The evolution of social-ecological system interactions and their | ResearchBunny

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Abstract

This study investigates the evolving impact of socio-ecological systems (SESs) on the urban thermal environment (UTE) of 136 Chinese urban areas from 2000–2021 using satellite observations. Results show a nonlinear intensification of UTE, with a growing number of cities implementing mitigation measures. Spatio-temporal UTE patterns are strongly influenced by social and ecological factors and their interactions; higher SES status correlates with stronger UTE reduction trends. The findings highlight the need for integrated strategies promoting win-win solutions for urban society and ecology in heat mitigation.

Publisher

npj Urban Sustainability

Published On

Jan 22, 2024

Authors

Bin Chen, Fanhua Kong, Michael E. Meadows, Huijun Pan, A-Xing Zhu, Liding Chen, Haiwei Yin, Lin Yang

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