期刊： WATER INTERNATIONAL, 2021; 46 (2)
There are many important linkages between land, freshwater and oceans. Source-to-sea (S2S) management has been proposed to support environmental manag......
期刊： WATER INTERNATIONAL, 2021; 46 (2)
The paper examines source-to-sea (S2S) systems under international law from the perspective of the community-of-interests doctrine. It positions S2S s......
期刊： WATER INTERNATIONAL, 2021; 46 (1)
During the process of bridging conflicting water interests, cooperation and conflict tend to co-exist. The main aim of this research is to identify th......
期刊： WATER INTERNATIONAL, 2020; 45 (3)
This study focuses on the water use characteristics and impact factors in the Yellow River basin. Water use increased from 1980 to 2000 and then stabi......
期刊： WATER INTERNATIONAL, 2020; 45 (5)
Using a critical hydropolitics approach, we broaden the context of the Transboundary Water Interaction Nexus framework to provide a tool to analyze in......
期刊： WATER INTERNATIONAL, 2020; 45 (6)
Smart water management (SWM) brings technological sophistication to water governance by providing monitoring, operational and communications capacitie......
期刊： WATER INTERNATIONAL, 2019; 44 (5)
One of China's flood protection strategies is to create flood retention areas. This article focuses on how China deals with the infringements of prope......
期刊： WATER INTERNATIONAL, 2019; 44 (8)
A Coupled Infrastructure Systems perspective is applied to three cases in north-western China to explain how and why water rights systems and water ma......
期刊： WATER INTERNATIONAL, 2018; 43 (5)
The Heilongjiang River has played the role of wind vane and barometer in the long history of Sino-Russian relations. From the seventeenth century, as ......
期刊： WATER INTERNATIONAL, 2018; 43 (7)
This study summarizes the progress of the coordinated management of routine and emergency water resources globally and then investigates the Chinese s......
期刊： WATER INTERNATIONAL, 2018; 43 (2)
To identify the indicators of adaptive capacity that determine vulnerability of households, an intensive investigation was conducted in farming commun......
期刊： WATER INTERNATIONAL, 2017; 42 (4)
Increased use of reclaimed water could be one of the solutions to Beijing's growing water shortage, particularly for non-potable (e.g. landscaping) pu......
期刊： WATER INTERNATIONAL, 2017; 42 (4)
A function model was used to quantify the vulnerability of the Haihe River basin on the basis of sensitivity, adaptability of the water resources syst......
