In 2017 and 2018, I utilized our PISCES software to generate new maps for CalTrout’s State of the Salmonids II: Fish in Hot Water (SOS II) report and for a new division of roach species and subspecies (genus Hesperoleucus). For the SOS II report, we chose design and colors to match the color scheme of
I write a lot of spatial data analysis code using ArcGIS’s Python package, arcpy. Sometimes we need to automate map generation as part of that work, but with the split of the arcpy.mapping library between ArcMap and ArcGIS Pro, developers had to target two different APIs in order to make their code compatible with ArcMap
I led a team of people using FEMA’s Hazus-MH (Multi-Hazard) software to model flood risk to 2 dozen Illinois communities as part of a larger project to measure perceived vs actual risk of flood in those communities. Hazus can be finicky software, so we tried multiple routes, including Hazus’s standard modelling methods and a modified
I created this static map as part of Nicholas Pinter’s Natural Hazards Mitigation Group’s analysis of flood inundation in the 2016 flooding in Baton Rouge, Louisiana. The corresponding interactive map can be found here.
In response to flooding in Baton Rouge, Louisiana as a result of storms in August 2016, we detected flooding using satellite imagery to determine the extent of inundation as it compared to mapped floodplains. The darker blue shows flood inundation on Aug. 14, 2016, compared to locations that typically have water (shown in lighter blue).
I did all of the programming, GIS, and statistical modelling for a multi-phase National Science Foundation (NSF) funded project to determine mitigation potential for flooding in small midwestern towns. The picture above is from a mockup of an interface we designed to allow town governments to use our tool to find suitable locations, out of
PISCES is a set of ArcGIS tools and data for managing and analyzing the ranges of California’s 133 native fish taxa. Data is stored as a standard relational database, increasing the power over many typical GIS approaches, and allowing for a powerful mapping component that summarizes species presence information on the basis of factors such
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As part of a class where students gained extensive experience in the field, my colleague Sarah Yarnell led a team of researchers at the Center for Watershed Sciences that developed a virtual field trip as a pre-field trip teaching tool, and a way to expose the public to locations that they may not be able