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Eastern Ecological Science Center images.

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Kirby on a beach in Iceland
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Image.jpeg
Image.jpeg

Kirby on a beach in Iceland, Nov 2019                              

Kirby on a beach in Iceland, Nov 2019                              

One USGS scientist holds an adult brown trout in a water bath as a second USGS scientist inserts a radio tag.
Implanting a radio tag in brown trout
Implanting a radio tag in brown trout
Implanting a radio tag in brown trout

Two USGS scientist implant a radio tag in a sedated brown trout as a Deerfield River Watershed Chapter of Trout Unlimited volunteer looks on

Two USGS scientist implant a radio tag in a sedated brown trout as a Deerfield River Watershed Chapter of Trout Unlimited volunteer looks on

Two featherless gray baby birds sit on a nest of sticks
Brown Pelican nestlings on an uninhabited island east of Virginia
Brown Pelican nestlings on an uninhabited island east of Virginia
Brown Pelican nestlings on an uninhabited island east of Virginia

When Brown Pelican hatch they are small, featherless and helpless. These birds can grow from tiny nestlings to flighted juveniles in 12 weeks.

One biologist holds a pelican chick while another applies a metal leg band.
Banding pelican chick
Banding pelican chick
Banding pelican chick

Melissa Roach, biologist with the Patuxent Bird Banding Lab, bands a pelican chick on Smith Island in the Chesapeake Bay.

Melissa Roach, biologist with the Patuxent Bird Banding Lab, bands a pelican chick on Smith Island in the Chesapeake Bay.

Microscopic image of smallmouth bass gonads showing an abnormality involving development of both eggs and sperm.
Intersex or testicular oocytes in smallmouth bass testes
Intersex or testicular oocytes in smallmouth bass testes
Intersex or testicular oocytes in smallmouth bass testes

Immature oocytes within the testicular tissue of a smallmouth bass.  The histological or cellular appearance of an intersex smallmouth bass. Immature oocytes (white arrows) are present within the testicular tissue which also contains mature sperm (yellow arrows).

Immature oocytes within the testicular tissue of a smallmouth bass.  The histological or cellular appearance of an intersex smallmouth bass. Immature oocytes (white arrows) are present within the testicular tissue which also contains mature sperm (yellow arrows).

Photograph of eelgrass researcher at sunrise
Sunrise Sampling
Sunrise Sampling
Sunrise Sampling

Eelgrass (Zostera marina) forms extensive meadows in low intertidal and shallow subtidal areas of estuaries and embayments along the Northwest Atlantic coast. Ranked among the most productive plant communities on the planet, eelgrass beds are noted for contributing valuable ecosystem functions and services to the coastal zone.

Eelgrass (Zostera marina) forms extensive meadows in low intertidal and shallow subtidal areas of estuaries and embayments along the Northwest Atlantic coast. Ranked among the most productive plant communities on the planet, eelgrass beds are noted for contributing valuable ecosystem functions and services to the coastal zone.

Two double-crested cormorant chicks in a nest.
Cormorant chicks in nest
Cormorant chicks in nest
Cormorant chicks in nest

Two double-crested cormorant chicks in their nest on Smith Island in the Chesapeake Bay, Maryland.

Two double-crested cormorant chicks in their nest on Smith Island in the Chesapeake Bay, Maryland.

Three biologists dressed in outdoor field gear and carrying equipment including a dip net, camera, and bird bands.
Preparing for pelican banding.
Preparing for pelican banding.
Preparing for pelican banding.

Three biologists with the USGS Bird Banding Lab at Patuxent Wildlife Research Center prepare to band pelican chicks on Smith Island in the Chesapeake Bay.

Three biologists with the USGS Bird Banding Lab at Patuxent Wildlife Research Center prepare to band pelican chicks on Smith Island in the Chesapeake Bay.

