NT-23-11: Substrate-Borne Vibroacoustic Disturbances from Offshore Wind Construction: Measurements, Physical Characteristics, and Propagation

Due: Aug 8, 2023

$1,500,000

DescriptionThis proposed study is to make measurements and investigate the physical characteristics and propagation of substrate-borne mechanical waves through seabed from offshore wind facility construction and operations. Although environmental impacts from substrate-borne particle motion from pile driving have been widely recognized as potential major effects on marine benthic organisms, very little research has been conducted to address these types of vibroacoustic disturbances. Therefore, information is critically needed concerning the...

Estimated Total Program Funding$1,500,000Award Ceiling$1,500,000Award Floor$1,450,000

Eligible Applicants- Public and State controlled institutions of higher education- Others

Additional Eligibility Information

This project is open to Public and State Controlled Institutions of Higher Education in the following Cooperative Ecosystem Studies Units (CESUs): North Atlantic Coast, Pacific Northwest, Gulf Coast, Californian, Chesapeake Watershed, and Piedmont-South Atlantic Coast.This project is required to have a staff member of the applying organization as the Principal Investigator (PI). Cooperative research between interested organizations - i.e., state agencies, public universities, and non-profits in affected states - is always encoura...

Funding TypeCooperative AgreementCategories of Funding Activity- EnvironmentOpportunity TypeDiscretionary

Grantor Contact InformationPoint of Contact for QuestionsGrantor Emailchristy.tardiff@bsee.govOther Grantor InformaitonChristy Tardiff christy.tardiff@bsee.gov

Additional information<p>See Related Documents</p>

NT-23-11: Substrate-Borne Vibroacoustic Disturbances from Offshore Wind Construction: Measurements, Physical Characteristics, and Propagation

Start finding grants with Atom for

$0 today

$30 Billed monthly after 7-day trial. Cancel anytime.

Personalized grant emails delivered weekly, right to your inbox.

AI powered search engine with both keyword and semantic search capabilities.

Grant filters to find the perfect funding opportunities.