Uses for Underwater Hyperspectral Imaging

​Applications and Scientific Potential

The versatility of Underwater Hyperspectral Imaging makes it an indispensable asset for a broad spectrum of scientific endeavors:

• Geology and Mineralogy: Surveying of mineral sands, manganese nodule fields, sediment composition, and mineral deposits.

• Resource Assessment: Evaluation of seabed minerals and site suitability studies.  Surveys for precise habitat mapping, metric assessments, and temporal change detection across complex seafloor terrains.

• Climate Studies: Monitoring and assessing impacts of climate change on abyssal environments. (e.g. coral reef health)

• Environmental Monitoring: Detection of pollution, environmental impact assessments, and disaster response (e.g., oil spills, submarine landslides).

• Search and Salvage:  Surveys for precise mapping of detritus and wreckage debris location and composition.

• Cultural Heritage Site Surveys: Conduct comprehensive underwater surveys for organic and inorganic materials at historically significant underwater sites.

• Marine Ecology: In-depth exploration of benthic habitats, population surveys, species identification, and behavioral research.

• Underwater Infrastructure Inspection and Maintenance: Identify cracks, biofouling, pitting, etc. on oilrigs, platforms, submerged infrastructure for maintenance and repair.