PROJECT TITLE :
Flexible Displays, Rigid Designs?
Rapid landscape changes as a result of anthropogenic development can result in increased hazards for nearby communities, as well as exposure of soils to runoff, pollution, and slope collapse. Elevation changes additionally complicate interpretations of remote sensing datasets, like interferometric synthetic aperture radar (InSAR), which rely on correct digital elevation models (DEMs). In this study, we assimilate satellite-based radar and optical imagery spanning several decades to determine a time series of elevation modification at the Centralia Coal Mine in Centralia, Washington. We have a tendency to assess the errors related to each observation kind and explore ways for reducing potential bias. By combining these datasets, we will be able to characterize elevation changes ensuing from coal mining operations for many of the productive lifespan of the mine. This approach can be applied to any region of fast elevation amendment, provided sufficient remote sensing information are offered.
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