Climate adaptation research should consider both climate change and regional climate contexts. Research evaluating the regional climate adaptability of urban spaces helps identify weaknesses of climate resilience in spatial planning. This paper constructs a climate adaptation evaluation indicator system for cities in the severe cold zones of China, and evaluates the temporal-spatial changes of climate adaptability in the central area of Harbin. The evaluation outcome reveals that the overall climate adaptability of the study area generally improved from 2008 to 2017 despite staying at a relatively lower level. There are significant differences in spatial pattern and development of spatial elements of climate adaptability by districts. Accordingly, this paper proposes countermeasures supporting future decision-making on climate adaptation planning for the study area, offering a reference for other cities in the severe cold zones of China.
Jiang, CY; Leng, H; Yuan, Q
Construction of Climate Adaptability Evaluation Indicator System for Urban Spaces in the Severe Cold Zones of China-A Case Study on the Central Area of Harbin
Landscape Architecture Frontiers