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Home > Research > Region > United States > Northeast

Research by Region: United States - Northeast

New York | Pennsylvania | Vermont || Lake Champlain

GLERL research programs emphasize studies in the Great Lakes region. Below are descriptions of GLERL research programs that take place predominantly in northeastern Great Lakes States or within their waters. GLERL posts daily water levels for Lake Erie and Lake Ontario and is currently participating in two field research programs specific to Lake Champlain. Additional projects that may affect the Northeast, due to the interconnected nature of the ecosystem, are listed under our Great Lakes Drainage Basin section. This section includes the many GLERL research collaborations that are large scale, multi-institution projects which span large portions of the basin, including parts of the Northeast.

New York / Pennsylvania

Lake Erie Daily Water Level Plot
Erie--Daily levels compared with monthly Max, Min, and Mean levels
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Lake Erie water level

Lake Ontario Daily Water Level Plot
Ontario--Daily levels compared with monthly Max, Min and Mean levels
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Lake Ontario water level

International Field Years on Lake Erie
GLERL in collaboration with researchers from the U.S. and Canada have initiated one of the largest, most comprehensive Lake Erie research field programs ever conducted. The project, the International Field Years on Lake Erie (IFYLE), began in May 2005, with a focus on hypoxia and harmful algal blooms.
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Lake Erie

Vermont / Lake Champlain

Micro-elemental analysis of statoliths as a tool for tracking tributary origins of sea lamprey
The analysis of otolith micro-elemental composition has been a valuable tool for differentiating between local spawning populations, and identifying origins of recruits to the fishery. Building on two pilot investigations conducted in lakes Champlain and Huron, we will determine whether trace elements incorporated into sea lamprey statoliths during larval stream residence can be used to discriminate among local populations in Lake Huron.
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lamprey larvae

Physical Processes in Lake Champlain
The mean circulation patterns of Lake Champlain have been very difficult to obtain using long-term Eulerian measurement techniques due to the large oscillatory motions created by the internal seiche. Michael McCormick, a principle investigator at GLERL is participating in a collaborative pilot program on Lake Champlain involving the use of deep-ocean neutrally-buoyant free-drifter technology known as RAFOS.
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Lake Champlain

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Last updated: 2008-05-23 mbl