Andrew Chu
University of Texas at Austin
| Subject Areas: | Water Resources Engineering, Floodplain Mapping, Water Modeling, Computational Fluid Dynamics |
Recent Activity
ABSTRACT:
Conditioned DEM
ABSTRACT:
DCIA
ABSTRACT:
Flow Length Unweighted
ABSTRACT:
Weighted Flow Length
ABSTRACT:
DCIA ArcGIS Pro File
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Created: Sept. 24, 2018, 7:21 p.m.
Authors: Andrew Chu
ABSTRACT:
The objective of this project is to evaluate a novel method for measuring directly connected impervious area (DCIA) and unconnected impervious area (UCIA). I’ve termed this new method, the Gregory Method. I plan on comparing this new method with several, more traditional methods of finding DCIA and UCIA (e.g. manual scanning and representative sampling). In performing this comparison, I would like to elucidate the accuracy and the speed of each technique. To evaluate each technique, I will use publicly available satellite imagery, land use/cover data from the Southwest Florida Water Management District and land use/cover data from USGS as well as data from a consulting firm, Jones Edmunds.
ABSTRACT:
DCIA ArcGIS Pro File
ABSTRACT:
Weighted Flow Length
ABSTRACT:
Flow Length Unweighted
ABSTRACT:
Conditioned DEM