Buzzards Bay Water Quality Data from the Buzzards Bay Coalition’s Baywatchers Program 1992-2018
Buzzards Bay Water Quality Data from the Buzzards Bay Coalition’s Baywatchers Program 1992-2018
No Thumbnail Available
Date
2020-05-04
Authors
Jakuba, Rachel W.
Williams, Tony
Neill, Christopher
Costa, Joseph E.
McHorney, Richard
Scott, Lindsay
Howes, Brian L.
Ducklow, Hugh W.
Erickson, Matthew
Rasmussen, Mark
Williams, Tony
Neill, Christopher
Costa, Joseph E.
McHorney, Richard
Scott, Lindsay
Howes, Brian L.
Ducklow, Hugh W.
Erickson, Matthew
Rasmussen, Mark
Linked Authors
Person
Person
Person
Person
Person
Alternative Title
Citable URI
As Published
Date Created
Location
DOI
Related Materials
Replaces
Replaced By
Keywords
Water quality
Buzzards Bay
Nitrogen
Eutrophication
Coastal
Citizen science
Buzzards Bay
Nitrogen
Eutrophication
Coastal
Citizen science
Abstract
The Buzzards Bay Coalition’s Baywatchers Monitoring Program collected summertime water quality information at more than 150 stations around Buzzards Bay, Massachusetts from 1992 to 2018. Baywatchers monitoring data document nutrient-related water quality and the effects of nitrogen pollution. The large majority of stations are located in sub-estuaries of the main Bay, although stations in central Buzzards Bay and Vineyard Sound were added beginning in 2007. Measurements include temperature, salinity, Secchi depth and concentrations of dissolved oxygen, ammonium, nitrate + nitrite, total dissolved nitrogen, particulate organic nitrogen, particulate organic carbon, ortho-phosphate, chlorophyll a, pheophytin a, and in lower salinity waters, total phosphorus and dissolved organic carbon. The Baywatchers dataset provides a long-term record of the water quality of Buzzards Bay and its sub-estuaries. The data have been used to identify impaired waters, evaluate discharge permits, support the development of nitrogen total maximum daily loads, develop strategies for reducing nitrogen inputs, and increase public awareness and generate support for management actions to control nutrient pollution and improve water quality.