In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo.
Nicholas Stasulis
Nicholas Stasulis is a Supervisory Hydrologic Technician in the New England Water Science Center.
Nick is experienced in collection and publication of hydrologic data; the use of acoustics for measurement of streamflow in open-water and ice conditions; collaborating with partners and cooperators to develop proposals to meet their science needs; and training staff on USGS policies/methodologies for collection of hydrologic data.
Nick began his USGS career as a student with the Maine Water Science Center while attending the University of Maine. After graduation, Nick worked in the Maine Data Program, building an expertise in the collection and publication of streamflow and groundwater data. In addition, Nick took a particular interest in the use of hydroacoustics for measurement of velocity and streamflow. This interest led to opportunities to test new acoustic Doppler current profilers (ADCPs) for the USGS, teach national training courses on the subject, and serve as a member of the USGS Hydroacoustics Work Group (HaWG). Since 2016, Nick has supervised staff in the Maine Office of the New England Water Science Center, with a focus on streamflow and groundwater monitoring. Nick also serves on the IJC International St. Croix River Watershed Board, and as co-chair of Maine's Drought Task Force and River Flow Advisory Commission.
Professional Experience
Supervisory Hydrologic Technician, U.S. Geological Survey, New England Water Science Center, 2016 to Present
Hydrologic Technician, U.S. Geological Survey, New England Water Science Center, 2004 to 2016
Education and Certifications
B.S. Microbiology, University of Maine, 2004
Science and Products
In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo.
On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).
On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).
On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.
On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.
Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.
Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.
USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.
USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.
This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.
This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.
This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.
This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.
This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.
This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.
This is the view upstream of the cross section.
This is the view upstream of the cross section.
This is the view downstream of the cross section.
This is the view downstream of the cross section.
A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.
A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.
Another view of the manned boat, with ADCP attached.
Another view of the manned boat, with ADCP attached.
In this video we visit a USGS gaging station on the Carrabassett River near North Anson, Maine, station 01047000. We briefly discuss the manned cableway at the site and highlight some features of the gaging station itself.
In this video we visit a USGS gaging station on the Carrabassett River near North Anson, Maine, station 01047000. We briefly discuss the manned cableway at the site and highlight some features of the gaging station itself.
![Streamgage Maine](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/2014-14-Back.jpg?itok=PILIZlR-)
A rainbow over the USGS streamflow station gage house at the outlet of Bass Harbor Marsh in Maine (monitoring location 010228955).
A rainbow over the USGS streamflow station gage house at the outlet of Bass Harbor Marsh in Maine (monitoring location 010228955).
On October 6, 2011 USGS staff were visiting their streamflow station at the outlet of Bass Harbor Marsh and snapped this photo of a rainbow over the gage house.
On October 6, 2011 USGS staff were visiting their streamflow station at the outlet of Bass Harbor Marsh and snapped this photo of a rainbow over the gage house.
The USGS has been monitoring the Kennebunk River near Kennebunk, Maine since June 2008 and the peak discharge for the period of record occurred in February 2010.
The USGS has been monitoring the Kennebunk River near Kennebunk, Maine since June 2008 and the peak discharge for the period of record occurred in February 2010.
As the Little Androscoggin River flows through western Maine it eventually reaches Snow Falls, a 25 ft cascading waterfall in the town of West Paris.
As the Little Androscoggin River flows through western Maine it eventually reaches Snow Falls, a 25 ft cascading waterfall in the town of West Paris.
This photo of Mt. Katahdin was taken from Abol Bridge, a popular spot to view Maine's highest peak. The USGS monitors groundwater and surface water in the area.
This photo of Mt. Katahdin was taken from Abol Bridge, a popular spot to view Maine's highest peak. The USGS monitors groundwater and surface water in the area.
Hadlock Brook, in Acadia National Park, is a small watershed that was monitored by the USGS from 1999 to 2006. The Hadlock Falls is a popular spot for a break on one of the many scenic trails through the park. The USGS gaging station was approximately 100 ft above the falls.
Hadlock Brook, in Acadia National Park, is a small watershed that was monitored by the USGS from 1999 to 2006. The Hadlock Falls is a popular spot for a break on one of the many scenic trails through the park. The USGS gaging station was approximately 100 ft above the falls.
In February 2005 a visit to a USGS station on Libby Brook near Northfield, Maine revealed a gap between the water level and a layer of ice above. Cold temperatures after a rain event caused the ice layer to form and as water levels dropped the ice layer remained.
In February 2005 a visit to a USGS station on Libby Brook near Northfield, Maine revealed a gap between the water level and a layer of ice above. Cold temperatures after a rain event caused the ice layer to form and as water levels dropped the ice layer remained.
Sunrise on the shore of Spednic Lake before heading out on the lake to collect data for a study.
Sunrise on the shore of Spednic Lake before heading out on the lake to collect data for a study.
Science and Products
In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo.
