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Chapter 3: Scale and Conservation Planning, Robert S. Unnasch, PhD, and Jason W. Karl, PhD |
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AUTHOR INFORMATION : Robert S. Unnasch, PhD, Jason W. Karl, PhD |
SELECTED BIBLIOGRAPHY LINKS: Addicott et al 1987. Ecological neighborhoods: scaling environmental patterns. Brock et al 2006. A wildlife conservation assessment of the Madison Valley, Montana. |
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ADDITIONAL RESOURCES: Powerpoint/Teaching resources: Scale and Conservation Planning - BBAR Presentation 2010 Dr. Michael Frank Goodchild: ESRI Symposia: Space-Time Integration in GIS and GIScience 2010 Temporal Renderer Template application: This application demonstrates how to perform time-based rendering of features in a feature layer to visualize real-time earthquake data. |
Additional Graphics |
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ArcGIS.com INTERACTIVE MAPS of SCALE and TIME (click on thumbnail to pan & zoom, 'view larger' to open window) |
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Sierra Foothills CNPS & Natureserve This webmap experiments with how to overlay 1:100k national ecological systems raster analysis from Naturserve, based on the National Vegetation Classification System, with local-scale field-based vector vegetation mapping by the California Native Plant Society and Calif. Dept of Fish and Game, also based on the National Vegetation Classification System. Clicking on the point symbols yields the Natureserve ecological system, Polygons=CNPS classes. This map explores how to interact with and visualize related ecological data at 2 different scales, created by 2 different methods (analytical & field), in 2 different formats (raster & vector) but classified in the same classification system. |
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Landsat Time-Enabled Imagery: (view larger) This map demonstrates the use of the standard time slider control to set both an extent of time and a position in time to explore time-enabled data at different temporal scales and analyze change over time using web browser access. |
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Change Matters Website: allows users throughout the globe to quickly view the GLS Landsat imagery both multi-spectrally (in different Landsat band combinations) and multi-temporally (across epochs), and to conduct simple change detection analysis. | |||||