Regular colony checks and monitoring for marked bees.
Bee colony health check
Bee colony health check
Bee colony health check

Researchers monitoring frame for marked bees and colony health.  The associated project is Impacts of fossil fuels on pollinators.

Researchers monitoring frame for marked bees and colony health.  The associated project is Impacts of fossil fuels on pollinators.

Bee marked with tag white 60 on hive frame
Bee marked with tag white 60 on hive frame
Bee marked with tag white 60 on hive frame
Bee marked with tag white 60 on hive frame

Bees tagged to allow researchers to monitoring their foraging behavior.

Associated project title "Impacts of fossil fuel combustion on pollinators"

Bees tagged to allow researchers to monitoring their foraging behavior.

Associated project title "Impacts of fossil fuel combustion on pollinators"

Bee with tag light blue 84 on comb. Bees tagged so researchers can monitor individual bee foraging behavior.
Tagged bee on comb
Tagged bee on comb
Tagged bee on comb

Bee with tag light blue 84 on comb. Bees tagged so researchers can monitor individual bee foraging behavior. 

Bee with tag light blue 84 on comb. Bees tagged so researchers can monitor individual bee foraging behavior. 

Sampling flowers for eDNA extraction to detect pollinator visits.
Sampling flowers for eDNA extraction to detect pollinator visits
Sampling flowers for eDNA extraction to detect pollinator visits
Sampling flowers for eDNA extraction to detect pollinator visits

Johanna Nifosi uses forceps to sample a flower for eDNA extraction in Indiana Dunes National Park. eDNA will be extracted and sequenced for the detection of pollinators such as bees. 

Johanna Nifosi uses forceps to sample a flower for eDNA extraction in Indiana Dunes National Park. eDNA will be extracted and sequenced for the detection of pollinators such as bees. 

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.

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.

Healy
Healy.JPG
Healy.JPG
Healy.JPG

Dr. Brian Healy is a research biologist and post doctoral research fellow at the US Geological Survey

Dr. Brian Healy is a research biologist and post doctoral research fellow at the US Geological Survey

Trumpeter Swans at Knowles Marsh on the Patuxent Research Refuge
Trumpeter Swans
Trumpeter Swans
Trumpeter Swans

Trumpeter Swans at Knowles Marsh at the Eastern Ecological Science Center on the Patuxent Research Refuge in Laurel, MD.

Trumpeter Swans at Knowles Marsh at the Eastern Ecological Science Center on the Patuxent Research Refuge in Laurel, MD.

Laysan Albatross colony on Midway Atoll, Northwest Hawaiian Islands
Laysan Albatross Colony on Midway Atoll
Laysan Albatross Colony on Midway Atoll
Laysan Albatross Colony on Midway Atoll

Laysan Albatross nesting colony on Sand Island, Midway Atoll, Northwest Hawaiian Islands.

Lauren E. Walker holding a banded raven
Lauren E. Walker holding a banded raven
Lauren E. Walker holding a banded raven
Lauren E. Walker holding a banded raven

Employee Spotlight: Lauren Walker
Newest member of the Bird Banding Laboratory has a long history with birds.

Employee Spotlight: Lauren Walker
Newest member of the Bird Banding Laboratory has a long history with birds.

Illustration of plane, observer and survey area
GoMMAPPS Aerial Seabird Survey Design
GoMMAPPS Aerial Seabird Survey Design
GoMMAPPS Aerial Seabird Survey Design

Hexagon-based aerial survey design with transects overlaid. The EPA 40 km2 hexagons (White et al. 2018) were overlaid across the entirety of the northern Gulf of Mexico. Sampled hexagons were then selected using a Generalized Random Tesselation Stratified (GRTS) sampling scheme.

Hexagon-based aerial survey design with transects overlaid. The EPA 40 km2 hexagons (White et al. 2018) were overlaid across the entirety of the northern Gulf of Mexico. Sampled hexagons were then selected using a Generalized Random Tesselation Stratified (GRTS) sampling scheme.

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