Political beliefs and tree canopies in Israel: New insights on urban green space disparities
Year: 2025
Type: article
Abstract: Green spaces moderate adverse climate change effects in urban areas. A GIS dataset on tree canopies within urban areas in Israel is employed to examine disparities in tree canopy availability associated with population political beliefs. Political inclination is identified based on small statistical area votes in national elections using a clustering method. Based on multivariate regression analysis, findings show that areas dominated by politically left-leaning voters are associated with a greater presence of tree canopies, as compared to their right-leaning counterparts. We also find that ethnic background, socioeconomic index score, income level, age, proximity to central business districts and density are associated with the availability of tree canopies. Political belief controls considerably mitigate the observed correlation regarding socioeconomic status. Finally, we apply and compute a Gini measure of inequality in the availability of tree canopies, the decomposition of which underscores the segmentation in tree canopy availability depending on political inclination. Our evidence sheds new light on the existing debate over the extent to which partisanship is associated with climate-relevant behaviors and outcomes, as well as highlights the critical need for policy interventions that prioritize equal access to green spaces across communities. • We explore variation in tree canopies among small urban areas in Israel. • Liberals exhibit significantly wider tree canopy coverage compared to conservatives. • Tree canopies are also associated with population income, age, and ethnic background. • We propose a Gini measure of inequality for the availability of tree canopies.
Source: Land Use Policy
Authors: Danny Ben-Shahar, Dana Nayer
Institution: Tel Aviv University
Language: English
Topic: Urban Green Space and Health
Subfield: Health, Toxicology and Mutagenesis
Field: Environmental Science
Domain: Physical Sciences
Open Access status: hybrid
Estimated APC paid: $3,830
OpenAlex ID: W4411219038