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Zhaohui Yang, G. Mathias Kondolf, Jie Du and Luyao Cai
The conflict between urban energy supply and demand is becoming increasingly evident. One aspect that consumes a great deal of this energy is the allocation of urban water resources. This study proposes a new scheme for rationally allocating urban water ...
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Chantha Oeurng, Thomas A. Cochrane, Sarit Chung, Mathias G. Kondolf, Thanapon Piman and Mauricio E. Arias
The Tonle Sap is the most fertile and diverse freshwater ecosystem in Southeast Asia, receiving nurturing water flows from the Mekong and its immediate basin. In addition to rapid development in the Tonle Sap basin, climate change may threaten natural fl...
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G. Mathias Kondolf and Alan Farahani
Sedimentation is a major issue for water systems worldwide, but the need for sustainable sediment management is rarely addressed. This article surveys the problem of sedimentation in the contemporary sphere in addition to drawing on archaeological eviden...
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Zan Rubin, G. Mathias Kondolf and Blanca Rios-Touma
Two decades since calls for stream restoration projects to be scientifically assessed, most projects are still unevaluated, and conducted evaluations yield ambiguous results. Even after these decades of investigation, do we know how to define and measure...
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Pedro J. Pinto and G. Mathias Kondolf
The San Francisco Bay (CA, USA) and the Tagus Estuary (Lisbon, Portugal) share striking similarities in terms of morphology and urban development. A finer analysis of development patterns reveals crucial differences in the extent of shoreline alteration ...
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