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Examining Environmental Justice through Open Source, Cloud-Native Tools

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Examining Environmental Justice through Open Source, Cloud-Native Tools

Transform to Open Science Logo that shows a top as a rocket taking off and the text Transform to Open Science in the white vapor plume around the launch site

Project Status: WIP – Initial development is in progress, but there has not yet been a stable, usable release suitable for the public. Docker Image :whale2:

This is the development repository of educational training materials we are building as part of the NASA TOPS-T program. A copy of the funded grant proposal to NASA describing this project can be found on Zenodo under DOI:10.5281/zenodo.8240012. This was one of 16 successfully funded proposals under the program.

Quickstart Open in GitHub Codespaces

Click Open in GitHub Codespaces to try out this respository in a GitHub-hosted cloud instance. This instance provides both VSCode or RStudio environments with most necessary packages already installed. This environment can also be accessed in a local VSCode as a devcontainer or as a Docker image.

Open intro.ipynb (Python) or intro.qmd (R) notebooks to get started.

Abstract

1968: In the same year as NASA’s first manned mission to the moon, racially segregated housing became illegal with the Fair Housing Act. The law would now ban practices known as redlining – in which the federal government’s Home Owners Loan Corporation dividing cities into areas graded ‘minimal risk’ to ‘hazardous’ for home loans based largely on racial and ethnic make-up (Nelson et al 2022). But the consequences of such practices are not easily reversed. More than 50 years later, scientists can still see the pattern of the inequalities etched onto those maps even from space (Schell et al, 2020). This educational module will seek to introduce students to the open source platforms and tools used to manipulate and analyze NASA’s open earth observation imagery through the lens of examining the environmental legacy of redlining practices in major urban areas. We will introduce key concepts of cloud-native geospatial workflows including STAC, COG, and GDAL Virtual Filesystem to allow students to leverage analysis against terrabytes of NASA data. The module design is also deeply rooted in pedagogical practices established by education research literature to increase engagement and reach an inclusive audience (Handelsman et al. 2004; Allen & Tanner 2005). The module will be provided in both R and Python and be made available in both English and Spanish translations.

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  • Jupyter Notebook 100.0%