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AVM Schematic
AVM Schematic
AVM Schematic
AVM Schematic

The AVM measures the average water velocity along the acoustic path (VP, figure 1); then computes the "line velocity," the velocity component parallel with the average downstream flow line.

The AVM measures the average water velocity along the acoustic path (VP, figure 1); then computes the "line velocity," the velocity component parallel with the average downstream flow line.

Photograph of Dr. Ben Gutierrez moderating a session at the 2019 diversity workshop
Ben Gutierrez moderating Partnership in Education Program (PEP) panel
Ben Gutierrez moderating Partnership in Education Program (PEP) panel
Ben Gutierrez moderating Partnership in Education Program (PEP) panel

Woods Hole Coastal and Marine Science Center geologist, Ben Gutierrez, moderates a panel at the 2019 Partnership Eucation Program (PEP) 10th Anniversity Conference and Celebration, Woods Hole, MA June 28-30, 2019.

Bottom Mount With Recovery Buoy
Bottom Mount With Recovery Buoy
Bottom Mount With Recovery Buoy
Bottom Mount With Recovery Buoy

Illustration of a typical remotely recoverable sub-surface deployment.

Illustration of a typical remotely recoverable sub-surface deployment.

Burning Gas Hydrate
Burning Gas Hydrate
Burning Gas Hydrate
Burning Gas Hydrate

Gas hydrate is sometimes called “the ice that burns” because the warming hydrates release enough methane to sustain a flame. Credit: USGS

Gas hydrate is sometimes called “the ice that burns” because the warming hydrates release enough methane to sustain a flame. Credit: USGS

California Horizontal ADVM mount 1
California Horizontal ADVM mount 1
California Horizontal ADVM mount 1
California Horizontal ADVM mount 1

Protective housing prevents damage to ADVM and allows for adjustment of heading and roll.

Protective housing prevents damage to ADVM and allows for adjustment of heading and roll.

California Horizontal ADVM mount 2
California Horizontal ADVM mount 2
California Horizontal ADVM mount 2
California Horizontal ADVM mount 2

Protective housing prevents damage to ADVM and allows for adjustment of heading and roll.

Protective housing prevents damage to ADVM and allows for adjustment of heading and roll.

Camden Bay
Camden Bay from west-central ANWR-1002 Area
Camden Bay from west-central ANWR-1002 Area
Camden Bay from west-central ANWR-1002 Area

Northward view towards Camden Bay from west-central Arctic National Wildlife Refuge-1002 Area near the Katakturuk River. Patterns in foreground are permafrost polygons.

Northward view towards Camden Bay from west-central Arctic National Wildlife Refuge-1002 Area near the Katakturuk River. Patterns in foreground are permafrost polygons.

Camden Bay
Camden Bay from west-central ANWR-1002 Area
Camden Bay from west-central ANWR-1002 Area
Camden Bay from west-central ANWR-1002 Area

View to the northeast towards Camden Bay from west-central Arctic National Wildlife Refuge-1002 Area. The tundra and lakes in this area displays a variety of patterns caused by permafrost.

View to the northeast towards Camden Bay from west-central Arctic National Wildlife Refuge-1002 Area. The tundra and lakes in this area displays a variety of patterns caused by permafrost.

Canning River Delta with thin barrier island
Canning River Delta with thin barrier island and ice pack
Canning River Delta with thin barrier island and ice pack
Canning River Delta with thin barrier island and ice pack

Northward view to coast of Canning River Delta with thin barrier island and ice pack beyond.

near the Sadlerochit River
central ANWR-1002 Area near the Sadlerochit River
central ANWR-1002 Area near the Sadlerochit River
central ANWR-1002 Area near the Sadlerochit River

Northward view in central Arctic National Wildlife Refuge-1002 Area near the Sadlerochit River showing gently rolling topography typical of the southern coastal plain.

Northward view in central Arctic National Wildlife Refuge-1002 Area near the Sadlerochit River showing gently rolling topography typical of the southern coastal plain.

