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Ohio River at Ironton, OH - water quality sampling
Ohio River at Ironton, OH - water quality sampling
Ohio River at Ironton, OH - water quality sampling
Ohio River at Ironton, OH - water quality sampling

Ohio River at Ironton, OH - water quality sampling

Ohio River at Ironton, OH - removing mussels from equipment
Ohio River at Ironton, OH - removing mussels from equipment
Ohio River at Ironton, OH - removing mussels from equipment
Ohio River at Ironton, OH - removing mussels from equipment

Ohio River at Ironton, OH - removing mussels from equipment

Ohio River at Ironton, OH - water quality sampler
Ohio River at Ironton, OH - water quality sampler
Ohio River at Ironton, OH - water quality sampler
Ohio River at Ironton, OH - water quality sampler

Ohio River at Ironton, OH - water quality sampler

Ohio River at Ironton, OH - water quality sampler closeup
Ohio River at Ironton, OH - water quality sampler closeup
Ohio River at Ironton, OH - water quality sampler closeup
Ohio River at Ironton, OH - water quality sampler closeup

Ohio River at Ironton, OH - water quality sampler closeup

Ohio River at Ironton, OH - tower walkway
Ohio River at Ironton, OH - tower walkway
Ohio River at Ironton, OH - tower walkway
Ohio River at Ironton, OH - tower walkway

Ohio River at Ironton, OH - tower walkway

group looking at drone in the air
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

woman in the grass working with a drone
UAS imagery taken from Plum Island
UAS imagery taken from Plum Island
UAS imagery taken from Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

man holding drone in field
UAS imagery taken from Plum Island
UAS imagery taken from Plum Island
UAS imagery taken from Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

three people surrounding drone sitting on target
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

three people surrounding drone on the ground
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island
UAS imagery collected at Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

group picture next to an estuary
Woods Hole AIM group at Plum Island
Woods Hole AIM group at Plum Island
Woods Hole AIM group at Plum Island

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

The AIM (Aerial Imaging and Mapping group) collected UAS imagery for scientists at The Marine Biological Laboratory (MBL) from the Plum Island estuary in Rowley MA.  Inke Forbrich from MBL will lead the analysis looking at the reflectance index NDVI for vegetation surrounding a gas flux tower installed in t

Image shows two sea urchins with the ocean in the background
Red Sea Urchins
Red Sea Urchins
Red Sea Urchins

Two red sea urchins (Mesocentrotus franciscanus) sit on the deck of the R/V Falkor. These sea urchins were collected during the #HuntingBubbles research cruise led by the USGS and Schmidt Ocean Institute, which focused on exploring and understanding methane seeps and the communities that depend on them along the Cascadia Margin.

Two red sea urchins (Mesocentrotus franciscanus) sit on the deck of the R/V Falkor. These sea urchins were collected during the #HuntingBubbles research cruise led by the USGS and Schmidt Ocean Institute, which focused on exploring and understanding methane seeps and the communities that depend on them along the Cascadia Margin.

Digging a hole next to a real-time groundwater well for a solar panel
Digging a hole next to a real-time groundwater well for a solar panel
Digging a hole next to a real-time groundwater well for a solar panel
Digging a hole next to a real-time groundwater well for a solar panel

Shown in this photo is student intern Michael Upton digging a hole next to a real-time groundwater well so a solar panel and cell phone modem antenna mast can be installed. The site ID is: 421240072490201 MA-M7W 19 located in Montgomery, Massachusetts.

Shown in this photo is student intern Michael Upton digging a hole next to a real-time groundwater well so a solar panel and cell phone modem antenna mast can be installed. The site ID is: 421240072490201 MA-M7W 19 located in Montgomery, Massachusetts.

USGS Employee is checking Preliminary Flood Insurance Rate Maps before a meeting.
Checking preliminary maps
Checking preliminary maps
Checking preliminary maps

FEMA Flood Insurance Rate Maps.

