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Proceedings of the Second Annual UW GIS Symposium: Spatial Literacy and Ocean Science and Technology

Proceedings of the Second Annual UW GIS Symposium
Spatial Literacy and Ocean Science and Technology
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table of contents
  1. Cover
  2. Title Page
  3. Contributors
  4. Contents
  5. Preface
  6. Keynote
  7. Lightning Talks
    1. Using GIS to Support Reentry Planning for Youth Exiting the Juvenile Justice System
    2. Safe Consumption Site Suitability Map
    3. Mapping Our Realities in the Pacific Northwest Natives Geodatabase
    4. Arctic Science with GIS
    5. Affordable Housing
    6. Two Geospatial Data Resources @ Your Library That You Need to Know
    7. Spatial Literacy and Ocean Science and Technology
    8. Determining Park Level of Service in the City of Lake Forest Park
  8. Posters
    1. Remote Sensing
    2. Transit Oriented Development in the Palm Beaches
    3. Rental Real Estate for Commuters
    4. China Linpan Landscape Ecology Assessment
    5. Stronger Communities, Healthier People
    6. Farm to School Site Suitability Analysis in Minneapolis, MN
    7. Opportunity Index – King & Pierce Counties
    8. Evaluating King County Population’s Cardiovascular Mortality Risk Factors: A GIS-based Approach
    9. Topography Changes of the University of Washington Bothell Campus
    10. Zoning in Seattle

Spatial Literacy and Ocean Science and Technology

Miles Logsdon, Oceanography

Many have called for a purposeful and strategic approach to elevating spatial literacy in all aspects of public decision making (Goodchild 1992, Kuhn 2012, Newcombe 2013). In the Ocean Sciences, spatial thinking is compounded by the requirement to consider vertical and temporal dimensions as well as the remoteness and the literal impossibility of making repeatable observations. Like other physical earth sciences, the marine geospatial scientists will make use of various raster and vector representations, a selection of classic projection, and a unique vocabulary for identifying spatial objects. At the same time, ocean science issues (sea level rise, ocean acidification, marine plastics) are becoming more “mainstream” and now may even find their way into a political debate. Technology in ocean data acquisition, representation, and dissemination has enabled more people to become aware how little is known about the world’s oceans, and with that awareness has come the need for trusted data. This presentation reviews a few of the key “spatial thinking” concepts that, if integrated into the ocean science vernacular, would assist marine geospatial scientist in communicating their work. Also, some of the advances in observational ocean technology is presented and how these technologies open new opportunities to “mainstreaming” ocean science in public debate.

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