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- Archaeological examination (3)
- Archaeogeophysics (2)
- Archaeogeophysics surveying (1)
- Archaeological testing (1)
- Climate change (1)
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- Community outreach (1)
- Demography (1)
- Ecology (1)
- El Punto (1)
- Geophysics (1)
- Great Friends Meeting House (1)
- Greenland (1)
- Historic Boston (1)
- Jamaica Plain (1)
- Latinos (1)
- Loring-Greenough House (1)
- Massachusetts (1)
- Medieval sites (1)
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- Rhode Island (1)
- Salem (1)
- Tropical biology and conservation (1)
Articles 1 - 6 of 6
Full-Text Articles in Physical Sciences and Mathematics
Reimagining Community Engagement To Increase Resilience To Climate Change In El Punto Neighborhood, Salem, Massachusetts, Elizabeth Sweet, Fabián Torres-Ardila, Daniela Bravo, Leandra Jara
Reimagining Community Engagement To Increase Resilience To Climate Change In El Punto Neighborhood, Salem, Massachusetts, Elizabeth Sweet, Fabián Torres-Ardila, Daniela Bravo, Leandra Jara
Gastón Institute Publications
In November 2021, the Mauricio Gastón Institute at the University of Massachusetts Boston partnered with the Woods Hole Group (WHG) to develop a community outreach strategy for the Climate Change Deep Dive Model, Alternative Analysis, and Targeted Outreach & Engagement project in the Point/Palmer Cove neighborhood (El Punto), in the city of Salem, MA. El Punto, including its residents, workers, infrastructure, and development areas, is particularly vulnerable to climate change impacts (such as sea level rise, storm surge, precipitation, and heat waves). Researchers from the Gaston institute engaged El Punto residents to:
- Increase the community’s knowledge of current and future …
Results Of Archaeogeophysical Investigations Of The Fowler - Clark Farm Mattapan, Boston, Massachusetts, Brian N. Damiata, John M. Steinberg
Results Of Archaeogeophysical Investigations Of The Fowler - Clark Farm Mattapan, Boston, Massachusetts, Brian N. Damiata, John M. Steinberg
Andrew Fiske Memorial Center for Archaeological Research Publications
Ground penetrating radar (GPR) and Frequency-Domain Electromagnetic (FDEM) surveys were employed over an extensively modified 50 m x 65 m city lot containing a farmhouse initially constructed between 1786 and 1806 and a later barn. Both geophysical methods suggested that most of the lot had experienced substantial disturbance and that there was limited sub - surface preservation. Both the GPR and EM surveys indicated a scatter of metallic debris and other disturbance s in the back yard at depths up to 1 m. Most of the front yard also presents as disturbed, except for two unusual but limited buried surfaces …
Preliminary Report: Evaluating The Potential Of Archaeogeophysical Surveying On Viking Age And Medieval Sites In Greenland, 2 – 16 August, 2010, Douglas J. Bolender, John M. Steinberg, Brian N. Damiata, John W. Schoenfelder, Kathryn Caitlin
Preliminary Report: Evaluating The Potential Of Archaeogeophysical Surveying On Viking Age And Medieval Sites In Greenland, 2 – 16 August, 2010, Douglas J. Bolender, John M. Steinberg, Brian N. Damiata, John W. Schoenfelder, Kathryn Caitlin
Andrew Fiske Memorial Center for Archaeological Research Publications
The primary goal of this research is to begin to overcome biases in the Greenlandic Norse archaeological record. Assessing the establishment dates and organization of Norse sites in Greenland is difficult because substantial cultural deposits can be hidden under deep windblown sand deposits as well as later occupations. Shallow geophysical methods were used to help recover information on the nature, extent and depth of subsurface cultural deposits. Assessing these site characteristics is a first step in overcoming the bias towards the later, the larger, and the more visible sites in the archaeological record.
Norse Greenland presents a relatively visible medieval …
Results Of Archaeogeophysical Surveying At The Great Friends Meeting House In Newport, Rhode Island, John M. Steinberg, Brian N. Damiata, John W. Schoenfelder, Kathryn A. Catlin, Christine Campbell
Results Of Archaeogeophysical Surveying At The Great Friends Meeting House In Newport, Rhode Island, John M. Steinberg, Brian N. Damiata, John W. Schoenfelder, Kathryn A. Catlin, Christine Campbell
Andrew Fiske Memorial Center for Archaeological Research Publications
Archaeogeophysical surveys were carried out in October 2010 over a 30 x 50 m grid that was established immediately to the north and west of the north end of the Great Friends Meeting House (GFMH) in Newport, RI. The surveys were conducted using a Geonics EM-38 RT ground conductivity meter and a Malå X3M Ground Penetrating Radar (GPR) system that was equipped with 500 and 800 MHz antennas. In addition, a resistance survey was performed over a much smaller central area using a Geoscan RM15 resistance meter. From this work three types of geophysical anomalies have been identified: those associated …
Loring-Greenough House, North Yard Archaeogeophysics, Jamaica Plain, Massachusetts, John M. Steinberg, Christa M. Beranek, John Schoenfelder, Kathryn A. Catlin
Loring-Greenough House, North Yard Archaeogeophysics, Jamaica Plain, Massachusetts, John M. Steinberg, Christa M. Beranek, John Schoenfelder, Kathryn A. Catlin
Andrew Fiske Memorial Center for Archaeological Research Publications
An archaeogeophysical survey was carried out in May 2010 using Geonics EM-38 RT and a Malå Ground Penetrating Radar (GPR) system with a 500 MHz antenna over an 28x26 m grid immediately northeast of the Loring-Greenough house in Jamaica Plain, MA. Three major anomalies were identified. These anomalies have not been ground truthed, but they appear to be archaeological features. First, we suggest that there is builders trench just north of the house. Second, we suggest that there could be three east-west garden paths or other landscape features about 30 cm below the surface crossing the entire length of the …
Unruly Complexity: Ecology, Interpretation, Engagement, Peter Taylor
Unruly Complexity: Ecology, Interpretation, Engagement, Peter Taylor
Curriculum and Instruction Faculty Publication Series
Ambitiously identifying fresh issues in the study of complex systems, Peter J. Taylor, in a model of interdisciplinary exploration, makes these concerns accessible to scholars in the fields of ecology, environmental science, and science studies. Unruly Complexity explores concepts used to deal with complexity in three realms: ecology and socio-environmental change; the collective constitution of knowledge; and the interpretations of science as they influence subsequent research.
For each realm Taylor shows that unruly complexity-situations that lack definite boundaries, where what goes on "outside" continually restructures what is "inside," and where diverse processes come together to produce change-should not be suppressed …