GIS
A series of interactive maps made with ArcGIS Pro and ArcGIS Online.
A series of interactive maps made with ArcGIS Pro and ArcGIS Online.
PHILADELPHIA NEIGHBORHOOD PARKS
This map reveals the parks located in each Philadelphia neighborhood and is displayed according to percentage of parkland per neighborhood. Data sourced from pasda.psu.edu. View larger map.
This map reveals the parks located in each Philadelphia neighborhood and is displayed according to percentage of parkland per neighborhood. Data sourced from pasda.psu.edu. View larger map.
PHILADELPHIA RENEWABLE ENERGY
Each point reveals the program, site name, type of renewable energy, biopower potential, and other information. Data sourced from pasda.psu.edu. View larger map.
Each point reveals the program, site name, type of renewable energy, biopower potential, and other information. Data sourced from pasda.psu.edu. View larger map.
FARMERS MARKET WEB MAP
An interactive web map application built with javascript, html and css. Open in a new window.
An interactive web map application built with javascript, html and css.
Please note that this web map is not currently available on mobile and must be viewed from a desktop computer.
Please note that this web map is not currently available on mobile and must be viewed from a desktop computer.
REMOTE SENSING
Visual products derived from remote sensing operations involving lidar and raster data.
Visual products derived from remote sensing operations involving lidar and raster data.
WEB DESIGN
I am the creator of the website for the 11th Annual Nature-Society Workshop hosted by Temple University in Fall 2023. Open in a new window.
I am the creator of the website for the 11th Annual Nature-Society Workshop hosted by Temple University in Fall 2023. Open in a new window.
ABOUT
El is a Geography and Urban Studies PhD student at Temple University.
Their research interests include quantitative geographic methodologies such as remote sensing, geographic information science, and python programming for geographic analysis, as well as sustainability, political ecology, and human-nature dynamics in the urban space.
They create web map apps, design websites, and analyze data using using html, css, javascript, python, and ArcGIS. In remote sensing they focus on land cover identification using object based image analysis with raster and lidar data.
Contact: elizabeth.newnam@temple.edu
El is a Geography and Urban Studies PhD student at Temple University.
Their research interests include quantitative geographic methodologies such as remote sensing, geographic information science, and python programming for geographic analysis, as well as sustainability, political ecology, and human-nature dynamics in the urban space.
They create web map apps, design websites, and analyze data using using html, css, javascript, python, and ArcGIS. In remote sensing they focus on land cover identification using object based image analysis with raster and lidar data.
Contact: elizabeth.newnam@temple.edu