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Pacific Coastal and Marine Science Center images.

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Diana McCandles collecting topographic data on an all-terrain vehicle
Collecting topographic data on an all-terrain vehicle
Collecting topographic data on an all-terrain vehicle
Collecting topographic data on an all-terrain vehicle

Diana McCandless, an environmental specialist with the Washington State Department of Ecology, collecting topographic data on an all-terrain vehicle.

Diana McCandless, an environmental specialist with the Washington State Department of Ecology, collecting topographic data on an all-terrain vehicle.

Paige Hovenga, former Graduate Research Assistant at Oregon State University, participating in a dawn topographic survey
Topographic beach survey at dawn
Topographic beach survey at dawn
Topographic beach survey at dawn

Paige Hovenga, former Graduate Research Assistant at Oregon State University, participating in a dawn topographic survey.

Paige Hovenga, former Graduate Research Assistant at Oregon State University, participating in a dawn topographic survey.

Kai Parker, USGS Oceanographer, navigates the surf zone on a personal watercraft during a bathymetric survey
Navigating the surf zone on a personal watercraft during a bathymetric survey
Navigating the surf zone on a personal watercraft during a bathymetric survey
Personnel from Oregon State University launch a personal water craft into the surf zone during bathymetric surveys
Launching a personal water craft into the surf zone during bathymetric surveys
Launching a personal water craft into the surf zone during bathymetric surveys
Launching a personal water craft into the surf zone during bathymetric surveys

Personnel from Oregon State University launch a personal water craft into the surf zone during bathymetric surveys along the Washington coast.

USGS Oceanographer Andrew Stevens performing a topographic survey at the base of an eroding dune
Topographic survey at the base of an eroding dune
Topographic survey at the base of an eroding dune
Topographic survey at the base of an eroding dune

USGS Oceanographer Andrew Stevens performing a topographic survey at the base of an eroding dune.

Map of study area showing Grays Harbor and Columbia River Mouth
Map of study area showing Grays Harbor and Columbia River Mouth
Map of study area showing Grays Harbor and Columbia River Mouth
Map of study area showing Grays Harbor and Columbia River Mouth

Maps of study area showing, A, extents of nested wave model grids (Tiers 1-3), locations of bathymetric and topographic survey lines, wave buoys, and tide gauges. Black boxes provide the locations of the detail areas shown in B-C. B-C, Maps showing bathymetry of the engineered inlets of B, Grays Harbor, and C, the Columbia River.

Maps of study area showing, A, extents of nested wave model grids (Tiers 1-3), locations of bathymetric and topographic survey lines, wave buoys, and tide gauges. Black boxes provide the locations of the detail areas shown in B-C. B-C, Maps showing bathymetry of the engineered inlets of B, Grays Harbor, and C, the Columbia River.

Close-up photo of pore water extraction from a surface marine sediment sample
Close-up photo of pore water extraction from a surface marine sediment sample
Close-up photo of pore water extraction from a surface marine sediment sample
Map of HI Abyssal Nodules Expedition study area
Map of HI Abyssal Nodules Expedition study area
Map of HI Abyssal Nodules Expedition study area
Map of HI Abyssal Nodules Expedition study area

Map showing study area (outlined in yellow) of the Hawaii Abyssal Nodules and Associated Ecosystems Expedition.

Bathymetric map showing study area for the Hawaiʻi Abyssal Nodules and Associated Ecosystems Expedition
Hawaiʻi Abyssal Nodules and Associated Ecosystems Expedition study area
Hawaiʻi Abyssal Nodules and Associated Ecosystems Expedition study area
Map showing results of geomorphic change detection analysis of sediment volume differences between 2016 and 2017, Upper Carmel River
Results of geomorphic change detection analysis of sediment volume differences between 2016 and 2017, Upper Carmel River
Results of geomorphic change detection analysis of sediment volume differences between 2016 and 2017, Upper Carmel River
Results of geomorphic change detection analysis of sediment volume differences between 2016 and 2017, Upper Carmel River

Results of geomorphic change detection analysis of sediment volume differences between 2016 and 2017, Upper Carmel River, from the study Post-Fire Sediment Yield From a Central California Watershed: Field Measurements and Validation of the WEPP Model.

Photo of a post-fire debris flow depositing ash and sediment on a steep hillside
Post-fire debris flow, 2021 Dixie Fire in northern CA
Post-fire debris flow, 2021 Dixie Fire in northern CA
Post-fire debris flow, 2021 Dixie Fire in northern CA

Post-fire debris flow depositing ash and sediment on a steep hillside,  2021 Dixie Fire in northern CA.

Underwater footage of marine phosphorites on seafloor
Cover image for Marine minerals b-roll - Marine Phosphorites
Cover image for Marine minerals b-roll - Marine Phosphorites
Cover image for Marine minerals b-roll - Marine Phosphorites

Underwater footage of marine phosphorites on seafloor, taken from a remotely operated vehicle.

Underwater footage of ferromanganese crust on seafloor, taken from a remotely operated vehicle
Cover image for Marine Minerals b-roll - Ferromanganese Crusts
Cover image for Marine Minerals b-roll - Ferromanganese Crusts
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