Seafood

Mapping Seafood Waste Impacts and Supporting Remediation

For more than a decade, scientists from INSPIRE have been delineating the footprint and studying the environmental impacts of seafood waste discharged from floating and land-based processing plants for both state and federal regulators as well industrial clients. Using a multidisciplinary approach to collect data on both water and sediment quality associated with these permitted discharges, INSPIRE scientists have worked at multiple locations in Alaska in a wide variety of bottom types and hydrodynamic settings. Our expertise in using video, SPI, and PV imaging as well as video probes, vibracoring, and box coring have been invaluable in helping our industrial clients demonstrate to federal and state regulators compliance with both discharge permit requirements and consent decree cleanup orders.

Our reputation for data quality and integrity has allowed us to become trusted advocates and serve as effective advisors during complex consent decree negotiations; our data visualization tools have made complex scientific data and their interpretive results easily understandable in both public stakeholder meetings and regulatory workshops.

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Deepwater Horizon Oil Spill

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Mapping Milford Haven Waterway

A detailed map and dataset of sedimentary habitats of the Milford Haven Waterway was compiled for the Milford Haven Waterway Environmental Surveillance Group from seafloor images
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Refined Harbor Sediment Assessment, Port Whitby Marina, Canada

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US EPA Dredged Material Monitoring

Our data scientists worked closely with representatives from the U.S. the Environmental Protection Agency to develop an intuitive database for EPA to utilize in tracking dredging projects and beneficial use applications. This database combined two previously separate work streams to improve management of dredged sediment and coastal resources.
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Monitoring of the Historic Area Remediation Site (HARS) (2019 – 2024)

Our team conducted an analytical comparison of bathymetric survey data to assess the status of remediation activites at the Historical Area Remediation Site (HARS) in the New York Bight. GIS analysts normalized an appropriately 20-year record of bathymetric data to a 2017 surface and the performed comparisons for 1, 2, 3, 5, and 10-year periods. Depth change models were developed and analyzed to estimate volumetric coverage of managed units within the HARS. These spatial analyses supported site management and monitoring decisions. These anlayses were augmented by an interactive web-visualization with a slider tool that was developed to allow users to compare datasets themselves.
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USACE New England District Environmental Services Contract

The Hard Bottom protocol we designed for this project outlines a tiered approach that assesses the physical and biological condition of coarse dredged material primarily using MBES, SSS, ROV-video, and SPI/PV imagery.