integrating gis & lidar into the classroom time1 time2 difference
TRANSCRIPT
Integrating GIS & Lidar into the classroom
time1
time2
difference
Where do landslides occur in Amity Creek? What contribution do they have to the fine sediment load of the river?
Tasks:1. Field survey of landslide
scars with GPS, noting width and height of scars
2. Import GPS data into ArcGIS3. Calculate scar areas4. Create a map that displays
the data5. Synthesis – where are the
slides located?
GIS skills learned:6. Create new project7. Import existing files8. Import GPS data9. Simple calculation of area10. Map creation and export
Tasks:1. Add historic air photos and
channels2. Digitize in recent channel3. Make map showing channel
migration4. Make measurements of
distance moved5. Higher-order task: Figure out
role of migration on sediment flux into channel (with focus on recently stabilized bend)
New GIS skills learned:6. Creating a shapefile7. Digitizing on-screen8. Measuring distance and
area on-screen
Tasks:1. Create hillshade from DEM2. Make contour map3. Make DEM semi-transparent4. Overlay DEM on hillshade5. Add contours6. Make a map and export it
New GIS skills learned:7. DEM analyses – contours,
hillshades8. More visualization tools
(transparency, labels)9. How to make a cool
topographic map
Montgomery et al. 2001, Climate, tectonics, and morphology of the Andes
Egholm et al. 2009, Glacial effects limiting mountain height
Egholm et al. 2009, Glacial effects limiting mountain height
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Central AndesHimalayasNorthern AndesSE Alaska
Area (%)
Elev
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(m)