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A computational approach to analyzing climate strategies of cities pledging net zero

Environmental Studies and Forestry

A computational approach to analyzing climate strategies of cities pledging net zero

S. Sachdeva, A. Hsu, et al.

Discover how a cutting-edge analysis of 318 climate action documents reveals the secrets behind ambitious net-zero targets. Conducted by Siddharth Sachdeva, Angel Hsu, Ian French, and Elwin Lim, this research unveils the dominant role of energy actions while highlighting critical trade-offs in climate action themes. Join us to explore the innovative methodology that makes this study both replicable and scalable.

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Playback language: English
Abstract
This paper analyzes 318 climate action documents from cities with net-zero targets using machine learning-based natural language processing (NLP) techniques. The study aims to identify text patterns predicting 'ambitious' net-zero targets and perform a sectoral analysis to identify patterns and trade-offs in climate action themes. Results show ambitious cities emphasize quantitative metrics and specific high-emitting sectors. Energy-related actions are dominant but often at the expense of other sectors like land-use and climate impacts. The methodology offers a replicable, scalable approach to analyzing climate action plans.
Publisher
npj Urban Sustainability
Published On
Aug 26, 2022
Authors
Siddharth Sachdeva, Angel Hsu, Ian French, Elwin Lim
Tags
climate action
net-zero targets
machine learning
natural language processing
sectoral analysis
energy actions
quantitative metrics
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