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Pacific Coastal and Marine Science Center images.

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Great Salt Lake location map with faults labeled
Great Salt Lake location map with faults labeled
Great Salt Lake location map with faults labeled
Great Salt Lake location map with faults labeled

The Great Salt Lake fault spans the eastern margin of the Great Salt Lake, Utah (USA) and includes the ∼30-km-long Fremont Island (FI) and ∼35-km-long Antelope Island (AI) sections; white arrows mark section boundaries.

The Great Salt Lake fault spans the eastern margin of the Great Salt Lake, Utah (USA) and includes the ∼30-km-long Fremont Island (FI) and ∼35-km-long Antelope Island (AI) sections; white arrows mark section boundaries.

Photos of the flood staff in Kipnuk Alaska
Photos of the flood staff in Kipnuk Alaska
Photos of the flood staff in Kipnuk Alaska
Photos of the flood staff in Kipnuk Alaska

Kipnuk flood staff, left to right: installation in 2023; flood event in August 2024; flood event in June 2025; and a June 2026 photo showing the aftermath of ex-Typhoon Halong, which flooded Kipnuk in October 2025. Halong's floodwaters surpassed the height of the flood staff and led to the evacuation of the town's residents.

Kipnuk flood staff, left to right: installation in 2023; flood event in August 2024; flood event in June 2025; and a June 2026 photo showing the aftermath of ex-Typhoon Halong, which flooded Kipnuk in October 2025. Halong's floodwaters surpassed the height of the flood staff and led to the evacuation of the town's residents.

Map showing modeled velocity hazard for a 1-year return period storm with 50cm of sea-level rise in Elim, Alaska
Elim_velocityHazard_1yrReturnPeriodStorm50cmSLR.png
Elim_velocityHazard_1yrReturnPeriodStorm50cmSLR.png
Elim_velocityHazard_1yrReturnPeriodStorm50cmSLR.png

Map showing modeled velocity hazard for a 1-year return period storm with 50cm of sea-level rise in Elim, Alaska.

Map showing locations near-real time coastal monitoring equipment in western Alaska
Near-real time coastal monitoring equipment in western Alaska
Near-real time coastal monitoring equipment in western Alaska
Map showing modeled velocity hazard for a 100-year return period storm with 50cm of sea-level rise in Elim, Alaska
Elim_velocityHazard_100yrReturnPeriodStorm50cmSLR.png
Elim_velocityHazard_100yrReturnPeriodStorm50cmSLR.png
Elim_velocityHazard_100yrReturnPeriodStorm50cmSLR.png

Map showing modeled velocity hazard for a 100-year return period storm with 50cm of sea-level rise in Elim, Alaska.

Three people staring at computer screens showing images of the seafloor
SEABOSS 3.0 Test
SEABOSS 3.0 Test
SEABOSS 3.0 Test

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

four people around a large piece of equipment outside by the water
SEABOSS 3.0 Test
SEABOSS 3.0 Test
SEABOSS 3.0 Test

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

Equipment being lowered into the water by people on a dock
SEABOSS 3.0 Test
SEABOSS 3.0 Test
SEABOSS 3.0 Test

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

The next generation of the Seabed Observation and Sampling System—SEABOSS 3.0—is steadily coming to life.

Maps of spatial patterns of live coral cover and change by site at Puʻukoholā Heiau National Historic Site
Maps of spatial patterns of live coral cover and change by site at Puʻukoholā Heiau National Historic Site
Maps of spatial patterns of live coral cover and change by site at Puʻukoholā Heiau National Historic Site
Maps of spatial patterns of live coral cover and change by site at Puʻukoholā Heiau National Historic Site

Maps of spatial patterns of live coral cover and change by site at Puʻukoholā Heiau National Historic Site. A) Mean baseline survey of percentage of live coral cover. B) Mean resurvey of percentage of live coral. C) Percent change of live coral cover between the baseline and resurvey.

Underwater photos of the tethered drop-camera system
Tethered drop-camera system used to assess coral cover
Tethered drop-camera system used to assess coral cover
Tethered drop-camera system used to assess coral cover

Tethered drop-camera system used to assess coral cover. A) Camera system lowered below the vessel. B) Camera system held roughly 1–3 meters above the seabed. From the study Evaluation of Benthic Habitat Change within the National Historic Sites of Hawaiʻi’s Kona Coast.

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