For my remote sensing class, we went on a ground-truthing trip to Block Island. In lab, we each did a region-of-interest supervised classification of some IKONOS data. The purpose of the field trip was to assess the accuracy of our classification. We lucked out on the date of the field trip and got perfect weather: clear skies and high 70s.
Using a few of the photos from Sachem Pond, I made my first panorama (Photoshop did most/all of the work). Considering I just used the automatic warp and default settings, it came out really nicely.
This is a web-formatted version of my final project for GEO132. See above for the poster version.
Among the many impacts of global warming, only sea-level rise physically displaces people and their communities. Understanding the impacts of rising oceans is especially important since so many densely populated urban areas exist in coastal regions. I hope to gain a better understanding of these impacts through the use of a geographic information system.
How much land will different amounts of sea-level rise displace in an urban area?
How does this coverage disproportionately affect different building zones (e.g. residential, commercial, industrial)?