Inverted thermocline, circulation patterns found in Lake Erie
Colin Schultz
Abstract
Open-access reader
Colin Schultz
Abstract
Open-access reader
A series of high‐resolution measurements has shown that Lake Erie, one of the North American Great Lakes, is backward in some respects. In the majority of thermally stratified lakes, the thermocline, a thin subsurface layer of rapid temperature change, is deeper near the coast than near the center of the lake. Lake Erie, however, has an inverted thermocline, which is deeper offshore than along the coast. Beletsky et al. first mapped this bowl‐shaped thermocline during the summer of 2005 with a large network of temperature sensors.
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A series of high‐resolution measurements has shown that Lake Erie, one of the North American Great Lakes, is backward in some respects. In the majority of thermally stratified lakes, the thermocline, a thin subsurface layer of rapid temperature change, is deeper near the coast than near the center of the lake. Lake Erie, however, has an inverted thermocline, which is deeper offshore than along the coast. Beletsky et al. first mapped this bowl‐shaped thermocline during the summer of 2005 with a large network of temperature sensors.
Key concepts: Thermocline, Oceanography, Geology, Submarine pipeline, Climatology