Approaching moisture recycling governance

Author(s): Keys, P., Wang-Erlandsson, L., Gordon, L.J., Galaz, V., Ebbesson, J.
In: Global Environmental Change Volume 45, July 2017, Pages 15–23, DOI: https://doi.org/10.1016/j.gloenvcha.2017.04.007
Year: 2017
Type: Journal / article
Theme affiliation: Landscapes, Stewardship
Link to centre authors: Galaz, Victor, Gordon, Line, Wang-Erlandsson, Lan
Full reference: Keys, P., Wang-Erlandsson, L., Gordon, L.J., Galaz, V., Ebbesson, J. 2017. Approaching moisture recycling governance. Global Environmental Change Volume 45, July 2017, Pages 15–23, DOI: https://doi.org/10.1016/j.gloenvcha.2017.04.007

Summary

The spatial and temporal dynamics of water resources are a continuous challenge for effective and sustainable national and international governance. The watershed is the most common spatial unit in water resources governance, which typically includes only surface and groundwater. However, recent advances in hydrology have revealed ‘atmospheric watersheds’ – otherwise known as precipitationsheds. Water flowing within a precipitationshed may be modified by land-use change in one location, while the effect of this modification could be felt in a different province, country, or continent.

Despite an upwind country's ability to change a downwind country's rainfall through changes in land-use or land management, the major legal and institutional implications of changes in atmospheric moisture flows have remained unexplored.

Here we explore potential ways to approach what we denote as moisture recycling governance. We first identify a set of international study regions, and then develop a typology of moisture recycling relationships within these regions ranging from bilateral moisture exchange to more complex networks. This enables us to classify different types of possible governance principles and relate those to existing land and water governance frameworks and management practices.

The complexity of moisture recycling means institutional fit will be difficult to generalize for all moisture recycling relationships, but our typology allows the identification of characteristics that make effective governance of these normally ignored water flows more tenable.

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