Dr. Heyi Wei
Email: weihy@jxnu.edu.cn
heyiwei@cuhk.edu.hk
WeChat Official Account: GeoDesigner
Personal Account: Hollyee_Wei
Ziyang Road No. 99, Nanchang City, China.
Professor (Associate) of Urban Planning and Landscape Architecture.
Founding Director for the Geodesign Research Centre, Jiangxi Normal University.
Supervisor for Master Candidates in Urban and Rural Planning, Environmental Design, and PhD Candidates in Geographic Information Sciences (GISci).
Expert Reviewer for National Parks and Natural Conservation Projects, and for Scenic Areas and World Heritage Projects, Jiangxi Provincial Forestry Bureau.
Thesis Reviewer for Ministry of Education's Degree and Postgraduate Education Research Center.
Evaluation Expert of Nanchang Science and Technology Bureau Project.
Distinguished Expert at China Telecom Emergency Research Institute. |
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University of Glasgow (UK)
Visiting Scholar, Geography ＆ Earth Science
The Chinese University of Hong Kong (HK)
Research Associate, Urban Planning ＆ Management
Newcastle University (UK)
Visiting Researcher, Landscape Architecture
Wuhan University (China)
Ph.D, Landscape Architecture |
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My research primarily focuses on theoretical studies applying digital technology to urban planning, landscape planning, as well as Geographic Information extraction, management, and analysis. It includes, but is not limited to, the following aspects:
Geodesign
Data Mining, Management, and Analytics
GIS＆RS Applications for Urban Science
Urban and Regional Planning
Digital Landscape Planning
Digital Simulation and Urban Biodiversity
Decision Support Systems |
- PEER REVIEWED ARTICLES ＆ BOOKS
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Google Scholar profile: https://scholar.google.com
Articles:
2023
20. Feasibility assessment of solar photovoltaic deployments on building surfaces with the constraint of visual impacts. Environment and Planning B: Urban Analytics and City Science 50:1591-1606. (SSCI)
19. Refining the Potential Visual Exposure Index for the Assessment of Residential Visual Privacy: A Three-Dimensional Study. Journal of Asian Architecture and Building Engineering 22 (3): 1458-1475. (SCI＆AHCI)
2022
18. Spatiotemporal evolution of travel pattern using smart card data. Sustainability 14:9564. (SCI＆SSCI)
17. Forest Quality and Available Hostplant Abundance Limit the Canopy Butterfly of Teinopalpus aureus. Insects 13 (12): 1082. (SCI)
16. 地理设计框架：一种区域规划模式与决策方法. 江西师范大学学报(自然科学版) 46(06): 575-584.
15. 基于地理设计框架和SDGs评估体系的区域规划方法. 风景园林 29(05): 82-88.
2021
14. A Quantitative Method for Evaluation of Visual Privacy in Residential Environments. Buildings 11: 272. (SCI)
13. A Digital Framework to Predict the Sunshine Requirements of Landscape Plants. Applied Sciences 11(5): 2098. (SCI)
12. 城市绿色基础设施：概念、分类及其价值. 江西师范大学学报(自然科学版) 45(03): 246-254.
2019
11. 城镇多样化日照辐射环境与景观植物适应性规划策略. 江西师范大学学报(自然科学版) 43(04): 433-440.
10. 景观资源整合背景下生态承载力研究综述. 鄱阳湖学刊 (3): 100-111.
9. 一种预测园林植物日照需求数值的数字框架. 中国风景园林学会2019年会, 中国上海.
8. UP-DSS:一种基于日照适应性的景观植物选择与群落配置决策支持系统. 江汉大学学报(自然科学版) 47(03): 258-264.
2018
7. 英国绿色基础设施规划及其战略意义——以“纽卡斯尔-盖茨赫德战略规划为例. 江西师范大学学报(自然科学版) 42(02): 179-186.
2017
6. A Decision Support System for Plant Optimization in Urban Areas with Diversified Solar Radiation. Sustainability 9(2): 215. (SCI＆SSCI)
2016
5. 基于数字技术视角的景观规划和景观设计比较研究. 武汉理工大学学报(社会科学版) 29(06): 1054-1059.
2015
4. From Experience-Oriented to Quantity-Based: A Method for Landscape Plant Selection and Configuration in Urban Built-Up Areas. Journal of Sustainable Forestry 34(8): 698-719. (SCI＆EI)
3. 基于GIS光照因子分析的园林植物选择和配置-以浙江省桐乡市某小区为例. 风景园林 (06): 60-66.
2014
2. 地理设计视角下的景观规划设计理论、需求及技术实现. 风景园林 (04): 53-57.
1. 从 ASLA 年会议题看美国 LA 研究的发展趋势. 中国园林 (3): 91-95.
Books:
魏合义, 刘学军. 城市环境生态学. 武汉大学＆WILEY出版社, 2021.
魏合义. 基于日照需求的景观植物选择及其群落配置决策方法. 科学技术文献出版社, 2020.
- INTERNATIONAL CONFERENCES
16. Wei, H. (2024). Transforming Urban Leaving with AI and Digital Twins, Alan Turing Institute and Urban Big Data Centre. November 12-13, Glasgow, UK. (Participate)
15. Wei, H. (2024). Investigation of Tree Damage in Urban Residential Areas: Current Situation, Causes, and Mitigation Strategies. July 26-28, Harbin, China. (Oral presentation)
14. Wei, H. (2024). IGC-2024 Annual Meeting. International Geodesign Collaboration. April 10-11, Redlands, ESRI, California, USA.
