Collective Aquifer Governance: Dispute Prevention for Groundwater and Aquifers through Unitization

Groundwater governance models need to consider the holistic approach of incorporating valuable storage space in the aquifer, as well as the transformative changes in managed recharge of manufactured water, storm water, and carbon. This involves linking public and private aspects of water quantity, water quality, geothermal regulation, property rights, subsurface storage rights, water marketing, water banking, legal jurisdictions, and other components into a single governance document. This style of agreement stands in contrast to the siloed approach currently applied to aquifer resources, and this book demonstrates how application of the principles of unitization agreements to aquifers could provide a new approach to aquifer governance models.

Format: Hardback
Length: 200 pages
Publication date: 03 February 2022
Publisher: Cambridge University Press

Groundwater governance models have traditionally prioritized water allocation, overlooking the valuable storage space within aquifers and the transformative changes in managed recharge of manufactured water, storm water, and carbon. To achieve effective implementation of a more modern approach, it is crucial to reevaluate both scale and jurisdictional boundaries. This involves integrating public and private aspects of water quantity, quality, geothermal regulation, property rights, subsurface storage rights, water marketing, water banking, legal jurisdictions, and other components into a unified governance document. This approach contrasts with the current siloed approach to aquifer resources management.

This book employs case studies and an activity inspired by gaming concepts to explore the incentives and challenges associated with aquifer governance approaches. By applying the principles of unitization agreements to aquifers, the book demonstrates how a new approach to aquifer governance models can be developed.

The importance of holistic groundwater governance cannot be overstated, as it ensures the sustainable use of this valuable resource for generations to come. By integrating various aspects of water management, including storage, recharge, and quality, we can develop more resilient and sustainable water systems.

Weight: 523g
Dimension: 251 x 176 x 17 (mm)
ISBN-13: 9781107172081