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Boston Harbor
and Massachusetts Bay
Massachusetts
Water Resources Authority
Management
and use of a long-term water quality monitoring database for Boston Harbor
and Massachusetts Bay
References
Figure 1. Courtesy
of Battelle Ocean Sciences, Duxbury, MA.
Figure 5a. Subramaniam A., C. Hunt, and M. Mickelson.
(in preparation) Temporal and spatial variability of satellite derived
chlorophyll in Massachusetts Bay. University of Maryland, College
Park. Battelle Ocean Sciences. MWRA.
Figure 5b. Sensor Intercomparison and Merger for Biological and Interdisciplinary
Oceanic Studies, NASA, Goddard Space Flight Center, Greenbelt, MD.
Figure 6. Morrison A.M., K. Coughlin, J.P. Shine,
B.A. Coull, A.C. Rex (in press) Receiver Operating Characteristic
(ROC) curve analysis of beach water quality indicator variables. Applied
Environmental Microbiology. Harvard University. MWRA.
Figure 7. Houseman, E.A., B.A. Coull, L.M. Ryan, and Shine J.P. (in preparation)
Pathogen count in Boston Harbor: a case study. Harvard University.
Figure 8. Tucker J., A. Giblin, B. Howes, and C. Hopkinson,
2003. Inter-annual variation in Massachusetts Bay: tantalizing linkages
and monitoring lessons. Estuarine Research Federation, September 14018,
Seattle, WA. Marine Biological Laboratory. University of
Massachusetts, Dartmouth.
Figure 9a. Jiang M., M. Zhou and G T. Wallace, 2003. Seasonal and inter-annual
variability of the Massachusetts Bay ecosystem: A modeling and observation
study. NEERS/SNECAFS joint meeting, Fairhaven, MA. University of Massachusetts,
Boston.
Figure 9b. HydroQual, 2003. Bays Eutrophication Model (BEM): Model Verification
for the Period 1998-1999. Boston: Massachusetts Water Resources Authority.
Report 2003-03. 318 p.
Figure 10a. Tsay S., Y. Kinfu, D. Brocard, L. Marx,
W. Leo, 2003. Modeling wet weather impacts to Bostons Charles
River. Water Environment Federation's Technical Exhibition and Conference,
Los Angeles, CA. Metcalf and Eddy. MWRA.
Figure 10b. Metcalf and Eddy. 2002. Draft report on development and calibration
of the lower Charles River water quality model.
For
more information, contact the Environmental
Quality Department .
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