Home  /  Water  /  Vol: 8 Núm: 6 Par: 0 (2016)  /  Article
ARTICLE
TITLE

Staying the Course: Collaborative Modeling to Support Adaptive and Resilient Water Resource Governance in the Inland Northwest

SUMMARY

Water resource governance, much like the systems it endeavors to manage, must be resilient and adaptive. Effective, resilient and adaptive water resource governance requires continuing stakeholder engagement to address the complex nature of human and natural systems. Engagement is an adaptive and iterative process of education and empowerment, building relationships and trust, and facilitating collaboration. Collaborative modeling is a methodology that integrates diverse stakeholder perspectives, fosters discussions, and creates space for problem identification and consensus-based strategies and solutions to current water resource challenges. We define collaborative modeling broadly, such that it includes a wide range of systems thinking exercises, as well as dynamic models. By focusing on the relationships and interconnections in the system, collaborative modeling facilitates clarification of mental models and the communication of science. We will describe our work in two interstate basins and how it has evolved over time as these basins strive to develop collaborative governance, and find solutions for their water resource challenges.

 Articles related

Neil McIntyre, Mario Angarita, Nicolas Fernandez, Luis A. Camacho, Jillian Pearse, Carme Huguet, Oscar Jaime Restrepo Baena and Juan Ossa-Moreno    

Developing its large-scale mining industry is an economic priority for Colombia. However, national capacity to assess and manage the water resource impacts of mining is currently limited. This includes lack of baseline data, lack of suitable hydrological... see more

Revista: Water

Junxu Chen, Jun Xia, Zhifang Zhao, Si Hong, Hong Liu, Fei Zhao    

Performing a multiscale assessment of water resource vulnerability on the basis of political boundaries and watersheds is necessary for adaptive water resources management. Using the Risk-Exposure-Sensitivity-Adaptability model (RESC model), the water re... see more

Revista: Water

Fengping Li, Guangxin Zhang, Y. Jun Xu    

The Songhua River Basin (SRB) in Northeast China is one of the areas most sensitive to global climate change because of its high-latitude location. In this study, we conducted a modeling assessment on the potential change of water resources in this regio... see more

Revista: Water

D. L. Marrin    

As a management tool for addressing water consumption issues, footprints have become increasingly utilized on scales ranging from global to personal. A question posed by this paper is whether water footprint data that are routinely compiled for particula... see more

Revista: Water

Hua Jin, Qiao Zhu, Xuehua Zhao, Yongbo Zhang    

The assessment of water resource responses to climate change is required in water resource planning and management, protecting environmental quality, and managing watersheds. This study modeled surface runoff and baseflow responses to variations in preci... see more

Revista: Water