Closeup view of oil-saturated Oligocene sandstone
Closeup view of oil-saturated Oligocene sandstone in the Sagavanirktok
Closeup view of oil-saturated Oligocene sandstone in the Sagavanirktok
Closeup view of oil-saturated Oligocene sandstone in the Sagavanirktok

Closeup view of oil-saturated Oligocene sandstone in the Sagavanirktok Formation exposed on Marsh Creek anticline near Katakturuk River in western Arctic National Wildlife Refuge-1002 Area. Weathered surface is light gray and freshly broken surface is brown.

Closeup view of oil-saturated Oligocene sandstone in the Sagavanirktok Formation exposed on Marsh Creek anticline near Katakturuk River in western Arctic National Wildlife Refuge-1002 Area. Weathered surface is light gray and freshly broken surface is brown.

Collection samples hourly at a private domestic bedrock well, Seabrook, New Hampshire
Collection samples hourly at a private domestic bedrock well
Collection samples hourly at a private domestic bedrock well
Collection samples hourly at a private domestic bedrock well

Assessing the variability of arsenic over multiple time scales project.

Collection samples hourly at a private domestic bedrock well, Seabrook, New Hampshire.

Assessing the variability of arsenic over multiple time scales project.

Collection samples hourly at a private domestic bedrock well, Seabrook, New Hampshire.

Color-shaded topographic relief map of the Yellowstone Plateau-Snake River Plain volcanic province
Color-shaded topographic relief map of Yellowstone Plateau Snake River
Color-shaded topographic relief map of Yellowstone Plateau Snake River
Color-shaded topographic relief map of Yellowstone Plateau Snake River

Color-shaded topographic relief map of the Yellowstone Plateau-Snake River Plain volcanic province showing the track of the Yellowstone hot spot. 

Contrasting photos of Heart Spring from 1988 and 2019 Yellowstone
Contrasting photos of Heart Spring from 1988 and 2019 Yellowstone
Contrasting photos of Heart Spring from 1988 and 2019 Yellowstone
Contrasting photos of Heart Spring from 1988 and 2019 Yellowstone

Contrasting photos of Heart Spring on Geyser Hill in the Upper Geyser Basin from 1998 (left) and 2019 (right). Can you spot differences in the hot spring? Photos courtesy of the National Park Service.

Contrasting photos of Heart Spring on Geyser Hill in the Upper Geyser Basin from 1998 (left) and 2019 (right). Can you spot differences in the hot spring? Photos courtesy of the National Park Service.

Custom Boogie Board 1
Custom Boogie Board 1
Custom Boogie Board 1
Custom Boogie Board 1

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Custom Boogie Board 2
Custom Boogie Board 2
Custom Boogie Board 2
Custom Boogie Board 2

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Custom Boogie Board 3
Custom Boogie Board 3
Custom Boogie Board 3
Custom Boogie Board 3

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Photograph of custom boogie board for ADCP deploymet, view of bottom.

Densmore uses ultrasound
Densmore uses ultrasound
Densmore uses ultrasound
Densmore uses ultrasound

Dr. Christine Densmore, DVM uses an ultrasound on fish as part of a health assessment.

Dr. Christine Densmore, DVM uses an ultrasound on fish as part of a health assessment.

Digging into the soil of wetlands
Digging into the soil of wetlands
Digging into the soil of wetlands

Scientists at the U.S. Geological Survey Wetland and Aquatic Research Center (www.usgs.gov/warc) study important aspects of wetlands, such as the flow and quality of water, the chemistry of soil, and the plants and animals which call this ecosystem home.

Scientists at the U.S. Geological Survey Wetland and Aquatic Research Center (www.usgs.gov/warc) study important aspects of wetlands, such as the flow and quality of water, the chemistry of soil, and the plants and animals which call this ecosystem home.

Digging into the soil of wetlands (AD)
Digging into the soil of wetlands (AD)
Digging into the soil of wetlands (AD)

Scientists at the U.S. Geological Survey Wetland and Aquatic Research Center study important aspects of wetlands, such as the flow and quality of water, the chemistry of soil, and the plants and animals which call this ecosystem home.

Scientists at the U.S. Geological Survey Wetland and Aquatic Research Center study important aspects of wetlands, such as the flow and quality of water, the chemistry of soil, and the plants and animals which call this ecosystem home.

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