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Northeast Region

The USGS Northeast Region provides science to inform decision-makers and address societal needs such as responding to natural disasters, reducing energy prices, and safeguarding national and economic security. The Northeast includes the Office of the Regional Director and 12 science centers spanning 14 States and Washington, D.C. – home to more than 78 million people. The Northeast Region has field offices throughout the region that directly support local communities with a wide range of scientific research, monitoring, mapping, and decision-support services.  

News

WaterMarks Newsletter - Fall 2026

WaterMarks Newsletter - Fall 2026

A Pristine Headwaters Ecosystem as an Outdoor Laboratory for Foundational Science

A Pristine Headwaters Ecosystem as an Outdoor Laboratory for Foundational Science

Fall 2026 Highlights from EESC’s Disease Decision Analysis and Research Group

Fall 2026 Highlights from EESC’s Disease Decision Analysis and Research Group

Publications

Exploring future ecogeomorphic state transitions of an undeveloped barrier island: Multidecadal model projections for North Core Banks, NC, USA Exploring future ecogeomorphic state transitions of an undeveloped barrier island: Multidecadal model projections for North Core Banks, NC, USA

Ecogeomorphic state transitions in coastal barrier systems will be impacted and likely amplified by projected accelerated sea-level rise and enhanced storm intensity over the next several decades. When, where, and how these transitions will take place remain uncertain and complex, yet are of primary interest to coastal managers looking to prepare for future changes. Here, we apply the...
Authors
Ian Robert Reeves, Erika E. Lentz, Christopher R. Sherwood, Andrew D. Ashton, Sara L. Zeigler, Davina L. Passeri

Big data for small streams: Leveraging a coarse national model to enhance fine-resolution stream temperature predictions Big data for small streams: Leveraging a coarse national model to enhance fine-resolution stream temperature predictions

Predictive stream temperature models are commonly used to address spatial and temporal gaps in observational data because stream temperature information is essential for environmental management decisions. National models capture broad patterns driven by climate, topography, and seasonality, but often lack the spatial resolution to simulate fine-scale variation in groundwater discharge...
Authors
Janet R. Barclay, Lauren Elizabeth Koenig, Yingda Fan, X. Jia, Alison P. Appling

Fall 2026 Fall 2026

No abstract available.
Authors
Katrina Rossos
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