Images

Hydrologic technician making a streamflow measurement using a FlowTracker ADV in a river.

Initial construction of trench and metering manhole. Trench collects runoff from the respective pavement type and conveys the water to a metering manhole buried adjacent to the highway.

An outreach event taking place in the vicinity of the USGS-01161280 streamgage site Connecticut River in Northfield MA.

USGS scientists performing a Groundwater Integrity Test by pumping the well with a Grundfos Submersible Pump. One of the scientists checks the pump rate in 5 gallon buckets, while the other one checks the water level and rate drop off in the well with an electric tape.

View of the Sakonnet River, the eastern arm of the Narragansett Bay, Rhode Island.

New England WSC hydrologic technician collecting a water-quality sample at Maple Meadow Brook, Wilmington, MA.

Flooding in Soldier Pond, Maine, following rainfall and snowmelt that led to high water levels in the Fish and St. John Rivers in April and May of 2018. 

USGS field crews installed a temporary rapid deployment gage on May 2, 2018, at Soldier Pond in the Fish River to monitor flooding near Fort Kent in Maine.  

USGS field crews installed a temporary rapid deployment gage on May 2, 2018, at Soldier Pond in the Fish River to monitor flooding near Fort Kent in Maine. 

Flooding in Soldier Pond, Maine, following rainfall and snowmelt that led to high water levels in the Fish and St. John Rivers in April and May of 2018.

A horizontal collector is a part of a novel shallow well design that might be able to provide safe drinking water to domestic well users in arsenic-prone parts of the Nation.

A novel shallow well design might be able to provide safe drinking water to domestic well users in arsenic-prone parts of the Nation. Casing and collector being lowered into well excavation during the test.

Completing a novel dug well installation. A study of a novel shallow well design that might be able to provide safe drinking water to domestic well users in arsenic-prone parts of the Nation.

Dug well with instrumentation on a testing site of the novel shallow well design that might be able to provide safe drinking water to domestic well users in arsenic-prone parts of the Nation.

USGS storm-tide sensor bolted to a cement jetty on the Atlantic Ocean coast at Fire Island, New York. USGS scientists deployed over 50 sensors along the coast of Maine, New Hampshire, Massachusetts, Rhode Island, Connecticut, New York, New Jersey and Delaware to study a Nor'easter that affected the Northeast in March of 2018.

USGS hydrologic technician deploys storm-tide sensor in Cohasset, MA. They are being installed on bridges, piers, and other structures that have a good chance of surviving the storm.

New England WSC Physical Scientist Andy Massey scouting out high water marks associated with the blizzard of January 2018. Houghs Neck Maritime Center, Quincy, MA.

Scientist measuring high water mark at the Yacht Club in Hull, MA. Blizzard of January 2018 in New England.

Sam Banas using a total station to survey points on the covered bridge that is located along the Tioga River in the Belmont, New Hampshire. These survey points will be used in the Winnipesaukee Watershed flood risk analysis mapping project funded by FEMA as part of the National Flood Insurance Program.

This is a downstream view of the Herring River from the Chequessett Neck Road dike. The site was visited on November 6, 2017 to collect water-quality samples. An automated sampler inside the gage house was used to collect samples over an approximately 24-hour period and combine them into two bottles.

Leaf litter removal practices in Vermont