Description
A stochastic collision risk model and online web application was released in 2022 to estimate risk of avian collisions with offshore wind energy turbines in the United States (US). This decision support tool, called the Stochastic Collision Risk Assessment for Movement (SCRAM; Adams et al. 2022), uses movement data from automated radio telemetry studies to characterize collision risk in three federally-protected bird species: the red knot (Calidris canutus), pping plover (Charadrius melodus), and roseate tern (Sterna dougallii). Phase 2 of the project (2023–2024) updates the SCRAM models and tool to incorporate new sources of data (e.g., satellite-based tracking technology), improve the models, and increase the functionality of the online platform.
Award Amount
USD: $273,374
Funding
Type
award
Funder
U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies Program
Funder ID
https://doi.org/10.13039/100012475
Award Dates
2021-08-12 → 2024-09-02
Award Number
M19PG00023
DOI / Resource
Field Xml File
100394.xml
(2.6 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:Transparent modeling of collision risk for three federally listed bird species in relation to offshore wind energy development: final reportAuthors:EM Adams, A Gilbert, P Loring, Williams, KAPublication Year:2023Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Sterling (VA)Report Number:BOEM 2022-071Contract #:M19PG00023Award DOI:10.67297/9A1EAAReport DOI:10.67297/01B1DFField Xml File111071.xml (2.79 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:Transparent modeling of collision risk for three federally listed bird species in relation to offshore wind energy development: technical summaryAuthors:EM Adams, A Gilbert, P Loring, Williams, KAPublication Year:2023Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Sterling (VA)Report Number:BOEM 2022-071Contract #:M19PG00023Award DOI:10.67297/9A1EAAReport DOI:10.67297/01B1E0Field Xml File111072.xml (2.8 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:SCRAM 2: transparent modeling of collision risk for three federally listed bird species in relation to offshore wind energy developmentAuthors:HF Goyert, EM Adams, A Gilbert, J Gulka, PH Loring, JEF Stepanuk, Williams, KAPublication Year:2024Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Sterling (VA)Report Number:BOEM 2024-057Contract #:M19PG00023Award DOI:10.67297/9A1EAAReport DOI:10.67297/01B322Field Xml File111394.xml (3.57 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:SCRAM 2: transparent modeling of collision risk for three federally listed bird species in relation to offshore wind energy developmentAuthors:HF Goyert, EM Adams, A Gilbert, J Gulka, PH Loring, JEF Stepanuk, KA WilliamsPublication Year:2024Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Sterling (VA)Report Number:BOEM 2024-057Contract #:M19PG00023Award DOI:10.67297/9A1EAAReport DOI:10.67297/01B323Field Xml File111395.xml (3.12 KB)
- ROR:https://ror.org/03tzscr25Series Title:BOEM Environmental StudiesISSN:3071-6349Report Title:User documentation for the Stochastic Collision Risk Assessment for Movement (SCRAM) Version 2Authors:A Gilbert, EM Adams, HF Goyert, J Gulka, PH Loring, JEF Stepanuk, Williams, KAPublication Year:2024Publisher:U.S. Department of the Interior, Bureau of Ocean Energy Management, Environmental Studies ProgramPlace:Sterling (VA)Report Number:BOEM 2024-057Contract #:M19PG00023Award DOI:10.67297/9A1EAAReport DOI:10.67297/01B324Field Xml File111396.xml (3.16 KB)