 Wisconsin Coastal Atlas
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Wisconsin Coastal Atlas
The Wisconsin Coastal Atlas provides access to maps, data and tools to support decision-making about the Great Lakes. It features a Web-based "geo-portal" that catalogs, integrates, presents and shares distributed sources of geospatial data and supports development of a "coastal spatial data infrastructure" for Wisconsin. The initial focus of the atlas is on coastal hazards, but it is built with an open architecture that allows addition of new tools and components over time. Besides building the framework for the atlas, the project also tackles important research topics that address the science needed to effectively build and link coastal Web atlases.
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 Wisconsin Coastal Guide
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Wisconsin Coastal Guide
The Great Lakes Circle Tour leads you around the largest freshwater system on the planet – but the main route often takes you far from the water's edge. The Wisconsin Coastal Guide shows you where to pull off the highway for a quiet beach, a hidden lighthouse, or a secluded park. Support for the project was provided by the Wisconsin Coastal Management Program.
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 GLOS Education and Outreach
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Great Lakes Mapping Workshops
The Great Lakes Observing System (http://glos.us) has reached a level of maturity where its website now includes useful mapping and decision support products and more are planned. The Great Lakes Sea Grant Network supports the education and outreach activities of GLOS. The GLOS Mapping Workshops served as an experiment on outreach using a different approach to developing mapping products – one where those working to protect and manage the Great Lakes were taught how to integrate maps and data “on-the-fly” and develop their own decision-making tools. Over 100 Great Lakes resource managers and teachers attended the workshops and webinars. Follow-up surveys showed that 68% of respondents used resources they learned about at the workshop, 77% shared what they learned with colleagues, 59% created their own map since completing the workshop, and 96% felt more knowledgeable about Great Lakes data and resource web sites.
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 Historic Maps
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Great Lakes Maps
An online exhibit that traces the evolution of mapmaking since the 1600s and the historical influence of the Great Lakes on the history of Wisconsin. The original maps were collected for an exhibit at the University of Wisconsin-Madison Memorial Library Department of Special Collections, March 19 through June 29, 2007.
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 Videos
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Dr. David Hart: Specialist in Geographic Information Systems
Dr. David Hart tells us about his job at the University of Wisconsin Sea Grant Institute, including his efforts with the Wisconsin Coastal Atlas.
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Integrating Great Lakes Data from Distributed Sources: Adam Mednick
A presentation by Adam Mednick at the meeting of the Great Lakes section of the International Coastal Atlas Network, Sept. 13-15, 2010, Madison, Wis.
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Integrating Great Lakes Data from Distributed Sources: David Hart
A presentation by David Hart at the meeting of the Great Lakes section of the International Coastal Atlas Network, Sept. 13-15, 2010, Madison, Wis.
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Impacts and Outcomes of Mature Coastal Web Atlases: California
A presentation by John Helly at the meeting of the Great Lakes section of the International Coastal Atlas Network, Sept. 13-15, 2010, Madison, Wis.
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 Research
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An Economic Spatial-Dynamic Model of Great Lakes Coastal Development
R. William Provencher, UW-Madison, (608) 262-9494, rwproven@wisc.edu
Volker Radeloff, UW-Madison, (608) 263-4349, radeloff@wisc.edu
This continuing project is focused on two land development issues. First, it is looking at the effects of coastal (shoreline and nearshore) land use policies and management tools on the spatial dynamics of private subdivision. Second, researchers hope to provide local Great Lakes governments and planning agencies with GIS tools that can be combined with econometric models of the subdivision decisions of private landowners to create a dynamic, spatial forecast of the effect of various landscape policies and management options. R/CC-1
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Modeling the Interactive Effects of Dreissenid Invasion and Nutrient Loading on Autotrophic and Food Web Structure in Green Bay, Lake Michigan
M. Jake Vander Zanden, UW-Madison, (608) 262-9464, mjvanderzand@wisc.edu
The introduction of zebra and quagga mussels has had a dramatic economic and ecological impact on lake ecosystems due to their remarkable ability to change primary productivity. Most research has focused on the open-water system, but this new research project will examine the impacts of mussels on primary production in bottom- and open-waters across the variable nutrient-enriched gradient of Green Bay and study the impacts across the aquatic food web. The researcher will measure primary productivity across the trophic gradient of the mussel-invaded Green Bay; use productivity models to estimate the impact on primary productivity, including the nuisance alga Cladophora glomerata; examine how changes in nutrient and sediment loading will affect autotrophic structure; and use stable isotopes to examine the trophic pathways supporting fish. R/HCE-5
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Stressor Gradients and Spatial Narratives of the St. Louis River Estuary
Janet Silbernagel, UW-Madison, (608) 265-8093, jmsilber@wisc.edu
The Wisconsin portion of this project will develop communication and education tools, including an open geospatial archive, a "deep map" that incorporates vignettes of local communities, augmented reality games and geo-tours of the estuary, ship-based activities and a diverse array of complementary online resources. Results of this project coupled with the monitoring and spatial narratives constructed from Minnesota research will guide implementation of the St. Louis River Habitat Plan; help prioritize monitoring, restoration and remediation activities; and enhance public awareness and understanding of estuaries in coordination with the development of the Lake Superior National Estuarine Research Reserve. R/RegHCE-8-10
