A3P Spitz Star Projector |
View Administrative Entrance in a larger map
Contact Jeff Dunn at jeff.dunn@mysticseaport.org for more details.
A3P Spitz Star Projector |
View Administrative Entrance in a larger map
Contact Jeff Dunn at jeff.dunn@mysticseaport.org for more details.
Despite the expansion of mortgage debt in the last decade, according to the latest American Community Survey data one third of owner-occupied households (i.e. those owning – not renting or leasing – their house, condo, apartment, etc.) own their homes “free and clear” of any mortgage or home equity loan. In gathering this data, the Census Bureau’s American Community Survey questionnaire asks whether owner-occupied properties have a “mortgage, deed of trust, or similar debt,” and in the absence of any primary mortgage, whether there is a second mortgage or home equity loan (questions 19 and 20). Nationally, more than 24 million homes – 32.8% of owner-occupied housing units – have no primary or secondary mortgages. The prevalence of free and clear mortgage status for owner-occupied housing units varies regionally from 23.5% in Maryland, to 50.3% in West Virginia:
Connecticut lags slightly behind the national average in the percentage of owner-occupied housing units owned free and clear in the state; according to American Community Survey 2010 data, 28.5% of owner-occupied homes in Connecticut have no mortgage debt. Of these households, trends in the age of the householders, and median household income, were consistent with national trends. About 60% of the householders (the individual completing the ACS questionnaire) in mortgage-free households were 65 or older; 39% were aged 35-64, and only 1.4% were under 35. In Connecticut, as in all states, median household income in owner-occupied homes is significantly less than in households where the home is mortgaged. Median household income in Connecticut among households carrying a mortgage was $94,298, while median income in mortgage-free households was $52,435.
Homeownership and mortgage status data were also gathered by the 2010 Census. Question 3 of the 2010 Census questionnaire asked if the housing unit was either “owned by you or someone in this household with a mortgage or loan? Include home equity loans”, or “owned by you or someone in this household free and clear (without a mortgage or loan)”. For mortgage status information at the town level, the Census 2010 data provides more current data than the ACS 5-year Estimates. According to 2010 Census figures, 26.4% of owner-occupied homes in Connecticut were owned free and clear (slightly less than the figures published for the 2010 ACS 2010 1-year estimate). Free and clear status among owner-occupied homes among Connecticut towns ranged from 16.2% in Sterling, to 41.2% in Cornwall.
For detailed data from the American Community Survey in American FactFinder, see:
For additional data on mortgage status from the 2010 Census in American FactFinder, see:
Webinar:
OnTheMap for Emergency Management
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June 20, 2012
1:30 PM – 2:30 PM Eastern Discover OnTheMap for Emergency Management Version 3 new features that improves access to and utility of Census workforce and demographic data for emergency preparedness, response, and recovery activities including incorporating Federal Disaster Areas, Snowfall Forecasts, and 2010 Census demographic and housing characteristics. Presenter:
Robert Pitts, U.S. Census Bureau
For registration questions, please contact Lauren Gilchrist. For content-related questions, please contact Earlene Dowell.
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The U.S. Census Bureau has released a new version of TIGERweb, a Web-based map viewer from the agency’s Topologically Integrated Geographic Encoding and Referencing System (TIGER) database. TIGERweb allows users to view and query census geographic areas and features such as roads, railroads, rivers, lakes and other larger bodies of water. It currently displays boundaries, names and codes for 2010 Census legal and statistical geographic areas, such as counties, cities, towns and townships, census tracts and urban areas. In addition, TIGERweb contains population and housing unit counts from the 2010 Census for each of the geographic areas.
To access TIGERweb, go to: http://tigerweb.geo.census.gov
WMS Service now available!
In addition to the TIGERweb viewer, the TIGER data also is available as a Web service via the Open Geospatial Consortium Web Map Service standard. Users who have a client that supports the Web Map Service (such as ArcGIS) may access the TIGERweb service at
http://tigerweb.geo.census.gov/ArcGIS/services/tigerWMS/MapServer/WMSServer
Explore TIGERweb by watching this brief video
This report provides annual statistics on the characteristics of new privately owned residential structures for the U.S. and the nation’s four regions — Northeast, South, Midwest and West. The statistics are gathered from the Census Bureau’s Survey of Construction, and the report includes characteristics such as type of wall material, number of bedrooms and bathrooms, type of financing, heating and square footage.
A Few Highlights from the 2011 Report:
For additional information visit the Connecticut GIS User to User Network website at: http://ctgis.uconn.edu
View the 2015-2025 Population Projections for Connecticut at: http://ctsdc.uconn.edu/projections.html
Dukes County, Massachusetts is composed of the county subdivisions on the island of Martha’s Vineyard and the Elizabeth Islands, which form the town of Gosnold. A few weeks ago, I completed my M.A. thesis in the Geography department which investigates where climate change could impact Dukes County. My study evaluates vulnerability to climate change through the examination of social vulnerability and vulnerability to climate sensitive hazards (i.e. sea level rise and storm surge events) and is designed to coincide with the jurisdiction of the Martha’s Vineyard Commission. The thesis includes maps created in ArcMap, with data from MassGIS, that locate vulnerable areas in the county as well as quantify the potential impact of hazards on specific land use categories. Additionally, a social vulnerability index quantifies vulnerability based upon demographic data from the 2010 Census and 2010 American Community Survey.
The overarching goal for this project was to develop a theoretical framework that serves as a GIS-based decision support system for policy makers to determine where climate change adaptation policies are needed. This framework is operationalized through a case study of vulnerability of Dukes County, Massachusetts. The abstract of the study can be seen below:
Climate Action Plans (CAP’s) are recent innovations in policy that have been catalyzed by a need to adjust the relationship between human activity and the Earth’s climate system. CAP’s often are composed of methods to mitigate greenhouse gas emissions in addition to adaptation strategies. Research indicates, however, that many plans focus on mitigation strategies while adaptation policies related to predicted changes caused by climate change are often overlooked. This thesis presents an integrative framework for locating areas that are in need of adaptation strategies through a GIS based decision support system that visualizes vulnerability. It is operationalized through an empirical study of Dukes County, Massachusetts.
Dukes County is a New England county composed of the islands of Martha’s Vineyard and Gosnold. The county has a long history of commercial fishing, but more recently caters to affluent seasonal tourists. With both economic activities heavily reliant upon the ocean as a resource, climate sensitive hazards, such as sea level rise and tropical storms, pose an important risk to the population, built environment, and the natural environment that has made the study area a highly desirable New England tourist destination.
The results of my case study conclude that long term climate processes have shaped the way in which Dukes County has developed through the geomorphic influence of the last glaciation. The up-island towns of Martha’s Vineyard (Aquinnah, Chilmark, & West Tisbury) and Gosnold differ in geography- both physically and socially- from their down-island counterparts (Edgartown, Oak Bluffs, & Tisbury). This geographic variation results in an unequal distribution of vulnerability related to climate sensitive hazards distributed throughout the county, which have been identified as storm surge events in addition to chronic sea level rise. Generally speaking, my study concludes that…
Flatter land that is also lower in elevation down-island has traditionally been developed and inhabited more than the up-island land of Martha’s Vineyard and the islands of Gosnold. Consequently, larger populations and more developed land are at risk to hazards whose exposure is largely dependent upon elevation, like storm surge and sea level rise (down-island).
The full text of this study is now available online through Digital Commons@UConn: An Integrated Approach for Developing Adaptation Strategies in Climate Planning: A Case Study of Vulnerability in Dukes County, Massachusetts