The Role of Energy in Transboundary Water Governance
2015
To say the management of water resources in the 21st century is a complex task
is putting it mildly. Balancing anthropogenic and non-anthropogenic water needs while
accounting for variables such as local hydrology, meteorology, and geology, is no easy
task. Throw in the added topological complexity of multiple countries with competing
interests tasked with managing a single transboundary water resource and all of a sudden,
the odds of winning the lottery start to look promising. Nevertheless, the task of managing
the world’s freshwater resources cannot be ignored or left to chance, especially given the
linkages to energy development. The stakes are simply far too high.
When solving any type of problem, one should start by breaking it into manageable
pieces. Complex or overwhelming problems in particular, are more manageable with
fewer or better understood variables. When it comes to water management issues, such
as Transboundary Water Management (TWM), dealing with each basin individually and
understanding the situation’s underlying causes, is critical. There are at least as many solutions
to the management of transboundary waters as there are transboundary river, lake,
or aquifer basins. Approximately 276 river basins cross the political boundaries of two
or more countries1, and are home to approximately 40 percent of the world’s population.
Globally about 30-50% of the world’s population depend on groundwater sourced from
608 transboundary aquifer systems.2
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