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The Wisconsin Coastal Atlas: Building a Coastal Spatial Data Infrastructure for Wisconsin
Stephen Ventura, UW–Madison, (608) 262-6416, sventura@facstaff.wisc.edu
Coastal web atlases (CWAs) have emerged as an important resource to help organize and present maps and data about coasts and make them more relevant to decisionmaking about coastal management. The Wisconsin Coastal Atlas (WCA) will serve as the primary portal to geospatial data about the Lake Michigan and Lake Superior coasts of Wisconsin. It will be organized into four sections—maps, tools, learn and search. The primary Web-mapping interface will provide an overview of the Wisconsin coastal zone. A gallery of additional mapping interfaces will provide customized perspectives related to specific coastal issues. The atlas will allow users to search a catalog of coastal geospatial data. The catalog for the atlas will connect to distributed catalogs maintained by other data custodians, allowing discovery, assessment and download of a network of coastal geospatial data. In addition, the WCA will serve as a gateway to spatial decision support tools relevant to the Great Lakes and as a site to learn more about coastal issues and places. The research undertaken as part of this project will frame the WCA as an important building block of an eventual Great Lakes coastal atlas and will promote adaptive management of the Great Lakes at an ecosystem scale. R/SCD-1
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The Wisconsin Coastal Atlas as a Foundation for Effective Spatial Decision-Support Tools Addressing Great Lakes Management
Stephen Ventura, UW–Madison, (608) 262-6416, sventura@facstaff.wisc.edu
The Wisconsin Coastal Atlas (WCA) (wicoastalatlas.net) provides access to maps, data and tools to support decision-making about the Great Lakes. It builds on many years of collaboration between Wisconsin Sea Grant and the Land Information and Computer Graphics Facility at UW-Madison to leverage sizeable investments made by local governments in land information systems and apply geospatial technologies to the sustainable management of the Great Lakes. This second phase of the WCA will incorporate satellite imagery and open-water observations in order to 1) communicate water quality trends in Green Bay, 2) reduce conflicts between recreational fishermen and trap nets in Lake Michigan, and 3) improve the safety of water sports on the Great Lakes. The project will develop and apply social-science methods to evaluate and improve the effectiveness of spatial decision support tools and establish a webinar series to promote the development of a Great Lakes Coastal Atlas Network. R/SCD-04
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Geotools for Fostering Citizen Engagement and Understanding of the Socio-Environmental Complexities of Great Lakes Coastal Estuaries
Janet Silbernagel, UW-Madison, (608) 265-8093, jmsilber@wisc.edu
Spatial narratives have been framed as conceptual tools for synthesizing multiple forms of bioregional knowledge for community-based decision-making and stewardship. While the spatial narrative has been useful in several research and outreach applications, it has not yet been truly operationalized as a digital “geotool” or evaluated for its utility for citizen engagement and spatial literacy. In this project, researchers are partnering with the Applications Prototype Lab of Esri, a global leader in geographic information systems solutions, to develop a spatial narrative geotool application that allows coastal community groups to form digital spatial narratives for their own estuary-based bioregions and place-based issues. The project will evaluate citizen experiences and engagement in coastal estuaries with the geotool through a social science research design. With new modes of place-based learning, social media and participatory decision-making, spatial narratives could be valuable in advancing spatial literacy and thoughtful dialogue around environmental sustainability in coastal communities. R/SCD-05
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GIS-Based Analysis of Sustainable Domestic Aquaculture Development in Wisconsin
Christopher Hartleb, UW-Stevens Point, (715) 346-3228, chartleb@uwsp.edu
Keith Rice, UW-Stevens Point, (715) 346-4454, krice@uwsp.edu
The overall hypothesis for this project is to determine if location characteristics of aquaculture operations are significant for determining success or failure of commercialized operations in Wisconsin. Specific objectives are to: 1) develop a predictive aquaculture farm model using a multi-criteria evaluation procedure in GIS and 2) synthesize existing data about existing aquaculture farms into the GIS model based on common culture methods to improve the model's efficaciousness and using these data further refine a predictive model for particular species selection. R/SFA-05
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 Related Websites
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Video on the Wisconsin Coastal Guide
Learn more about Wisconsin's coastal communities and natural amenities through this Sea Grant-produced video, which is part of the organization's You Tube channel.
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International Coastal Atlas Network
The International Coastal Atlas Network (ICAN) encourages development of digital atlases of the global coast based on the principle of distributed, high-quality data and information. These atlases can be local, regional, national and international in scale. This can be achieved by sharing knowledge and experience among atlas developers in order to find common solutions for coastal web atlas development whilst ensuring maximum relevance and added value for the users.
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Great Lakes Observing System
The Great Lakes Observing System (GLOS) promotes accurate, comprehensive, timely, accessible and integrated information for the Great Lakes and its watershed.
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 Related Topics on this Site
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