt these crucial natural processes.
While the specific details of Duke Energy’s showcased solutions were not provided, the general aim is to help coastal residents and businesses implement lighting practices that support sea turtle survival. This includes educating the public on the importance of minimizing artificial light spill onto beaches during nesting seasons.
Story summarized from the original created by Michael Connor on stpetecatalyst.com, see more information here.