13. Wei, H. (2022). The 23rd Annual International Digital Landscape Architecture Conference HYBRID. Jun 9-10, GSD, Harvard University, Boston, USA.
12. Wei, H. (2022). Geodesign Summit ＆ International Geodesign Collaboration Meeting. April 11-13, Redlands, ESRI, California, USA.
11.Wei, H. (2021). IGC-2021 Member Meeting. International Geodesign Collaboration 2021 Meeting. June 19-21, Redlands, ESRI, California, USA. (Group discussion)
10. Wei, H., Jiang, W., Huang, Z., Liu, X. (2020). What eco-factors are the driving forces for the spatial distribution of urban plant species in build-up areas? IACP Conference 2020. December 05-13, Shenzhen, China. (Oral presentation)
9. Wei, H., Jiang, W. (2020). Geodesign regulates the biodiversity protection and resident demand. International Geodesign Collaboration 2020 Meeting (IGC 2020). February 22-24, Redlands, ESRI, California, USA. (Poster and oral presentation)
8. Huang, L., Liu, X., Wei, H. (2020). In Urban Rainfall Forecasting Method Based on Multi-model Prediction Information Fusion. 6th International Conference on Information Management (ICIM). IEEE: 210-214. (Conference paper)
7. Luo, T., Liu, X., Zhang, J. and H. Wei (2020). An Analysis Study of the Impact of Urbanization on Rainfall in Wuhan. IOP Conference Series: Earth and Environmental Science, 455: 012205. (Conference paper)
6. Wei, H., Liu X. (2019). A digital framework for predicting the sunshine requirement value of landscape plants. Annual Meeting Chinese Society of Landscape Architecture 2019 (CHSLA). October 19-21, Shanghai, China. (Oral presentation and conference paper)
5. Wei, H., Liu X. (2019). UP-DSS：A decision support system for landscape plant selection and community configuration based on the sunshine adaptability. 16th International Conference on Computers in Urban Planning and Urban Management (CUPUM), July 8-12, Wuhan, China. (Poster)
4. Wei, H., Chen, X. (2017). A decision support method for urban plant selection based on the habits of sunshine requirement. Council of Educators in Landscape Architecture (CELA), Beijing: Tsinghua University, Peking University, and Beijing Forestry University. (Oral presentation)
3. Wei, H. (2016). A decision method for urban plant selection and community optimization based on the sunshine requirements. Urban and rural planning academic forum by five school joint, Wuhan: Wuhan University. (Oral presentation)
2. Wei, H. (2014). A discussion on the landscape architecture research trends in the USA based on the analysis of the ASLA annual meeting topics. Doctoral academic conference from Middle East Technical University (METU, Turkey), Wuhan: Wuhan University. ( Oral presentation)
1. Wei, H. (2013). Study on new trends in American LA from the ASLA annual meeting. Doctoral forum for China’s first national landscape architecture. 2013, Tianjin: Tianjin University. (Oral presentation) |
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Each year, 1~3 academic master's students can be admitted in the fields of Urban and Rural Planning, Urban and Regional Planning (Geography), and Environmental Design (Design). Undergraduate students with a strong foundation in mathematics, English proficiency, or computer skills (GIS & RS or data mining) are welcome to apply (preferably possessing one of these qualifications).
可在城乡规划学、城市与区域规划(地理学)、环境设计(设计学)方向，每年招收学术型硕士研究生1~3名。欢迎具有较好数学基础、英文水平或计算机技术(GIS＆RS或数据挖掘)的本科生报考(最好具备其一)。 |
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Urban Science and Digital Technology (Master's Course)
Remote Sensing Image Processing and Analysis (Master's Course).
Ecology of Urban Environment (Undergraduate Course).
GIS Application in Landscape Architecture (Undergraduate Course).
Computing Essentials (Undergraduate Course). |
9. National Natural Science Foundation of China(No. 32460418), Funded 371,100 RMB, PI.
8. National Natural Science Foundation of China(No. 31860233), Funded 476,200 RMB, PI.
7. National Natural Science Foundation of China(No. 51579182), Funded 630,000 RMB, Co-PI.
6. National Natural Science Foundation of China(No. 42261046), Funded 330,000 RMB, Co-PI.
5. Jiangxi Provincial Department of Education Science and Technology Plan(No. GJJ160342), Funded 20,000 RMB, PI.
4. Educational Ministry Coordinated Education Project(No. 230717291407242), Funded 10,000 RMB, PI.
3. Jiangxi Normal University Talent Cultivation Project(No. 2017), Funded 90,000 RMB, PI.
2. Key Project of Teaching Reform at Jiangxi Normal University(No. JXSDJG1811), Funded 12,000 RMB, PI.
1. Teaching Reform Project of Jiangxi Normal University(No. JXSD202449), Funded 3000 RMB, PI.
2. Dynamic Update of Nanchang City Territorial Spatial Planning Data, funded 1900,000 RMB, PI.
1. Nanchang High-tech Zone Community Planner Pilot Project, funded 479,600 RMB, PI.
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