Places > Jordan Creek Wind Bat Habitat Mitigation

Jordan Creek Wind Bat Habitat Mitigation

CONTACT

Kate Green

Client Solutions Manager

PROJECT SNAPSHOT

Location
Indiana | Warren and Benton Counties
Project Size
  • Habitat: 271.7 AC
Solution
Species Habitat Mitigation
Species
  • Indiana bat
  • Northern long-eared bat

With 146 turbines in Warren and Benton Counties, Indiana, the Jordan Creek Wind Project generates approximately 400 megawatts (MW) of clean, renewable energy. This predominantly agricultural landscape, dotted with creeks and forested drainages, falls within the known range of the endangered Indiana bat (IBAT) and the threatened northern long-eared bat (NLEB).

To comply with U.S. Fish and Wildlife Service (USFWS) requirements and obtain a 30-year Incidental Take Permit (ITP), RES and our affiliated mitigation sponsor, First Indiana Resource, were selected to implement a customized, habitat-focused mitigation strategy. RES protected and restored a total of 271.7 acres of high-value bat habitat across Martin and Greene Counties, Indiana, delivering:

  • 375 IBAT conservation credits
  • 126 NLEB conservation credits

Our mitigation work directly contributes to the conservation goals of the USFWS Indiana Field Office, with a Priority I hibernaculum identified as a top conservation priority. These properties are strategically located:

  • Martin County: Within designated summer habitat buffers for NLEB
  • Greene County: Less than one mile from a Priority I hibernaculum critical to the long-term survival of IBAT

Partnering with NextEra Energy Resources LLC, we delivered a long-term, science-driven habitat solution that supports renewable energy development while protecting federally listed bat species in Indiana. This project underscores RES’s unique ability to merge ecological restoration with infrastructure needs, proving that well-planned mitigation supports both biodiversity and development. Through long-term stewardship, we ensure that every acre protected continues to generate ecological value for generations.