Hayley Lind
Hayley Lind is a Hydrologist in the New England Water Science Center.
Hayley's work focuses on freshwater resources on Cape Cod. She provides support to the USGS Cape Cod Toxic Substances Hydrology Research site at Joint Base Cape Cod near Falmouth, MA. She also works on projects with the U.S. Environmental Protection Agency dealing with wastewater contaminants in the groundwater.
Professional Experience
Hydrologist, U.S. Geological Survey, New England Water Science Center, 2021 to Present
Research Assistant, SiRFER Isotope Laboratory, Salt Lake City, UT, 2019 to 2020
Education and Certifications
B.S Geoscience, University of Utah, 2020
Science and Products
Baseline Groundwater-Quality Data from a Densely Developed Coastal Neighborhood, Falmouth, Massachusetts (June 2016 - March 2024)(ver. 5.0, July 2024)
This data release provides a comprehensive dataset of sampling-site characteristics and baseline groundwater-quality data collected from a network of multilevel sampling wells installed in a densely developed coastal neighborhood undergoing a conversion from onsite septic systems to municipal sewering. Groundwater samples were collected during multiple events from a total of 227 well screens at 15
Heat tracing of potential groundwater seepage zones along the upper Coonamessett River bog area (Cape Cod, Massachusetts, 2021)
Locations of focused groundwater seepage to surface water are often hydrologically and ecologically important. Spatially focused or 'preferential' seepage can be identified as anomalous cold zones compared to warmer adjacent bank and surface water features (in summer). The temperature of deeper groundwater on Cape Cod is expected to approximate 11 degrees Celsius year-round, yielding a relatively
Science and Products
Baseline Groundwater-Quality Data from a Densely Developed Coastal Neighborhood, Falmouth, Massachusetts (June 2016 - March 2024)(ver. 5.0, July 2024)
This data release provides a comprehensive dataset of sampling-site characteristics and baseline groundwater-quality data collected from a network of multilevel sampling wells installed in a densely developed coastal neighborhood undergoing a conversion from onsite septic systems to municipal sewering. Groundwater samples were collected during multiple events from a total of 227 well screens at 15
Heat tracing of potential groundwater seepage zones along the upper Coonamessett River bog area (Cape Cod, Massachusetts, 2021)
Locations of focused groundwater seepage to surface water are often hydrologically and ecologically important. Spatially focused or 'preferential' seepage can be identified as anomalous cold zones compared to warmer adjacent bank and surface water features (in summer). The temperature of deeper groundwater on Cape Cod is expected to approximate 11 degrees Celsius year-round, yielding a relatively