Imagery-based data acquisition techniques are central to our analyses. Just as collecting quality images in the field is vital to success, so too is the image analysis that translates those images into quantitative and qualitative results for interpretation and answering research and management questions.
Our data scientists develop AI and ML methodologies for enhanced efficiencies and scientific value. These methodologies are developed and applied in concert with a deep understanding of the biogeochemical and ecological functioning captured in each image.
Our along-trackline video analysis provides fine-scale geoform level interpretation of seafloor characteristics that is paired with geophysical data and SPI/PV data to improve understanding of benthic habitat distribution and variability.
Our scientists have supported benthic assessments of the HARS for over a decade and serve as valued partners to the USACE and EPA in provide robust science to support site monitoring and management decisions. We have analyzed SPI/PV, video, and diver-collected imagery throughout the HARS over the years to assess dredged material placement and benthic soft sediment recovery, as well as epifaunal communities supported by rock placed along the western edge of the site.
We conducted dual purpose studies that assessed the physical condition of the offshore wind turbine monopile and transition piece above and below the waterline and characterized marine growth for environmental and structural monitoring. Each year we collected underwater drone video footage and SPI/PV imagery. We produced a guide for Siemens Gamesa Renewable Energy technicians to use for the above waterline imagery collection.
Learn more about the benefits of using SPI (Sediment Profile Imaging) technology.
Delivering superior results at similar or lower cost, SPI/PV offers and ideal solution for offshore energy siting, permitting, and ecological monitoring.
INSPIRE Environmental assesses the health of the seafloor, delivering highquality, cost-effective solutions across a wide range of sediment management issues in marine and aquatic environments for commercial and government clients.
