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High resolution topographic lidar and imagery collected along western Alaska coast
High resolution topographic lidar and imagery collected along western Alaska coast
High resolution topographic lidar and imagery collected along western Alaska coast
High resolution topographic lidar and imagery collected along western Alaska coast

High resolution topographic lidar and imagery collected along western Alaska coast as part of the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

High resolution topographic lidar and imagery collected along western Alaska coast as part of the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

Satellite derived coastlines in western Alaska
Satellite derived coastlines in western Alaska
Satellite derived coastlines in western Alaska
Satellite derived coastlines in western Alaska

Satellite derived coastlines in western Alaska, collected as part of the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

Satellite derived coastlines in western Alaska, collected as part of the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

Typhoon Merbok modeling sites in western Alaska
Typhoon Merbok modeling sites in western Alaska
Typhoon Merbok modeling sites in western Alaska
Typhoon Merbok modeling sites in western Alaska

Typhoon Merbok modeling sites in western Alaska, as part the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

Typhoon Merbok modeling sites in western Alaska, as part the USGS Typhoon Merbok Disaster Emergency Recovery Efforts.

Atmospheric pressure map of Typhoon Merbok in western Alaska on September 17, 2022
Atmospheric pressure map of Typhoon Merbok in western Alaska on September 17, 2022
Atmospheric pressure map of Typhoon Merbok in western Alaska on September 17, 2022
Atmospheric pressure map of Typhoon Merbok in western Alaska on September 17, 2022

Atmospheric pressure map of Typhoon Merbok in western Alaska on September 17, 2022.

Diagram of USGS-developed tools for Typhoon Merbok Disaster Emergency Recovery Efforts
Diagram of USGS-developed tools for Typhoon Merbok Disaster Emergency Recovery Efforts
Diagram of USGS-developed tools for Typhoon Merbok Disaster Emergency Recovery Efforts
Diagram of USGS-developed tools for Typhoon Merbok Disaster Emergency Recovery Efforts

Diagram of USGS-developed tools for Typhoon Merbok Disaster Emergency Recovery Efforts.

Perspective view of horizon mapping and fault attribute detection in the Santa Barbara Channel, offshore southern California
Perspective view of horizon mapping and fault attribute detection in the Santa Barbara Channel, offshore southern California
Perspective view of horizon mapping and fault attribute detection in the Santa Barbara Channel, offshore southern California
Perspective view of horizon mapping and fault attribute detection in the Santa Barbara Channel, offshore southern California

Perspective view of horizon mapping and fault attribute detection on two combined three-dimensional (3D) volumes located in the Santa Barbara Channel, offshore southern California. The horizons show various marker beds mapped throughout the volumes, providing insights into the 3D deformation patterns.

Perspective view of horizon mapping and fault attribute detection on two combined three-dimensional (3D) volumes located in the Santa Barbara Channel, offshore southern California. The horizons show various marker beds mapped throughout the volumes, providing insights into the 3D deformation patterns.

Example of National Archive of Marine Seismic Surveys search result
Example of National Archive of Marine Seismic Surveys search result
Example of National Archive of Marine Seismic Surveys search result
Example of National Archive of Marine Seismic Surveys search result

Map search display filtered to show recently added three-dimensional (3D) surveys, acquired between 1996 and 1998 within the Gulf of Mexico. These surveys were permitted over 25 years ago and are therefore eligible for public release. The Bureau of Ocean Energy Management protraction areas are labeled.


 

Map search display filtered to show recently added three-dimensional (3D) surveys, acquired between 1996 and 1998 within the Gulf of Mexico. These surveys were permitted over 25 years ago and are therefore eligible for public release. The Bureau of Ocean Energy Management protraction areas are labeled.


 

Broken black asphalt roadway in foreground with white X mark and centerline with mountains and steep valleys in background
Collapsed E45 road on western side of the Río Coca river corridor, Ecuador Jan 2024
Collapsed E45 road on western side of the Río Coca river corridor, Ecuador Jan 2024
Collapsed E45 road on western side of the Río Coca river corridor, Ecuador Jan 2024

Damage to the E45 road caused by valley-wall erosion following the 2020 failure of a lava dam, Rio Coca valley, Ecuador, January 2024. (Amy East, USGS)

Damage to the E45 road caused by valley-wall erosion following the 2020 failure of a lava dam, Rio Coca valley, Ecuador, January 2024. (Amy East, USGS)

Aerial view of Ucluelet, Vancouver Island, British Columbia
Aerial view of Ucluelet, Vancouver Island, British Columbia
Aerial view of Ucluelet, Vancouver Island, British Columbia
Aerial view of Ucluelet, Vancouver Island, British Columbia

Aerial view of Ucluelet, Vancouver Island, British Columbia, showing coastal mountains along the Queen Charlotte Fault zone.

Aerial view of Ucluelet, Vancouver Island, British Columbia, showing coastal mountains along the Queen Charlotte Fault zone.

