Urban climate research and planning applications in China: a scientometric and long-term review (1963-2018) based on CiteSpace

Abstract

Urban climate research is essential for sustainable development. Few review papers have focused on long-term research and planning applications in China. We conducted a bibliometric review by using CiteSpace to elaborate changes in hot spots, frontiers, development processes, and applications of urban climate research from 1963 to 2018. The identified research could be categorized into 4 major research hot spots: (1) the urban climate effect brought on by urbanization; (2) analysis of meteorological factors and conditions; (3) numerical simulation of urban climate; and (4) urban planning and design in the context of climate change. Moreover, 15 of the most frequently cited key words indicating research frontiers with specific time patterns were detected, and 4 key aspects were identified in terms of research topic: urban climate effects and mechanisms, progress and reform of meteorological service systems, multi-scale numerical modeling, and mitigation and adaptation strategies for addressing climate change. Climate applications in China have undergone changes from the early wind rose map, to the use of multiple meteorological elements as a guide to city planning, and recently, to the adoption of emerging applications. Challenges and prospects, including the probable effects of the government and policies, specific long-standing research gaps, the paradigm shift in urban planning, and the requirement for readily available urban data were also highlighted. This study provides a holistic perspective on the development process of long-term urban climate research in China. The findings may be pivotal in understanding the inner logic behind policies and their implementations and are expected to pave the way for exploring new paths in urban sustainable development and planning transformation.

Research Progress of Urban Floods under Climate Change and Urbanization: A Scientometric Analysis

“…In the network, the size of the nodes, which represent the information about authors or literature, is strictly proportional to the number of publications sent by authors, institutions, or countries, and the larger the nodes, the more articles were published. The links between different nodes reflect their intrinsic relationships, whose thickness directly indicates the close degree of the cooperative relationship [8,93,[105][106][107].…”

“…The occurrence of urban floods is generally related to two main phenomena: the generation of runoff during precipitation events (flash flooding) and the overflow of watercourses (fluvial or overbank flooding) [8]. As for the reasons, on one hand, climate change increases the frequency and intensity of extreme weather, with more intermittent rainstorms, more severe droughts, and higher coastal storm surges [9,10], such as the rainstorms in Europe and northern China in July 2021.…”

Exploring the Global Research Trends of Cities and Climate Change Based on a Bibliometric Analysis

“…There are also several relevant review articles using a bibliometric method in the field of city and climate change. Chen et al [13] conducted a bibliometric review by using CiteSpace to elaborate changes in hotspots, frontiers, development processes, and applications of urban climate research. Qiu et al [14] analyzed the development of urban floods under climate change and urbanization by using CiteSpace and VOSviewer to construct a scientific knowledge map.…”