The table below summarizes marine species monitoring projets being conducted in the Atlantic Ocean and Gulf of Mexico in support of Atlantic Fleet Training and Testing (AFTT) Marine Mammal Protection Act requirements (50 CFR Part 218). Reports and data from these projects will be made available on the individual project profile pages and the Reading Room as they become available.
Project titles link directly to individual project profile pages with additional details and access to data and reports.
*Intermediate Scientific Objectives are established in coordination with NMFS through the Strategic Planning Process to help prioritize monitoring investments
Project Description | Intermediate Scientific Objective* | Status |
Title: Mid-Atlantic Autonomous Passive Acoustic Monitoring
Location: Mid-Atlantic Objectives: Monitor large whale occurrence in the mid-Atlantic Methods: Autonomous real time passive acoustic monitoring Performing Organizations: Woods Hole Oceanographic Institute, NAVFAC Atlantic Timeline: 2019-ongoing Funding: Funding: FY18- $211k, FY19- $213k, FY20- $357k, FY21- $139k, FY22 - $0, FY23 - $196K |
Establish the baseline habitat uses and movement patterns of marine mammals where Navy training and testing activities occur Establish the baseline behavior (foraging, dive patterns, etc.) of marine mammals where Navy training and testing activities occur |
Ongoing |
Title: Distribution of Gulf Sturgeon in the Panama City Testing Range
Location: NSWC Panama City Testing Range Objectives: Assess Gulf Sturgeon distribution and habitat use through a multi-phase biotelemetry approach Methods: Passive acoustic telemetry, directed AUV surveys, and environmental monitoring Performing Organizations: Delaware State University, University of Delaware Timeline: 2021–2024 Funding: FY21 - $177K, FY22 - $149K, FY23 - $153K |
Estimate the distribution, abundance, and density of marine mammals and ESA-listed species in Navy range complexes, testing ranges, and in specific training and testing area Establish the baseline habitat uses, seasonality, and movement patterns of marine mammals and ESA-listed species where Navy Occurrence training and testing activities occur |
Ongoing |
Title: Atlantic and Shortnose Sturgeon Monitoring in the Lower Kennebec River
Location: Lower Kennebec River, including Bath Iron Works and Offshore Popham Beach Objectives: Assess Atlantic and shortnose sturgeon seasonal occurrence, migration, and overwintering Methods: Acoustic tagging (internal) Performing Organizations: NUWC Newport (lead); collaborating: Maine Department of Marine Resources, U.S. Geological Survey, PSNY, University of Maine, University of Maryland Timeline: 2021–2024 Funding: FY22 - $60k, FY23 - $103k |
Establish the baseline habitat uses, seasonality, and movement patterns of marine mammals and ESA-listed species where Navy training and testing activities occur
|
Ongoing Field work initiated May 2021 |
Title: Northeast Pinniped Behavioral Response Pilot Study
Location: Northeast U.S. (New Jersey, New York, and Rhode Island) Objectives: Evaluate behavioral responses of marine mammals exposed to Navy training and testing activities Methods: Telemetry tagging, aerial surveys, remote cameras Performing Organizations: NUWC, AMSEAS, NMFS, MMoME Timeline: 2020-2023 Funding: FY22 - $77k FY23 - $16k |
Establish the baseline behavior (foraging, dive patterns, etc.) of marine mammals where Navy training and testing activities occur Evaluate behavioral responses of marine mammals exposed to Navy training and testing activities |
Baseline data collection ongoing Behavioral response trials TBD |
Title: Jacksonville Shallow Water Training Range Vessel Surveys
Location: Jacksonville Shallow Water Training Range (JSWTR) Objectives: Monitor species composition and distribution on JSWTR, support M3R species verifications Methods: Vessel visual surveys, biopsy sampling, satellite-linked tags, photo-ID, passive acoustics Performing Organizations: Duke University, HDR Inc., Naval Undersea Warfare Center Timeline: 2009-2018, 2020-2023 Funding: FY18 - $261K, FY19 - $60K, FY20 - $97K, FY21 - $253K, FY22 - $116K, FY23 - $304K |
Establish the baseline habitat uses and movement patterns of marine mammals and sea turtles where Navy training and testing activities occur Determine what populations of marine mammals are exposed to Navy training and testing activities Evaluate trends in distribution and abundance of populations that are regularly exposed to Navy training and testing activities |
Continuing |
Title: Atlantic Marine Assessment Program for Protected Species (AMAPPS)
Location: Northwest Atlantic (Maine to Florida) Objectives: Methods: Visual surveys, passive acoustic monitoring, tagging Performing Organizations: NOAA Fisheries Northeast and Southeast Fishery Science Centers Timeline: 2010-present Funding: $250k annually |
Estimate the density of marine mammals and sea turtles in Navy range complexes and in specific training areas Establish the baseline habitat uses and movement patterns of marine mammals and sea turtles where Navy training and testing activities occur Evaluate trends in distribution and abundance of populations that are regularly exposed to sonar and underwater explosives |
Ongoing AMAPS I (2010-2014), AMAPPS II (2015-2019), AMAPPS III (2020-2024) |
Title: Haul-Out Counts and Photo-Identification of Pinnipeds in Virginia
Location: Lower Chesapeake Bay and Eastern Shore of Virginia Objectives: Document seasonal occurrence, habitat use, and haul-out patterns of seals Methods: Visual surveys, photo ID Performing Organizations: NAVFAC Atlantic, Virginia Department of Game and Inland Fisheries,The Nature Conservancy, HDR Inc. Timeline: 2014-2022 Funding: Funding: FY15 - $52K, FY16 - $36K, FY17 - $7K, FY18 - $29K, FY19 - $62K, FY20 - $60K, FY21 - $39K, FY22 - $93k, FY23 - $183K |
Estimate the density of marine mammals and sea turtles in Navy range complexes and in specific training areas Establish the baseline habitat uses and movement patterns of marine mammals and sea turtles where Navy training and testing activities occur Evaluate trends in distribution and abundance of populations that are regularly exposed to sonar and underwater explosives |
Fieldwork ongoing |