Diagram showing subsidence exposure by county for US East Coast
Subsidence exposure by county for US East Coast
Subsidence exposure by county for US East Coast
Subsidence exposure by county for US East Coast

Subsidence area exposure for counties on the US east coast. A) Percentage of county’s land area affected by VLM < 0 mm per year. B) Percentage of county’s land area affected by VLM < −1 mm per year. C) Percentage of county’s land area affected by VLM < −2 mm per year. D) Percentage of county’s land area affected by VLM < −3 mm per year.

Subsidence area exposure for counties on the US east coast. A) Percentage of county’s land area affected by VLM < 0 mm per year. B) Percentage of county’s land area affected by VLM < −1 mm per year. C) Percentage of county’s land area affected by VLM < −2 mm per year. D) Percentage of county’s land area affected by VLM < −3 mm per year.

Animated GIF showing waves breaking over a coral reef from above
Animated GIF showing waves breaking over a coral reef from above
Animated GIF showing waves breaking over a coral reef from above
Animated GIF showing waves breaking over a coral reef from above

Animated GIF showing waves breaking over a coral reef from above, illustrating how reefs act as natural breakwaters that dissipate wave energy.

Animated GIF showing waves breaking over a coral reef from above, illustrating how reefs act as natural breakwaters that dissipate wave energy.

Figure showing shifted sediment-transport regimes by climate change and amplified hydrological variability
Shifted sediment-transport regimes by climate change and amplified hydrological variability in cryosphere-fed rivers
Shifted sediment-transport regimes by climate change and amplified hydrological variability in cryosphere-fed rivers
Shifted sediment-transport regimes by climate change and amplified hydrological variability in cryosphere-fed rivers

(A) Cryosphere coverage and decadal hydroclimatic change rates in the glacial basin (Xiehela at Tien Shan), nival basin (Qiaqiga at Tien Shan), pluvial basin (Yingluoxia at Qilian Mountain, north Tibetan Plateau), and mixed-regime basin (Qiemo at Kunlun Mountain, north Tibetan Plateau).

(A) Cryosphere coverage and decadal hydroclimatic change rates in the glacial basin (Xiehela at Tien Shan), nival basin (Qiaqiga at Tien Shan), pluvial basin (Yingluoxia at Qilian Mountain, north Tibetan Plateau), and mixed-regime basin (Qiemo at Kunlun Mountain, north Tibetan Plateau).

Staff profile photo of Maria Figueroa Matias
MariaFigueroa.jpg
MariaFigueroa.jpg
MariaFigueroa.jpg

Staff profile photo of Maria Figueroa Matias, Chemical Oceanographer at the USGS Pacific Coastal and Marine Science Center.

 

Staff profile photo of Maria Figueroa Matias, Chemical Oceanographer at the USGS Pacific Coastal and Marine Science Center.

 

Photo of winter sunset in Santa Cruz, California
Winter sunset in Santa Cruz, California
Winter sunset in Santa Cruz, California
Winter sunset in Santa Cruz, California

Winter sunset in Santa Cruz, California, near the USGS Pacific Coastal and Marine Science Center.

Winter sunset in Santa Cruz, California, near the USGS Pacific Coastal and Marine Science Center.

Hydrothermal chimneys at the Eastern Galapágos Spreading Center
Hydrothermal chimneys at the Eastern Galapágos Spreading Center
Hydrothermal chimneys at the Eastern Galapágos Spreading Center
Hydrothermal chimneys at the Eastern Galapágos Spreading Center

Hydrothermal chimneys at the Eastern Galapágos Spreading Center, from the expedition Ultra-Fine Scale Seafloor Mapping in October-November 2023.

Hydrothermal chimneys at the Eastern Galapágos Spreading Center, from the expedition Ultra-Fine Scale Seafloor Mapping in October-November 2023.

A remotely operated vehicle collecting rock samples from the Eastern Galapágos Spreading Center
Collecting rock samples from the Eastern Galapágos Spreading Center
Collecting rock samples from the Eastern Galapágos Spreading Center
Collecting rock samples from the Eastern Galapágos Spreading Center

Collecting rock samples from the Eastern Galapágos Spreading Center, during the expedition Ultra-Fine Scale Seafloor Mapping in October-November 2023.

Collecting rock samples from the Eastern Galapágos Spreading Center, during the expedition Ultra-Fine Scale Seafloor Mapping in October-November 2023.

Tubeworms found at the Eastern Galapágos Spreading Center
Tubeworms found at the Eastern Galapágos Spreading Center
Tubeworms found at the Eastern Galapágos Spreading Center
Tubeworms found at the Eastern Galapágos Spreading Center

Tubeworms found at the Eastern Galapágos Spreading Center, from the expedition Ultra Fine-Scale Seafloor Mapping, in October-November 2023.

Tubeworms found at the Eastern Galapágos Spreading Center, from the expedition Ultra Fine-Scale Seafloor Mapping, in October-November 2023.