Dynamic water system modeling: a systematic review

Abstract

Improving water resource management at a global scale is critical at this time. The risks to which bodies of water are currently exposed, whether due to climate change or anthropogenic conditions, affect water availability and quality in basins around the world. Nevertheless, water management has been revealed as a complex problem. In this light, one of the most promising methodologies is building dynamic simulation models, which may include the largest possible number of variables, not just hydrological. In this way, we may gain a broader perspective on all the natural and social dimensions encompassed in basins and, thus, improve decision making for the benefit of the population. This systematic review seeks to report the most representative results from several authors who have developed dynamic models applied to the management of water resources. Herein, special emphasis is placed on water resource management applied to basin models, decision making, and public policies, as well as on the modeling tools used and on model validation. Highlights Studying and assessing water management as a complex system generates multiple benefits.; Dynamic modeling is one of the most powerful methodologies used to describe systems and their behavior.; The dynamic modeling of integrated water resource management is an active field of research.;

Keywords

• complex system
• dynamic modeling
• preferred reporting items for systematic reviews and meta-analyzes methodology
• water management
• water security