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Full-Text Articles in Physical Sciences and Mathematics
Participatory Science In Boston Harbor: Bridging Research And Outreach, Anne E. O'Connell
Participatory Science In Boston Harbor: Bridging Research And Outreach, Anne E. O'Connell
Graduate Masters Theses
Participatory science programs are becoming effective mechanisms to provide members of the public opportunities to be involved in scientific research worldwide. In the city of Boston, coastal resilience research is of particular interest to researchers, policy makers, and members of the public due to the threat of up to two meters of sea level rise by the year 2100. As part of the outreach and education initiative at the Stone Living Lab, community members were trained to use the Emery method of beach profiling and conducted measurements at twelve different sites around Boston harbor. The sites were visited during the …
Coastal Change Analysis Of Lovells Island Using High Resolution Ground Based Lidar Imagery, Jennifer K. Ly
Coastal Change Analysis Of Lovells Island Using High Resolution Ground Based Lidar Imagery, Jennifer K. Ly
Graduate Masters Theses
Many methods have been employed to study coastline change. These methods range from historical map analysis to GPS surveys to modern airborne LiDAR and satellite imagery. These previously used methods can be time consuming, labor intensive, and expensive and have varying degrees of accuracy and temporal coverage. Additionally, it is often difficult to apply such techniques in direct response to an isolated event within an appropriate temporal framework. Here we utilize a new ground based Canopy Biomass LiDAR (CBL) system built at The University of Massachusetts Boston (in collaboration with the Rochester Institute of Technology) in order to identify and …
Green Boston Harbor Project (Gbh), Community Environmental Stewardship: Applied Research, Education And Outreach, Anamarija Frankić
Green Boston Harbor Project (Gbh), Community Environmental Stewardship: Applied Research, Education And Outreach, Anamarija Frankić
Office of Community Partnerships Posters
The GBH methodology is derived from a 1500 year old Native Hawaiian Ahupua’a approach. This approach defines sustainable relationships among land, water and humans from the tops of islands to the coral reefs and open ocean. GBH seeks a similar interconnection between the City of Boston and Boston Harbor: from watersheds to the harbor and its coastal habitats and islands.
Rainsford Island Shoreline Evolution Study (Rises), Christopher V. Maio
Rainsford Island Shoreline Evolution Study (Rises), Christopher V. Maio
Graduate Masters Theses
RISES conducted a shoreline change study in order to accurately map, quantify, and predict trends in shoreline evolution on Rainsford Island occurring from 1890-2008. It employed geographic information systems (GIS) and analytical statistical techniques to identify coastal hazard zones vulnerable to coastal erosion, rising sea-levels, and storm surges. The 11-acre Rainsford Island, located in Boston Harbor, Massachusetts, consists of two eroded drumlins connected by a low-lying spit. Settled by Europeans in 1636, the Island was later used as the Harbor’s main quarantine station. Previous archeological surveys have identified numerous historically sensitive sites dating to before the Revolutionary War period, including …
An Application For A State Designated, Federally Approved No Discharge Area For Boston Harbor, Ma, City Of Boston Environment Department, City Of Quincy Harbormaster, Urban Harbors Institute, University Of Massachusetts Boston, Charles River Watershed Association
An Application For A State Designated, Federally Approved No Discharge Area For Boston Harbor, Ma, City Of Boston Environment Department, City Of Quincy Harbormaster, Urban Harbors Institute, University Of Massachusetts Boston, Charles River Watershed Association
Urban Harbors Institute Publications
The municipalities surrounding Boston Harbor are requesting that the Commonwealth of Massachusetts designate the waters of Boston Harbor as a No Discharge Area (NDA) pursuant to the Clean Water Act, Section 312(f)(3). An NDA is a body of water in which the discharge of vessel sewage, whether treated or not, is prohibited. The No Discharge Area would be called the Boston Harbor No Discharge Area.
While the waters of Boston Harbor are under the jurisdiction of a number of different municipalities, water quality issues affect the harbor as a whole. Past efforts to clean up the harbor have occurred across …
Boston Harbor South Watersheds 2004 Assessment Report, Neponset River Watershed Association, Urban Harbors Institute, University Of Massachusetts Boston, Boston Harbor Association, Fore River Watershed Association, Weir River Watershed Association
Boston Harbor South Watersheds 2004 Assessment Report, Neponset River Watershed Association, Urban Harbors Institute, University Of Massachusetts Boston, Boston Harbor Association, Fore River Watershed Association, Weir River Watershed Association
Urban Harbors Institute Publications
This report includes assessments covering the four individual watersheds that discharge into Boston Harbor from south of the City of Boston — the Neponset, Weir, Fore and Back River Watersheds — plus an assessment for those portions of the City of Boston which border the Harbor itself south of the Charles River, hereinafter referred to as “Boston Inner Harbor Watershed.” The companion to this report is the “Boston Harbor South Watersheds 2004-2009 Action Plan,” which spells out a comprehensive set of responses needed to remedy problems identified here.
This document does not cover the two major watersheds that discharge to …
Final Report: An Assessment To Determine The Most Suitable Location And Design For The Development Of A City-Run, Boat Sewage Pumpout Facility To Service Commercial And Recreational Vessels That Utilize The Waters Within The Jurisdiction Of The City Of Boston, Urban Harbors Institute, University Of Massachusetts Boston
Final Report: An Assessment To Determine The Most Suitable Location And Design For The Development Of A City-Run, Boat Sewage Pumpout Facility To Service Commercial And Recreational Vessels That Utilize The Waters Within The Jurisdiction Of The City Of Boston, Urban Harbors Institute, University Of Massachusetts Boston
Urban Harbors Institute Publications
This report presents the findings of a site and equipment feasibility study, as well as, a permit overview for the installation of a vessel sewage pumpout system for servicing commercial and recreational vessels in the City of Boston. As part of the analysis, we reviewed a number of sites located within the City of Boston’s jurisdiction in Boston Harbor. We contacted facilities that have made recent investments in commercial grade pumpouts to learn more about the available technology. In analyzing the permit process, we reviewed local zoning requirements and had conversations with relevant City and state officials.
The project, as …
The Boston Harbor Cleanup, Paul F. Levy, Michael S. Connor
The Boston Harbor Cleanup, Paul F. Levy, Michael S. Connor
New England Journal of Public Policy
Boston Harbor earned a widespread reputation as "the dirtiest harbor in the nation" during the 1988 presidential campaign. Well before that campaign began, though, efforts were under way to reduce the amount of pollution entering the harbor. The Massachusetts Water Resources Authority was created in 1985 to undertake a massive public works program — including construction of a 1.3 billion-gallon-per-day sewage treatment plant and a sludge fertilizer processing plant — to end the decades-old practice of dumping sewage wastes into the ocean. The program will also cause water and sewer charges to rise dramatically during a fifteen-year period.
The project …
The Reclamation Of Boston Harbor: A Scientist's Perspective, Gordon T. Wallace Jr.
The Reclamation Of Boston Harbor: A Scientist's Perspective, Gordon T. Wallace Jr.
New England Journal of Public Policy
A major effort, costing in the neighborhood of $2 billion, is under way to restore the environmental quality of Boston Harbor. While Boston Harbor is unquestionably one of the most polluted urban estuaries in the world, it is also one of the least understood with respect to the basic physics, chemistry, and biology involved. This information is essential for the purpose of identifying processes that control the transport, effect, and fate of contaminants entering the estuary. Failure to obtain this information may lead to continued inappropriate and unnecessarily expensive solutions to a complex environmental problem. An effective solution will require …