APPALACHIAN REMOTE SENSING CONFERENCE Mountainlair, West Virginia University,
Morgantown, WV |
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All
times are provisional. In the event of no-shows, papers will be moved
up. This may mean that papers may even move to an earlier session. |
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DOWNLOAD |
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Registration: Outside Rhododendron Room 9:00 Welcome and introduction
of Keynote speaker. 9:10
Keynote address: Remote Sensing and geospatial sciences in service of
society |
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Complete conference abstracts [pdf] Conference schedule [pdf] |
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9:50 Mountaineer
Room: Tea and Coffee Break &
Posters |
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POSTERS
Mountaineer Room (9:50-10:10 and 3:00-3:20) Land
Cover Mapping in an Urban Setting: The integration of IKONOS imagery, image segmentation,
and decision trees. The
Application of Remotely Sensed Imagery in Archaeological and Historical
GIS.
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10:10 Paper
Session 1: Rhododendron Room 10:10 West
Virginia View: A state remote sensing consortium within the
AmericaView Program. 10:25 Censusing
and modeling the dynamics of a population of Eastern Hemlock (Tsuga canadensis)
using remote sensing. 10:40 Remote
Census of Ailanthus altissima (tree of heaven) in West Virginia Using
High Spatial Resolution Color Imagery. 10:55 Remote
sensing of forest evergreen understory communities in the central Appalachian
highlands. 11:10 Satellite
Imagery Classification with ER
Mapper in the Mountains of Kyrgyz Republic. 11:25 Using
Landsat imagery and FIA data in an original approach to map and describe
forest dynamics in south-central Pennsylvania.
11:40
The
use of remotely sensed data in the Exploring the Environment online curriculum
series. |
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11:55
Lunch. Hatfields Restaurant (First floor of the Mountainlair). |
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1:15 Paper session 2. Rhododendron
Room 1:15 Mountain
Top Removal Identification and Change Detection Using Remote Sensing Techniques.
1:30 Evaluation
of Airborne Thermal Infrared Imagery for Locating Mine Drainage Sites
in the Lower Kettle Creek and Cooks Run Basins, Pennsylvania, USA. 1:45 High-
resolution digital imagery for mining impact assessment studies in the
central Appalachians. 2:00
Space
Borne and Aerial Image Basemap Selection for Geospatial Representation
of GPS collected for Abandoned Mine Inventory of the Monongahela National
Forest. 2:15 Relative
Efficiency of Adaptive Filters in Suppressing Noise and Preserving Sharpness
in Multi-Spectral Images. 2:30
Exploring
the Linkage between Water Chemistry and Land Cover in Deckers Creek, 1974
– 1999. 2:45 ARSHUS
(Airborne Remote Sensing of Hydrologic Systems Under Stress). |
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3:20 Paper
Session 3: Rhododendron Room 3:20
Integration
of the Image Based Web Server and Crime Scene Mapping on Transportation
Routes. 3:35 A
comparison of change detection techniques for monitoring land-cover change
in an arid urban environment. 3:50 Remote
Sensing of Historic Landscapes: A Case Study of The National Road near
Wheeling, West Virginia. 4:05 The
History of Presque Isle and the City of Erie, Pennsylvania: A Remote Sensing
Case Study. 4:20 An
Evaluation of LIDAR Accuracy for Three West Virginia Watersheds.
Michael Shank, TAGIS, West Virginia Department of Environmental
Protection. 4:35 Enhancing
GIS and LIDAR data through Virtual Reality.
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5:05 Closing
Remarks: Rhododendron Room |
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