A quantitative geography researcher specializing in the use of geospatial analysis to understand the outcomes of human-environment interactions. She obtained a Master of Science and a PhD in Engineering from the University of Manchester and Sichuan University. Her main research interests are associated with historical urban protection planning, climate adaptation (temporal and spatial sequence), cultural heritage resource protection and high-quality living environment construction. Much of her research activity is motivated by the need to develop sustainable responses to current and future environmental challenges. She therefore often work in multi-disciplinary teams and in collaboration with stakeholders.

Representative research results.

Books/Book chapters

"Urban and Rural Reconstruction Planning and Management" (ISBN: 978-7-5690-2030-4), Sichuan University Press.

Journal papers

1. Li Qiushan, Kapilijiang Wumer, Ishikawa Mikiko, Path Analysis of Sustainable Development of Traditional Settlement of Linpan in Western Sichuan from the Perspective of Genetics[J], Regional Research and Development,2020,39(3).

2. Mikiko Ishikawa, Li Qiushan & Sae Yokoyama, 2020. Research on green space planning in the reconstruction of the Dujiangyan Irrigation and Sichuan Earthquake in China and the conservation and restoration of linpan in rural areas. Proceedings of Urban Planning, 55 (3), pp.753-760.

3. Li, Q.; Wumaier, K.; Ishikawa, M. The Spatial Analysis and Sustainability of Rural Cultural Landscapes: Linpan Settlements in China’s Chengdu Plain. Sustainability. 2019, 11,4431.

4. Li, Q., Umaier, K. and Koide, O., 2019. Research on post-Wenchuan earthquake recovery and reconstruction implementation: A case study of housing reconstruction of Dujiangyan City. Progress in Disaster Science, 4, p.100041.

5. Li Qiushan, Kapilijiang Wumer, Koide Osamu. Research on the Water Ecological Security Pattern Based on Water Base Recognition—Taking

Dujiangyan City as an Example[J]. Geographic Information World,2019,26(06):14-20.

6. Li Qiushan, Kapilijiang Wumer, Research on Housing Reconstruction Models after Wenchuan Earthquake—Taking Dujiangyan Central City District as an Example[J] Journal of Emergency Management. 2018, (3):167-182.

7. Li Qiushan, KabiliJiang Wumaier, Research on the Creation Model of Special Towns and the Optimization of Planning Structure. Proceedings on the Theory and Practice of Small (City) Town Planning with Chinese Characteristics. 2019:19-25.

8. Li Qiushan, Analysis of spatial layout and location of public toilets in Chengdu[J]. Urban Geography, 2016,(10):34-36.

Awards

1. "Research on the Creation Model of Special Towns and the Optimization of Planning Structure" , Outstanding Paper Award, Planner · Nanchang Forum. 2018

2. "Dujiangyan Park City · Western Sichuan Linpan settlement Protection and Repair" Sino-Japanese joint landscape design competition, Outstanding Work Award. 2019

3.  The first global solicitation for the construction of characteristic towns (blocks) in Chengdu and Linpan protection and restoration planning and design plans in western Sichuan, Second prize. 2020

Scientific research project

1. Research on the protection and sustainable development of traditional settlements in the western Sichuan forest disk under the strategy of rural revitalization, 2018-2019, the Basic research project of Central University of Sichuan University. Main researcher.

2. Research on the Value Evaluation and Protection Strategy of Cultural Heritage of Agricultural Traditional Settlements, 2019-2020, the Basic research project of Central University of Sichuan University. Main researcher.

3.The 14th Five-Year Plan for the Construction of Emergency Management System in Chenghua District, Chengdu, 2020.12-2021.04, Principal Investigator.

4. "Fourteenth Five-Year Plan" for Comprehensive Disaster Prevention and Mitigation in Chengdu Directly Managed District, Tianfu New District, Sichuan, 2020.12-2020.04, Principal Investigator.

Cultivation of talents

As the instructor of the 2020 "International Disaster Reduction and Emergency Management Innovation Class" of Sichuan University.