​USGS employee is checking Preliminary Flood Insurance Rate Maps before a meeting.

FEMA Flood Insurance Rate Maps.

​USGS employee is checking Preliminary Flood Insurance Rate Maps before a meeting.

Close-up of a honey bee being prepared for testing
Close-up of a honey bee being prepared for testing
Close-up of a honey bee being prepared for testing
Close-up of a honey bee being prepared for testing

Leetown Science Center researcher, Dr. Deborah Iwanowicz, is preparing honey bee for analysis of the Lake Sinai Virus (LSV).   This type of work is important to society as pollinators are critical for sustaining healthy ecosystems and prosperous human populations.

Leetown Science Center researcher, Dr. Deborah Iwanowicz, is preparing honey bee for analysis of the Lake Sinai Virus (LSV).   This type of work is important to society as pollinators are critical for sustaining healthy ecosystems and prosperous human populations.

Close-up photo of pollen for analysis
Close-up photo of pollen for analysis
Close-up photo of pollen for analysis
Close-up photo of pollen for analysis

Leetown Science Center researcher, Dr. Deborah Iwanowicz is collaborating with Northern Prairie Wildlife Research Center.  Dr. Clint Otto, who has the lead on a project designed to identify and improve forage for honey bees on USDA Conservation Lands.  Dr.

Leetown Science Center researcher, Dr. Deborah Iwanowicz is collaborating with Northern Prairie Wildlife Research Center.  Dr. Clint Otto, who has the lead on a project designed to identify and improve forage for honey bees on USDA Conservation Lands.  Dr.

Honey bees being prepared for Lake Sinai Virus (LSV) testing.
Honey bees being prepared for Lake Sinai Virus (LSV) testing.
Honey bees being prepared for Lake Sinai Virus (LSV) testing.
Honey bees being prepared for Lake Sinai Virus (LSV) testing.

Leetown Science Center researcher, Dr. Deborah Iwanowicz, is preparing honey bees for analysis of the Lake Sinai Virus (LSV).  This type of work is important to society as pollinators are critical for sustaining healthy ecosystems and prosperous human populations.

Leetown Science Center researcher, Dr. Deborah Iwanowicz, is preparing honey bees for analysis of the Lake Sinai Virus (LSV).  This type of work is important to society as pollinators are critical for sustaining healthy ecosystems and prosperous human populations.

Pollen being removed from microcentrifuge tube for plant DNA analysis.
Pollen being removed from microcentrifuge tube for plant DNA analysis.
Pollen being removed from microcentrifuge tube for plant DNA analysis.
Pollen being removed from microcentrifuge tube for plant DNA analysis.

Leetown Science Center researcher, Dr. Deborah Iwanowicz is collaborating with Fort Collins Science Center.  Dr. Scott Cornman who has the lead on a project designed to identify diversity of strains of Lake Sinai Virus (LSV) in bees.  Dr. Iwanowicz is developing primers to more efficiently test for LSV and strain differentiation.

Leetown Science Center researcher, Dr. Deborah Iwanowicz is collaborating with Fort Collins Science Center.  Dr. Scott Cornman who has the lead on a project designed to identify diversity of strains of Lake Sinai Virus (LSV) in bees.  Dr. Iwanowicz is developing primers to more efficiently test for LSV and strain differentiation.

3 usgs staffers on boat in water capturing fish during electrofishing
Electrofishing on Eighteenmile Creek, NY
Electrofishing on Eighteenmile Creek, NY
Electrofishing on Eighteenmile Creek, NY

A USGS field crew captures fish during a boat electrofishing survey

A USGS field crew captures fish during a boat electrofishing survey

USGS employees survey a bridge.​
FEMA Bridge Survey
FEMA Bridge Survey
FEMA Bridge Survey

​Surface Water Modeling for FEMA Flood Insurance Rate Maps. 

USGS employees survey a bridge.​​

​Surface Water Modeling for FEMA Flood Insurance Rate Maps. 

USGS employees survey a bridge.​​