代表性论文与论著 |
[1] Zhou, W.*, Matsumoto, K., & Sawaki, M. Potential of traditional domestic rainwater harvesting systems: current trends and future directions, Journal of Asian Architecture and Building Engineering.2023. (A&HCI & SCI) [2] Wang, Y., Matsumoto, K., Wang, R., Zhou, W.* & Sawaki, M. Investigating the potential historic conservation area in China: a case study on 11 old colonial cities, Journal of Asian Architecture and Building Engineering.2023. (A&HCI & SCI) [3] Zhou, W.*, Matsumoto, K., & Sawaki, M. (2023). Understanding the traditional wisdom of harvesting rainwater in household yards: construction and rainwater usage patterns of settlement water cellars in semi-arid China. Journal of Asian Architecture and Building Engineering, 22(2), 589-601. (A&HCI & SCI) [4] Zhou, W.*, Matsumoto, K., & Sawaki, M. (2023). Traditional domestic rainwater harvesting systems: classification, sustainability challenges, and future perspectives. Journal of Asian Architecture and Building Engineering, 22(2), 576-588. (A&HCI & SCI) [5] Zhou, W.*, Matsumoto, K., Lin, Z., & Sawaki, M. (2022). Regional characteristics of the point-like historical water supply facilities of traditional villages in semi-arid China. Journal of Asian Architecture and Building Engineering, 21(2), 633-643. (A&HCI & SCI) [6] Zhou, W.*, Matsumoto, K., & Sawaki, M. (2021). Long-term sustainability of water cellars in traditional Chinese villages: Factors influencing continuous use and effective water management initiatives. International Journal of Environmental Research and Public Health, 18(9), 4394. (SCI) [7] 耿钧,周维楠.论英国园林“自然”观理论与实践中的中国园林基因与元素[J].中国园林,2019,35(07):130-134. |