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Xuan Pang
Xuan Pang
Department of Civil Engineering, The University of Hong Kong, Hong Kong SAR
Zweryfikowany adres z connect.hku.hk - Strona główna
Tytuł
Cytowane przez
Cytowane przez
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Regional patterns of extreme precipitation and urban signatures in metropolitan areas
Y Zhang, X Pang, J Xia, Q Shao, E Yu, T Zhao, D She, J Sun, J Yu, X Pan, ...
Journal of Geophysical Research: Atmospheres 124 (2), 641-663, 2019
472019
Urban hydrological responses to climate change and urbanization in cold climates
X Pang, Y Gu, S Launiainen, M Guan
Science of the Total Environment 817, 153066, 2022
272022
Linking downstream river water quality to urbanization signatures in subtropical climate
X Pang, Y Gao, M Guan
Science of the Total Environment 870, 161902, 2023
92023
城市雨洪模拟与年径流总量控制目标评估
庞璇, 张永勇, 潘兴瑶, 杨默远
Resources Science 41 (4), 803-813, 2019
52019
Urban stormwater simulation and assessment of the control rate of total annual runoff: A case of the Future Science and Technology Park in Beijing
P Xuan, Z Yongyong, PAN Xingyao, Y Moyuan
Resources Science 41 (4), 803-813, 2019
42019
Long-term urban river flow water quality and hydrological responses in subtropical climates
X Pang, M Guan
2nd IAHR Young Professionals Congress, 157, 2021
12021
Influence of construction works on urban streamflow water quality variations
X Pang, M Guan
Science of The Total Environment 955, 176852, 2024
2024
The changes of streamflow quality and quantity under urban development impact
X Pang
HKU Theses Online (HKUTO), 2024
2024
Urban Runoff Responses to Construction Works and Blue-Green Infrastructures in subtropical climate
X Pang, M Guan
40th IAHR World Congress, 2023
2023
Urban hydrological responses to blue-green infrastructures in subtropical climates
X Pang, M Guan
15th International Conference on Urban Drainage (ICUD2021), 2021
2021
城市雨洪模拟与城市化径流效应评估: 以北京市未来科技城地区为例
庞璇
2019
Long-term variations of urban extreme precipitation and mean temperature linking to urbanization in the last 35 years, China
X Pang, Y Zhang, Z Hao, D She
2017
Rivers at Wet Seasons Exhibit Predominant Self-Purification Capacity than Dry Seasons at Subtropical Climate
X Pang, M Guan
Available at SSRN 5074118, 0
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