That's a growing problem, because in many places, finding water for energy isn't easy - and it's bound to get tougher as energy demands soar and climate change
alters hydrological cycles in already arid regions.
We are
altering the hydrological cycle and the texture of land cover.
However, potential changes in precipitation, for instance due to
an altered hydrological cycle, may counter this effect both regionally and globally.
Not exact matches
Humans
alter that
hydrological cycle through water use demand - irrigation being a large use - and cause changes in water supply by affecting evaporation and runoff.
In turn, the rate of evaporation drives the entire
hydrological cycle by
altering the size and latitudinal positions of the air circulation systems and thus the rate of energy transfer from surface to space.
Variations in ocean circulation speeds account for significant instances of climate change, changing the
hydrological cycle and
altering atmospheric circulation patterns as well.