Tzu-Ming Liu
National Taiwan University
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Publication
Featured researches published by Tzu-Ming Liu.
Paddy and Water Environment | 2009
Tzu-Ming Liu; Ching-Pin Tung; K. Y. Ke; L. H. Chuang; Chun-Hung Lin
The assessment to vulnerability of the water supply system needs several modeling tools and cases to simulate. A decision-support tool which integrates the common procedures of impact assessment of climate change, downscaling, weather generation, hydrological model, and interface for linking system dynamics model is proposed here. In this study, the impact of climatic change and growing water demand to the water supply system in Touchien river basin in Taiwan was derived. The vulnerability for the current water supply system was estimated for present and future conditions. The result demonstrated that the water supply system could meet the water demand in Touchien river basin but might be subjected to serious water shortage due to climatic change and expanded water demand. Results are expected to give the authorized government sectors a hint for instituting water policy and implementing allocation measures for irrigational water.
Hydrological Sciences Journal-journal Des Sciences Hydrologiques | 2013
Hsiang-Kuan Chang; Yih-Chi Tan; Jihn-Sung Lai; Tsung-Yi Pan; Tzu-Ming Liu; Ching-Pin Tung
Abstract Runoff discharge in the Tuku lowlands, Taiwan, has increased with land development. Frequent floods caused by extreme weather conditions have resulted in considerable economic and social losses in recent years. Currently, numerous infrastructures have been built in the lowland areas that are prone to inundation; the measures and solutions for flood mitigation focus mainly on engineering aspects. Public participation in the development of principles for future flood management has helped both stakeholders and engineers. An integrated drainage–inundation model, combining a drainage flow model with a two-dimensional overland-flow inundation model is used to evaluate the flood management approaches with damage loss estimation. The proposed approaches include increasing drainage capacity, using fishponds as retention ponds, constructing pumping stations, and building flood diversion culverts. To assess the effects on the drainage system of projected increase of rainfall due to climate change, for each approach simulations were performed to obtain potential inundation extent and depth in terms of damage losses. The results demonstrate the importance of assessing the impacts of climate change for implementing appropriate flood management approaches. Editor Z.W. Kundzewicz Citation Chang, H.-K., Tan, Y.-C., Lai, J.-S., Pan, T.-Y., Liu, T.-M., and Tung, C.-P., 2013. Improvement of a drainage system for flood management with assessment of the potential effects of climate change. Hydrological Sciences Journal, 58 (8), 1581–1597.
Applied Energy | 2013
Ching-Pin Tung; Tze-Chi Tseng; An-Lei Huang; Tzu-Ming Liu; Ming-Che Hu
Paddy and Water Environment | 2013
Jie-Lun Chiang; Tzu-Ming Liu
Water | 2016
Hailu Sheferaw Ayele; Ming-Hsu Li; Ching-Pin Tung; Tzu-Ming Liu
Terrestrial Atmospheric and Oceanic Sciences | 2016
Hailu Sheferaw Ayele; Ming-Hsu Li; Ching-Pin Tung; Tzu-Ming Liu
Terrestrial Atmospheric and Oceanic Sciences | 2017
Ming-Hsu Li; Kai-Jia Tseng; Ching-Pin Tung; Dong-Sin Shih; Tzu-Ming Liu
Journal of Water and Climate Change | 2015
Chia-Chi Lee; Ching-Pin Tung; Tzu-Ming Liu; Jung-Hsuan Tsao; Gin-Rong Liu; Yi-Chang Chiang; Kuo-Ching Huang
Archive | 2010
Tzu-Ming Liu; Ching-Pin Tung; Pao-Shan Yu; Ming-Hsu Li
Archive | 2006
Ching-Pin Tung; Yun-Ju Chen; Szu-Wei Chen; Tzu-Ming Liu