[ad_1]
The biennial conference is primarily dedicated to understanding the risks of wind energy to wildlife and developing solutions to avoid, reduce and mitigate adverse impacts.
To help address the negative impacts of wind energy development on wildlife, U.S. Geological Survey scientists have been building expertise in this applied research area for many years. They are working with partners and the renewable energy industry to develop robust methods to better understand the extent to which energy development affects wildlife species and to propose solutions that can reduce barriers to energy development while protecting vulnerable species and supporting conservation efforts.
This year, scientists from the U.S. Geological Survey presented new research that advances current understanding of animal behavior in or near wind energy facilities, information that can be used to improve the design and operation of facilities to make them safer for birds, bats and other species. Scientists are also developing tools to assess potential risks to birds and bats before facilities are built, a strategy that could help wind developers plan, site and operate facilities in ways that avoid or minimize risks to wildlife.
USGS scientists have been invited to participate in live sessions and panel discussions, and to share new research through pre-recorded “on-demand” presentations and posters, which will be available online to conference registrants.
The meeting is hosted by the National Wind Coordinating Partnership and the American Wind and Wildlife Institute (AWWI). website.
To learn more about USGS energy and wildlife research, click here
USGS scientists speak on panel
Wind energy and wildlife: huge challenges and opportunities
- Todd KatznerU.S. Geological Survey Forest and Rangeland Ecosystem Science Center
- Jay DiefendorferU.S. Geological Survey Earth Science and Environmental Change Science Center
Related tools and papers:
Eagle Behavior and Wind Energy Siting and Operations
Related research papers:
New method for assessing and mitigating the impacts of wind energy on habitats
- Jill ShafferU.S. Geological Survey Northern Prairie Wildlife Research Center
Related research papers:
On-demand demo
Advances in bird behavior research and risk assessment methods provide insights for onshore and offshore wind energy development
Improved flight behavior classification informs bald eagle risk modeling at Iowa wind farms
Presentation author: Silas Bergen, Winona State University; co-authors: U.S. Geological Survey Manuela Husso and Todd Katzner, Fresh
Flight behavior of golden eagles in Wyoming: implications for wind power generation
Presentation author: Tricia Miller, Conservation Science Global; co-authors: Todd Katzner, Fresh
High-fidelity modeling of eagle habitats near wind farms in complex terrain
Presentation author: Regis Thedin, National Renewable Energy Laboratory; U.S. Geological Survey Co-author: Todd Katzner, Fresh
Developing meteorological datasets to support research on flying species
Presentation author: Caroline Draxl, National Renewable Energy Laboratory; U.S. Geological Survey Co-author: Todd Katzner, Fresh
Quantifying turbine risk to golden eagles using a high-fidelity updraft model and a stochastic behavior model
Presentation author: Rimple Sandhu, National Renewable Energy Laboratory; U.S. Geological Survey Co-author: Todd Katzner, Fresh
Using machine learning to identify marine birds and mammals encountered during a digital photographic aerial survey of the Pacific Outer Continental Shelf off Central and Southern California, USA
Speech author: Cheryl HoughtonUnited States Geological Survey, Energy and Environmental Research Center
Dusk Ascent and Descent Rates of Migratory Birds on the Southwest Shore of Lake Erie
Speech author: Michael WellickUnited States Geological Survey, Thanks
Advances in bat behavior research and impact reduction solutions
Keep the lights on: First attempt to use ultraviolet light to illuminate wind turbines at night year-round to keep bats away
Speech author: Paul KleinUnited States Geological Survey, Fort
Hawaiian gray bat (Lasiurus cinereus semotus) behavior on wind turbines in Maui
Presentation author: P. Marcos Gorresen, Hawaii Cooperative Research Division, PIERC, University of Hawaii at Hilo; co-author, U.S. Geological Survey Paul Klein, Fort
Behavioral patterns of bats near wind turbines confirm seasonality in mortality risk
Presentation author: Shifra Goldenberg, Smithsonian Conservation Biology Institute; Co-authors: Paul Klein, Fort
Intelligent thermal camera vision system based on machine learning to detect, identify and track biological targets in and around wind turbines
Presentation author: John Yarbrough, National Renewable Energy Laboratory; U.S. Geological Survey Co-author: Paul KleinBethany Straw, Fort
Quantitative meta-analysis reveals factors affecting the effectiveness of manipulation minimization
Presentation author: Michael Whitby, Bat Conservation International; co-author, U.S. Geological Survey: Manuela Husso, Fresh
Fall movements of “tree” bats along the Mid-Atlantic coast: evidence from the Motus wildlife tracking system and stationary acoustics
Speech by: Michael True, Virginia Polytechnic Institute and State University, U.S. Geological Survey, Vaclo
Study on the impacts and mortality of land-based wind and other energy facilities on wildlife
Assessing the impact of wind energy on bird populations
Speech author: Todd KatznerUnited States Geological Survey, Fresh
Demographic impacts of bird deaths at wind energy facilities
Speech author: Tara ConklinUnited States Geological Survey, Fresh
Effect of regeneration on mortality depends on power generation rather than turbine size
Speech author: Manuela HussoUnited States Geological Survey, Fresh
Performance comparison of the GenEst mortality estimator with the Huso and Shoenfeld estimator
Speech author: Manuela HussoUnited States Geological Survey, Fresh
Gain a comprehensive understanding of the impacts of energy development on fish and wildlife
Speech author: Mona KhalilUnited States Geological Survey, EMA Energy and Wildlife
Impact of wind energy development on habitat selection of pronghorn
Presented by: Megan Milligan, U.S. Geological Survey, Norlock
Additional Information
[ad_2]
Source link
