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Anne Giblin leading sampling team in West Falmouth HarborAQUATIC COURSE OVERVIEW
The core course lectures cover both aquatic and terrestrial ecosystems from the point of view of biogeochemistry and important ecological processes. In the field and laboratory we will start out in the first eight weeks of the core courses with an intensive study focused mainly on local ecosystems -- ponds and estuaries within the Waquoit Bay watershed adjacent to Vineyard Sound and West Falmouth Harbor on Buzzards Bay.
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AQUATIC FIELDWORK SITES
There are four local sites used for aquatic fieldwork that offer an array of conditions to be studied: West Falmouth Harbor, Childs River / Waquoit Bay, John's Pond, Sider's Pond
Waquoit Bay from above Marsh sampling
West Falmouth Harbor: Small salt water embayment adjacent to Buzzards Bay on the west coast of Falmouth that is impacted by the plume from the Falmouth Wastewater Treatment Plant.
Quashnet River Child's Estuary
Child's River/ Waquoit Bay: This is a system of small estuaries on the outwash plain along the south coast of Falmouth. This site has been eutrophied by groundwater contaminated with nitrogen from septic systems in densely settled sections of the watershed, resulting in the disappearance of eel grass in this system.
John's Pond: A freshwater kettle hole pond with a deep basin (~ 20 meters) that is seasonally stratified.
Sider's Pond: A salt- stratified meromictic pond about 15 meters deep that displays strong vertical gradients in oxygen, sulfate, nitrate and ammonia, which illustrates anaerobic processes in marine and brackish water systems.
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Pond sampling
Collecting from the boat
Dissecting sampled fish
Preparing collecting net