Water in the XXI century has become the primary factor for sustainable development, eradication of poverty and reversal of ecosystem degradation. Increasing water demand for agriculture and urbanisation, combined with pollution, eutrophication and amplification of the stochastic character of climatic processes, increases water limitations for ecosystems and societies. The transdisciplinary scie...

Potential conflicts arising from competing demands of complex water resource systems require a holistic approach to address the tradeoff landscape inherent in freshwater ecosystem service evaluation. The Water Evaluation and Planning model version 21 (WEAP21) is a comprehensive integrated water resource management (IWRM) model that can aid in the evaluation of ecosystem services by integrating ...

The development of industrialization and urbanization has intensified the coupling human activities hydrological processes promoted emergence socio-hydrology. This paper addresses issue socio-hydrology due to new social demand for sciences sustainable development. Four key scientific issues are identified through systematic analysis summary relative research international progress, i.e., (1) lo...