In this photo, Joseph Whittier, a student with the Maine Office of the New England Water Science Center, takes a break from scooping leaves to pose for a photo.
On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).
On April 10, 2014 hydrologic technicians Nick Stasulis and Anthony Underwood visited the USGS gaging station on Grand Lake Stream at Grand Lake Stream, Maine. The cableway was used to make a discharge measurement with an acoustic Doppler current profiler (ADCP).
On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.
On April 9, 2014 a visit to the USGS gaging station on Libby Brook near Northfield, Maine showed that while runoff had caused a large rise in the small brook, there still remained a significant snowpack in the area.
Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.
Spring in Maine introduces significant challenges for hydrographers when it comes to accessing remote stations. In this photo, hydrologic technician Anthony Underwood is prepared to visit the USGS gaging station on Libby Brook near Northfield, Maine.
USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.
USGS streamflow station 01048000 (Sandy River near Mercer, Maine) is shown during an early morning site visit in October 2013.
This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.
This photograph shows Lowe's Bridge off ME-15 in Guilford, Maine, spanning the Piscataquis River. USGS gaging station 01031500 is located on the downstream side of the bridge.
This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.
This ADCP sends an acoustic pulse into the water to measure the speed of the water, the depth of the river and to measure how far it's moved across the river. With this information, it can compute discharge.
This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.
This is the cross section where the measurement was made and the line we strung across the river, marked with flagging for visibility. In slow velocities, the line helps control the speed of the boat as it is moved across the channel.
This is the view upstream of the cross section.
This is the view upstream of the cross section.
This is the view downstream of the cross section.
This is the view downstream of the cross section.
A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.
A manned boat is used to ferry the ADCP back and forth across the river. The velocities at this section were quite slow, and the line across the river allowed better control than driving the small boat.
Another view of the manned boat, with ADCP attached.
Another view of the manned boat, with ADCP attached.
In this video we visit a USGS gaging station on the Carrabassett River near North Anson, Maine, station 01047000. We briefly discuss the manned cableway at the site and highlight some features of the gaging station itself.
In this video we visit a USGS gaging station on the Carrabassett River near North Anson, Maine, station 01047000. We briefly discuss the manned cableway at the site and highlight some features of the gaging station itself.
![Streamgage Maine](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/2014-14-Back.jpg?itok=PILIZlR-)
A rainbow over the USGS streamflow station gage house at the outlet of Bass Harbor Marsh in Maine (monitoring location 010228955).
A rainbow over the USGS streamflow station gage house at the outlet of Bass Harbor Marsh in Maine (monitoring location 010228955).
On October 6, 2011 USGS staff were visiting their streamflow station at the outlet of Bass Harbor Marsh and snapped this photo of a rainbow over the gage house.
On October 6, 2011 USGS staff were visiting their streamflow station at the outlet of Bass Harbor Marsh and snapped this photo of a rainbow over the gage house.
The USGS has been monitoring the Kennebunk River near Kennebunk, Maine since June 2008 and the peak discharge for the period of record occurred in February 2010.
The USGS has been monitoring the Kennebunk River near Kennebunk, Maine since June 2008 and the peak discharge for the period of record occurred in February 2010.
As the Little Androscoggin River flows through western Maine it eventually reaches Snow Falls, a 25 ft cascading waterfall in the town of West Paris.
As the Little Androscoggin River flows through western Maine it eventually reaches Snow Falls, a 25 ft cascading waterfall in the town of West Paris.
This photo of Mt. Katahdin was taken from Abol Bridge, a popular spot to view Maine's highest peak. The USGS monitors groundwater and surface water in the area.
This photo of Mt. Katahdin was taken from Abol Bridge, a popular spot to view Maine's highest peak. The USGS monitors groundwater and surface water in the area.
Hadlock Brook, in Acadia National Park, is a small watershed that was monitored by the USGS from 1999 to 2006. The Hadlock Falls is a popular spot for a break on one of the many scenic trails through the park. The USGS gaging station was approximately 100 ft above the falls.
Hadlock Brook, in Acadia National Park, is a small watershed that was monitored by the USGS from 1999 to 2006. The Hadlock Falls is a popular spot for a break on one of the many scenic trails through the park. The USGS gaging station was approximately 100 ft above the falls.
In February 2005 a visit to a USGS station on Libby Brook near Northfield, Maine revealed a gap between the water level and a layer of ice above. Cold temperatures after a rain event caused the ice layer to form and as water levels dropped the ice layer remained.
In February 2005 a visit to a USGS station on Libby Brook near Northfield, Maine revealed a gap between the water level and a layer of ice above. Cold temperatures after a rain event caused the ice layer to form and as water levels dropped the ice layer remained.
Sunrise on the shore of Spednic Lake before heading out on the lake to collect data for a study.
Sunrise on the shore of Spednic Lake before heading out on the lake to collect data for a study.