New USGS research veseel Muskie includes all the necessary features to support a wide variety of aquatic science projects in the open water and near-shore areas of Lake Erie, including electronic navigational and scientific equipment, onboard sample processing and storage facilities, and a 3G/4G cellular modem and WiFi communications network.
Marisa Lubeck (Former Employee)
Science and Products
New USGS research veseel Muskie includes all the necessary features to support a wide variety of aquatic science projects in the open water and near-shore areas of Lake Erie, including electronic navigational and scientific equipment, onboard sample processing and storage facilities, and a 3G/4G cellular modem and WiFi communications network.
The USGS Research Vessel Musky II (foreground) rests near its new replacement, the R/V Muskie (background), at the Sandusky Yacht Club.
The USGS Research Vessel Musky II (foreground) rests near its new replacement, the R/V Muskie (background), at the Sandusky Yacht Club.
The American Legion Color Guard (Sandusky Post 83) fires a gun salute off the new USGS Research Vessel Muskie during its christening and commissioing ceremony.
The American Legion Color Guard (Sandusky Post 83) fires a gun salute off the new USGS Research Vessel Muskie during its christening and commissioing ceremony.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Zoonotic diseases are those that are spread between wildlife and humans, and are an increasing health threat in the U.S. and throughout the world. As such diseases emerge, scientists with the U.S.
Zoonotic diseases are those that are spread between wildlife and humans, and are an increasing health threat in the U.S. and throughout the world. As such diseases emerge, scientists with the U.S.
USGS scientist Ross Abbett transfers young Atlantic salmon from their transportation tank on the back of a truck to small buckets for release into Beaverdam Brook in Altmar, N.Y.
USGS scientist Ross Abbett transfers young Atlantic salmon from their transportation tank on the back of a truck to small buckets for release into Beaverdam Brook in Altmar, N.Y.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS Tunison Lab scientists Rich Chiavelli (left) and Emily Waldt (middle) hand a bucketful of young Atlantic salmon to Dan Bishop (right) of the New York State Department of Environmental Conservation for release into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientists Rich Chiavelli (left) and Emily Waldt (middle) hand a bucketful of young Atlantic salmon to Dan Bishop (right) of the New York State Department of Environmental Conservation for release into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientist Emily Waldt (right) assists Dan Bishop of the New York State Department of Environmental Conservation in releasing Atlantic salmon into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientist Emily Waldt (right) assists Dan Bishop of the New York State Department of Environmental Conservation in releasing Atlantic salmon into Beaverdam Brook at the state's Salmon River Fish Hatchery.
Thousands of young Atlantic salmon are being released into Salmon River in an effort to restore this diminished Lake Ontario fish population, extending the sport fishing season by at least two months in Oswego County, N.Y.
Thousands of young Atlantic salmon are being released into Salmon River in an effort to restore this diminished Lake Ontario fish population, extending the sport fishing season by at least two months in Oswego County, N.Y.
USGS scientists (L to R) Emily Waldt, Ross Abbett, and Jim Johnson chat with Dan Bishop (far left)of the New York State Department of Environmental Conservation while watching hundreds of salmon swim into troughs at the state's Salmon River Fish Hatchery.
USGS scientists (L to R) Emily Waldt, Ross Abbett, and Jim Johnson chat with Dan Bishop (far left)of the New York State Department of Environmental Conservation while watching hundreds of salmon swim into troughs at the state's Salmon River Fish Hatchery.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
USGS hydrologist Brent Hanson prepares for a media interview in Foxholm, N.D., approximately 30 miles northwest of flooded Minot.
USGS hydrologist Brent Hanson prepares for a media interview in Foxholm, N.D., approximately 30 miles northwest of flooded Minot.
The USGS Souris River at Foxholm, N.D. streamgage (center of photo) is half inundated by water about 30 miles northwest of Minot. This water channel, normally only about 30 feet wide, runs through a wildlife preserve.
The USGS Souris River at Foxholm, N.D. streamgage (center of photo) is half inundated by water about 30 miles northwest of Minot. This water channel, normally only about 30 feet wide, runs through a wildlife preserve.
USGS scientists prepare to take a boat out on the flooded Souris River at Foxholm, N.D., about 30 miles northwest of Minot. The orange buoey carries an acoustic Doppler current profiler (ACDP), which is dragged next to the boat to measure streamflow.
USGS scientists prepare to take a boat out on the flooded Souris River at Foxholm, N.D., about 30 miles northwest of Minot. The orange buoey carries an acoustic Doppler current profiler (ACDP), which is dragged next to the boat to measure streamflow.
Science and Products
New USGS research veseel Muskie includes all the necessary features to support a wide variety of aquatic science projects in the open water and near-shore areas of Lake Erie, including electronic navigational and scientific equipment, onboard sample processing and storage facilities, and a 3G/4G cellular modem and WiFi communications network.
New USGS research veseel Muskie includes all the necessary features to support a wide variety of aquatic science projects in the open water and near-shore areas of Lake Erie, including electronic navigational and scientific equipment, onboard sample processing and storage facilities, and a 3G/4G cellular modem and WiFi communications network.
