Pinned Repositories
A-computational-approach-to-analyzing-climate-strategies-of-cities-pledging-net-zero
Cities have become primary actors on climate change and are increasingly setting goals aimed at net-zero emissions, which warrants closer examination to understand how they intend to meet these goals. The incomplete and heterogeneous nature of city climate policy documents, however, has made systemic analysis challenging. We analyze 318 climate action documents from cities with net-zero targets using machine learning-based natural language processing (NLP) techniques. We aim to accomplish two goals: (1) determine text patterns that predict ‘ambitious’ net-zero targets; and (2) perform a sectoral analysis to identify patterns and trade-offs in climate action themes. We find that cities with ambitious climate actions tend to emphasize quantitative metrics and specific high-emitting sectors in their plans. Cities predominantly emphasize energy-related actions in their plans, but often at the expense of other sectors, including land-use and climate impacts. The method presented in this paper provides a replicable, scalable approach to analyzing climate action plans and a first step towards facilitating cross-city learning.
ClimActor
Data Cleaning Workflow for Non-State Climate Actors
cop27_datathon
Github Repository for the COP27 Datathon
CT-Solar-Maps
Archive of maps created for the CT Solar Scoreboard project.
day-of-data-2.0
Files for the DDY workshops
ejanalysis
Environmental justice analysis tools for R
HeatWatch_CH2021_public
Public repo for sharing results and report
neighborhoods
PreciDatos
UESIplots
Functions for formatting ggplots within the UESI project
Data-Driven EnviroLab's Repositories
datadrivenenvirolab/ClimActor
Data Cleaning Workflow for Non-State Climate Actors
datadrivenenvirolab/day-of-data-2.0
Files for the DDY workshops
datadrivenenvirolab/cop27_datathon
Github Repository for the COP27 Datathon
datadrivenenvirolab/A-computational-approach-to-analyzing-climate-strategies-of-cities-pledging-net-zero
Cities have become primary actors on climate change and are increasingly setting goals aimed at net-zero emissions, which warrants closer examination to understand how they intend to meet these goals. The incomplete and heterogeneous nature of city climate policy documents, however, has made systemic analysis challenging. We analyze 318 climate action documents from cities with net-zero targets using machine learning-based natural language processing (NLP) techniques. We aim to accomplish two goals: (1) determine text patterns that predict ‘ambitious’ net-zero targets; and (2) perform a sectoral analysis to identify patterns and trade-offs in climate action themes. We find that cities with ambitious climate actions tend to emphasize quantitative metrics and specific high-emitting sectors in their plans. Cities predominantly emphasize energy-related actions in their plans, but often at the expense of other sectors, including land-use and climate impacts. The method presented in this paper provides a replicable, scalable approach to analyzing climate action plans and a first step towards facilitating cross-city learning.
datadrivenenvirolab/citiesML
Supporting code for cities carbon emissions prediction
datadrivenenvirolab/CT-Solar-Maps
Archive of maps created for the CT Solar Scoreboard project.
datadrivenenvirolab/ejanalysis
Environmental justice analysis tools for R
datadrivenenvirolab/HeatWatch_CH2021_public
Public repo for sharing results and report
datadrivenenvirolab/neighborhoods
datadrivenenvirolab/PreciDatos
datadrivenenvirolab/smogstrippes_web
datadrivenenvirolab/UESIplots
Functions for formatting ggplots within the UESI project
datadrivenenvirolab/citiesnetzeronlp
Repo for Cities Net Zero NLP Study
datadrivenenvirolab/heat-hack-2022
datadrivenenvirolab/meta-analysis-quantifying-subnational-mitigation-solutions
Cities and regions tackle climate change mitigation but often focus on less effective solutions