EDM seeks objective, decision-relevant and science-based answers to difficult challenges. EDM maintains an active applied research program, combining expertise in wildlife study design, engineering and product development. EDM partners with industries and industry groups, government agencies, non-governmental organizations and academia to develop practical solutions to pressing concerns. EDM strives to expand the scientific understanding of wildlife interactions with electric utility infrastructure, improve the effectiveness of mitigation products and develop new technology for monitoring and preventing interactions between wildlife and infrastructure. Findings are disseminated through peer-reviewed papers, conference presentations, reports, monograph contributions and DVDs, as permissible under the terms of our partner and licensing agreements. EDM provides consulting on study design, data collection protocols and statistical analysis and has developed a number of commercially successful products, both independently and with industry partners.
Recent Applied Research and R&D Projects Include:
- Predictive Avian Electrocution Model
- Perch Deterrent Effectiveness Study
- Nest Deterrent Effectiveness Study
- Line Marking Effectiveness Analysis
- Woodpecker Damage Prevention Study
- Pole Repair Products Testing
- Migratory Response to New Transmission Line
- Wildlife Insulation Materials Evaluation
- UAV-assisted Line Marker Installation
- Automated Avian Hazing Field Study
The Bird Strike Indicator (BSI), developed by EDM, is an automated monitoring tool that detects and records bird strikes on overhead wires or guy wires, and transmits real time data to remote desktops. BSIs have been deployed throughout the U.S. (including Alaska) and in Europe, Africa and the Pacific Islands. Utility companies, permitting agencies, and industry researchers have used the BSI to identify high risk power line segments, evaluate collision risks to sensitive bird species, and determine the effectiveness of line marking devices. BSIs have been used to determine the need — or lack thereof — for both proactive and reactive line marking. The BSI recently was specified as NEPA-required mitigation for a new, high-profile transmission line bisecting a critical migration corridor.