Resilient development refers to the social and economic development that does not bring damages (e.g., fatalities, accidents, landslides, flooding, loss of biodiversity, infections) to nature and humans and protects nature and humans from damages caused by natural disasters, human activities, and crises like pandemics, etc. Pre-event preparedness, during-event actions, and after-event recovery and re-growth are three domains of resilient development. This transdisciplinary field fosters human resources that can contribute to resilient development related to disaster prevention and adaptation, safety and security, biodiversity conservation, pandemic control and recovery, and social inclusion, etc.
Related representative research achievement
Shuangjin Li, Junyi Zhang*, Michiko Moriyama, Kana Kazawa (2022) Spatially heterogeneous associations between the built environment and objective health outcomes in Japanese cities . International Journal of Environmental Health Research (Published online: 07 Jun 2022)
Junyi Zhang* (2021) People’s responses to the COVID-19 pandemic during its early stages and factors affecting those responses . Nature – Humanities and Social Sciences Communications, 8: 37, https://doi.org/10.1057/s41599-021-00720-1 [highly cited paper]
Shuang Ma, Shuangjin Li, and Junyi Zhang* (2021) Diverse and nonlinear influences of built environment factors on the spread of COVID-19 across townships in China at its initial stage . Nature – Scientific Reports
Junyi Zhang*, Yoshitsugu Hayashi, Lawrence D. Frank (2021) COVID-19 and Transport: Findings from a world-wide expert survey . Transport Policy, 103, 68-85 [highly cited paper and hot paper]
Badriana, M.R. , and Lee H.S.*, 2021. Multimodel Ensemble Projections of Wave Climate in the Western North Pacific using CMIP6 Marine Surface Winds. J. Mar. Sci. Eng. , 9(8), 835. Open access Junyi Zhang* (2020) Transport policymaking that accounts for COVID-19 and future public health threats: A PASS approach . Transport Policy, 99, 405-418. [highly cited paper]
Cabrera J. and Lee H.S.*, 2020. Flood risk assessment for Davao Oriental in the Philippines using geographic information system‐based multi‐criteria analysis and the maximum entropy model. J. Flood Risk Manag., 2020, 13(2); e12607. Open access [highly cited paper] Tuqiang Zhou, Junyi Zhang* (2019) Analysis of commercial truck drivers’ potentially dangerous driving behaviors based on 11-month digital tachograph data and multilevel modeling approach . Accident Analysis and Prevention , 132, 105256 [doi: 10.1016/j.aap.2019.105256] [highly cited paper]
Related TSE members
(in alphabetical order)
Faculty members Transdisciplinary Fields Major Discipline CHIKARAISHI Makoto Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Transportation engineering FENG Tao Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Transportation engineering, Regional and urban planning, Informatics FUJIWARA Akimasa Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Transportation engineering, Environmental engineering HASEGAWA Takumi Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Physics HOSAKA Tetsuro Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Biology ICHIKAWA Takayuki Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Environmental engineering ISHIDA Takuya Green & Low-carbon Development ; Resilient Development ; Science Development Agriculture, Environmental science KANG Jing Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Regional and urban planning, Environmental engineering KASHIMA Saori Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Public health KISHIBA Seigo Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Informatics KODAMA Mei Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Informatics KUBOTA Tetsu Smart Development ; Green & Low-carbon Development ; Resilient Development Architecture LEE Han Soo Smart Development ; Green & Low-carbon Development ; Resilient Development Coastal and Ocean engineering NAKABAYASHI Miyabi Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Biology NISHINA Daisaku Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Architecture OGITA Norio Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Physics ONODERA Shin-ichi Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Environmental science, Earth and planetary science OZAWA Hisashi Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Earth and planetary science QUAN Nguyen Van Resilient Development ; Science Development Agriculture, Biology SAITO Mitsuyo Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Environmental science, Earth and planetary science SEIKE Miho Smart Development ; Resilient Development ; Science Development Transportation engineering SHARIFI Ayyoob Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Regional and urban planning, Environmental science SUZUKI Shunya Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Informatics TAGUCHI Ken Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Physics TANAKA Shinpei Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Physics TASHIMA Kouichi Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Informatics VARGHESE Varun Smart Development ; Green & Low-carbon Development ; Resilient Development Transportation engineering WATANABE Hidenobu Smart Development ; Resilient Development ; Science Development Informatics WATANABE Sonoko Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Agriculture, Biology XUAN Tran Dang Smart Development ; Green & Low-carbon Development ; Resilient Development ; Science Development Agriculture, Biology YOKOYAMA Tadashi Green & Low-carbon Development ; Resilient Development ; Science Development Earth and planetary science
* in alphabetical order