The USGS Research Vessel Musky II (foreground) rests near its new replacement, the R/V Muskie (background), at the Sandusky Yacht Club.
The USGS Research Vessel Musky II (foreground) rests near its new replacement, the R/V Muskie (background), at the Sandusky Yacht Club.
The American Legion Color Guard (Sandusky Post 83) fires a gun salute off the new USGS Research Vessel Muskie during its christening and commissioing ceremony.
The American Legion Color Guard (Sandusky Post 83) fires a gun salute off the new USGS Research Vessel Muskie during its christening and commissioing ceremony.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Thousands of young Atlantic salmon are released into the St. Regis River system (a tributary of the St. Lawrence River) in an effort to restore this diminished Lake Ontario fish population. The salmon were reared at the USGS Tunison Laboratory in Cortland, N.Y., and are released by USGS scientists and members of the Mohawk Tribe.
Zoonotic diseases are those that are spread between wildlife and humans, and are an increasing health threat in the U.S. and throughout the world. As such diseases emerge, scientists with the U.S.
Zoonotic diseases are those that are spread between wildlife and humans, and are an increasing health threat in the U.S. and throughout the world. As such diseases emerge, scientists with the U.S.
USGS scientist Ross Abbett transfers young Atlantic salmon from their transportation tank on the back of a truck to small buckets for release into Beaverdam Brook in Altmar, N.Y.
USGS scientist Ross Abbett transfers young Atlantic salmon from their transportation tank on the back of a truck to small buckets for release into Beaverdam Brook in Altmar, N.Y.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
Salmon that have been reared and released at the NY State Salmon River Fish Hatchery imprint on the Hatchery waters, often returning to visit the Hatchery after they are released.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS Tunison Lab scientists Rich Chiavelli (left) and Emily Waldt (middle) hand a bucketful of young Atlantic salmon to Dan Bishop (right) of the New York State Department of Environmental Conservation for release into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientists Rich Chiavelli (left) and Emily Waldt (middle) hand a bucketful of young Atlantic salmon to Dan Bishop (right) of the New York State Department of Environmental Conservation for release into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientist Emily Waldt (right) assists Dan Bishop of the New York State Department of Environmental Conservation in releasing Atlantic salmon into Beaverdam Brook at the state's Salmon River Fish Hatchery.
USGS Tunison Lab scientist Emily Waldt (right) assists Dan Bishop of the New York State Department of Environmental Conservation in releasing Atlantic salmon into Beaverdam Brook at the state's Salmon River Fish Hatchery.
Thousands of young Atlantic salmon are being released into Salmon River in an effort to restore this diminished Lake Ontario fish population, extending the sport fishing season by at least two months in Oswego County, N.Y.
Thousands of young Atlantic salmon are being released into Salmon River in an effort to restore this diminished Lake Ontario fish population, extending the sport fishing season by at least two months in Oswego County, N.Y.
USGS scientists (L to R) Emily Waldt, Ross Abbett, and Jim Johnson chat with Dan Bishop (far left)of the New York State Department of Environmental Conservation while watching hundreds of salmon swim into troughs at the state's Salmon River Fish Hatchery.
USGS scientists (L to R) Emily Waldt, Ross Abbett, and Jim Johnson chat with Dan Bishop (far left)of the New York State Department of Environmental Conservation while watching hundreds of salmon swim into troughs at the state's Salmon River Fish Hatchery.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
USGS scientists release young Atlantic salmon into Lake Ontario tributaries near the New York State Department of Environmental Conservation's Salmon River Fish Hatchery in Altmar, N.Y.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
While the Souris River is in the throes of record high flooding in Minot, N.D., O.C. Fisher Lake near San Angelo, Texas has been experiencing the exact opposite for a number of years now - a ground-cracking drought.
USGS hydrologist Brent Hanson prepares for a media interview in Foxholm, N.D., approximately 30 miles northwest of flooded Minot.
USGS hydrologist Brent Hanson prepares for a media interview in Foxholm, N.D., approximately 30 miles northwest of flooded Minot.
The USGS Souris River at Foxholm, N.D. streamgage (center of photo) is half inundated by water about 30 miles northwest of Minot. This water channel, normally only about 30 feet wide, runs through a wildlife preserve.
The USGS Souris River at Foxholm, N.D. streamgage (center of photo) is half inundated by water about 30 miles northwest of Minot. This water channel, normally only about 30 feet wide, runs through a wildlife preserve.
USGS scientists prepare to take a boat out on the flooded Souris River at Foxholm, N.D., about 30 miles northwest of Minot. The orange buoey carries an acoustic Doppler current profiler (ACDP), which is dragged next to the boat to measure streamflow.
USGS scientists prepare to take a boat out on the flooded Souris River at Foxholm, N.D., about 30 miles northwest of Minot. The orange buoey carries an acoustic Doppler current profiler (ACDP), which is dragged next to the boat to measure streamflow.