anassessmentofwebbasedgreatlakes...
TRANSCRIPT
An Assessment of Web-‐Based Great Lakes Mapping Tools
1
GLAHF Principle Investigators Catherine Riseng University of Michigan-SNRE Kevin Wehrly Michigan DNR-IFR Rob Goodspeed University of Michigan-Urban Planning (presenter) Lacey Mason University of Michigan-IFR Ed Rutherford NOAA-GLERL Li Wang International Joint Commission
Support: This work is supported by the University of Michigan Water Center, a center of the Graham Sustainability Institute. The Water Center is supported by funds from the Fred A. and Barbara M. Erb Family Foundation and the University of Michigan.
Collaborators Mark Coscarelli Great Lakes Fishery Trust Mike Robertson Ontario MNR Larissa Sano University of Michigan-Water Center Jen Read University of Michigan-Water Center
Winter 2014 Research Assistant Arthur Prokosch University of Michigan—SNRE/URP
Adaptation in the Great Lakes Region – June 26, 2014 – 8:45 AM
COLLABORATORS FUNDED BY
FOR MORE INFORMATION Catherine Riseng, [email protected]
Lacey Mason, [email protected]
BASIN-WIDE FRAMEWORK COMPREHENSIVE DATABASE
DECISION SUPPORT TOOLS HABITAT CLASSIFICATION
x� captures ecological zones of the Great Lakes x� links terrestrial & aquatic systems x� enables multiscale synthesis
land cover
upwelling
x� basin-wide x� terrestrial & aquatic x� biological & environmental
x� identifies ecological types x� coastal, nearshore & open water classes x� hierarchical & scalable
x� publicly available data sets x� web-based map viewer x� user-driven scenarios
offshore nearshore coastal aquatic coastal terrestrial
hydrogeoforms
binational, collaborative project
geospatial database & classification framework
cumulative degree-days
GLAHF Project Context
2
GLAHF Snapshot Data: Administrative Boundaries, Ecological Zones, Biological, Environmental, Water Chemistry, Geomorphology, Landuse/covers, Mechanical Energy, Rivers/Hydrology, Temperature, Topobathymetry, Stressors (e.g. shippping traffic, AIS, shoreline development)
3
Lizhu Wang*, Michael Laitta International Joint Commission Conrad Wyrzykowski Agriculture and Ag-Food Canada Mike Robertson*, John Gaiot, Kent Todd Ontario Ministry of Natural Resources Susan Doka Dept of Fisheries and Oceans, Canada Cindy Chu University of Toronto Jan Ciborowski University of Windsor
Colin Brooks, Robert Shuchman Michigan Tech Research Institute Dana Infante* Michigan State University Catherine Riseng*, Lacey Mason University of Michigan Lucinda Johnson* University of Minnesota-Duluth
Scott Sowa, Mary Khoury, Gust Annis The Nature Conservancy
Kevin Wehrly*, Tammy Newcomb, Gary Whelan , Danielle Forsyth Michigan Dept. of Natural Resources
Tom Hollenhorst U.S. EPA Jim McKenna*, Jeff Schaeffer, Craig Johnston U.S. Geological Survey Chris Castiglione* U.S. Fish & Wildlife Service Ed Rutherford*, Eric Anderson,
Drew Gronewold NOAA-GLERL
GLAHF Co-PIs & Collaborators
GLAHF-DSS Project Overview
Phase I
Phase II
Tool Review & Interviews: Complete (Winter 2014)
Binational Design Workshops: June 2014 (Hamilton, ON), July 2014 (Ohio), October 2014 (ON)
Iterative Tool Development: Fall 2014 – Winter 2015
Binational Hands-on Training Summer 2015
5
Tool Review: Introduction
• Great Lakes Tools – Criteria:
• Provide spatial information; • Covers an entire Great Lake, entire U.S. State, or larger extent; • Is relevant to researchers and/or resource managers; • Can be used via the Web without payment or permission.
– Found 37, including: • Great Lakes CoastWatch • Great Lakes Observing System (GLOS) Data & Tool Portal • Tipping Point Planner • Land Information Ontario/Open Ontario • Wisconsin Coastal Atlas • National Fish Habitat Partnership Data System
• Comparison Tools – Reviewed leading spatial ecosystem management tools for functionality or technical
features – 16, such as:
• US Fish and Wildlife Service Critical Habitat Mapper • SeaSketch & MarineMap • Washington Marine Planner
6
Tool Review: Variables
Also collected some qualitative information:
● Data providers & sharing ● Usability ● Maintenance
EM Needs Tool Review Variables
Multiple types of information Data Domain(s): physical/chemical, biological, human activity, policy
Appropriate spatial scale • Extent • Analysis Scale • Nations • Ecosystem Zones (terrestrial, coastal margin,
aquatic) Accessible to multiple stakeholders • Output Formats
• Gatekeeping Querying & analysis • Custom queries
● History & future of tool ● Evaluation of strengths and weaknesses
7
● Data origins & sharing ● Usability ● Maintenance
Qualitative Variables for our DSS:
Results Overview Coverage Binational 38% Canadian 5% U.S. 57%
Data Scale Fine-scale 46% Intermediate-scale 78% Broad-scale 62%
Data Focus Terrestrial 60% Aquatic 62% Coastal Margin 16%
Information Physical or Chemical 87% Biological 59% Human Activities 54% Policy Information 57%
8
So you want to …
9
Download environmental GIS data?
10 DataBasin.Org
Download downscaled climate data?
11
Look up real-time and forecast conditions like a scientific rockstar?
12
http://data.glos.us/portal/
See also: Great Lakes Coastal Forecasting System (http://www.glerl.noaa.gov/res/glcfs/)
See how your community might be effected by climate change?
13 pileus.msu.edu Focus on agriculture and tourism
http://cida.usgs.gov/glri/phragmites/
Tools for Adaptive Ecosystem Management: Beyond Maps
• Ecosystem Management: Management of the environment in whole ecological or landscape units based on integrative biological, physical, and/or socioeconomic assessments (Slocombe, 1993; Knight and George, 1995) – Requires new substantive and process methods – Interdisciplinary collaboration & knowledge sharing – Focus on spatial character of ecosystems
• Possible Web-based Tools for Adaptation: – Data & Spatial Information (discussed here) – Run & Discuss Complex Models – Review Policy Best Practices & Share Knowledge – Etc
14
Thank You Questions?
Robert Goodspeed, [email protected] Catherine Riseng, PI, [email protected] Kevin Wehrly, PI, [email protected]
Lacey Mason, [email protected] Li Wang, [email protected]
Ed Rutherford, [email protected]
GLAHF funded by The Great Lakes Fishery Trust
Support: This work is supported by the University of Michigan Water Center, a center of the Graham Sustainability Institute. The Water Center is supported by funds from the Fred A. and Barbara M. Erb Family Foundation and the University of Michigan.