
NPR:
Steve Arthur practically lives out of his truck these days.
He runs one of Fresno’s busiest well-drilling companies, and hustles up and down the highway to check on drilling rigs that run 24 hours a day.
“It’s officially getting crazy,” Arthur says. “We go and we go but it just seems like we can’t go fast enough.”
Drilling in California isn’t just for oil and gas — it’s for water. And during this severe drought, farmers and ranchers are relying heavily on pumping groundwater. Counties in the farm-rich Central Valley are issuing record numbers of permits for new wells. But the drilling frenzy could threaten the state’s shrinking underground aquifers.
Arthur says he’s lucky if he gets three hours of sleep a night.
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State officials estimate water tables in some parts of the Central Valley have dropped 100 feet below historical lows. Groundwater pumping could also put more stress on the San Andreas Fault, which has moving plates that can cause earthquakes.
And those aren’t the only consequences.
“We’re on a one-way trajectory towards depletion, towards running out of groundwater,” says Jay Famiglietti, a University of California hydrologist and a leading expert on groundwater. He points out California’s the only Western state that doesn’t really monitor or regulate how much groundwater is pumped.
“So it’s not unlike having several straws in a glass, and everyone drinking at the same time, and no one really watching the level,” Famiglietti says.
That could change. A bill making its way through the California legislature could begin requiring local agencies to track, and in some cases, even restrict groundwater pumping. Some farmers oppose it, saying it’s a violation of their private property rights.
CleanTechnica:
One of wind energy’s most overlooked benefits is that it requires virtually no water to produce electricity, while almost all other electricity sources evaporate tremendous amounts of water. In 2008, the nation’s thermal power plants withdrew 22 to 62 trillion gallons of freshwater from rivers, lakes, streams, and aquifers, and consumed 1 to 2 trillion gallons. By displacing generation from these conventional power plants, U.S. wind energy currently saves around 35 billion gallons of water per year, the equivalent of 120 gallons per person or 285 billion bottles of water.
Wind energy’s water-saving benefits have received increased attention in recent weeks, with record wind and solar output helping to keep the lights on amidst the severe drought afflicting California and a new Department of Energy report focused on the energy-water nexus:
California is currently facing a record drought, and unfortunately climatologists view this as a harbinger of coming climate change. As of June 1, California’s precipitation stood at only 61 percent of average, the remaining snowpack was around 2 percent of average, and the state’s main reservoirs held only 50-70 percent of their average water storage.

Continue reading “In Grim California Drought, Renewables a Bright Spot”