A beer company chimes in on saving the Colorado

And I find this just as a friend from New Mexico tells me of some rather horrible water conservation mayhem in her neck of the woods, so I'm going to get on top of some research -- oooh, content. This blog might have content!



(Note: On a scale of NSFWness, this is a 3 on a 1-10 scale, where 1 is Mister Rogers.)

Sierra Nevada watershed

Three years ago, I took this video at the Army Corps of Engineers Bay Model visitor's center in Sausalito, California.



It illustrates with LEDs the storage of fresh water in snow and ice in the Sierra Nevada, and its flow down the slopes, through the valley, and out to sea through the Delta and San Francisco Bay.

If climate change warms up and dries out California in the summer, as models currently predict, less water will be stored as snow over the winter, leaving less fresh water to flow out to sea and through the Delta in the summer. Not only will this mean less fresh water for immediate human use, but less for agriculture, wildlife, and fresh/salt balance in the Delta.

On first seeing the Colorado River Basin

Deer Creek Falls - Grand Canyon
Originally uploaded by Al_HikesAZ.

From John Wesley Powell's journey through the Grand Canyon, leading a team of the first people to go down the Colorado River in boats:

The upper two-thirds of the basin rises from four to eight thousand feet above the level of the sea. This high region, on the east, north, and west, is set with ranges of snow-clad mountains, attaining an altitude above the sea varying from eight to fourteen thousand feet. All winter long, on its monutain-crested rim, snow falls, filling the gorges, half burying the forests, and covering the crags and peaks with a mantle woven by the winds from the waves of the sea -- a mantle of snow. When the summer-sun comes, this snow melts, and tumbles down the mountain-sides in millions of cascades. Ten million cascade brooks unite to form ten thousand torrent creeks; ten thousand torrent creeks united to form a hundred rivers beset with cataracts; a hundred roaring rivers unite to form the Colorado, which rolls, a mad, turbid stream, into the Gulf of California

My battered copy of this book, which I bought for 25 cents from a box in front of a small used-bookstore, is one of the geographilic books I can just lie around and read bits of, over and over again.



John Wesley Powell , with one arm, with food supplies that got wet and moldy over the weeks, with boats and crew gradually wearing out and falling apart, or leaving the party, made it, more than once, from one end of the Colorado to the other, and wrote richly about what he saw there.




Of course, then we submerged many of his cataracts and fern-lined canyons with the reservoir that bears his name.

Robert Glennon on the water crisis

Robert Glennon discusses the water crisis with Jon Stewart:

Robert Glennon

The Daily Show With Jon Stewart	Mon - Thurs 11p / 10c
www.thedailyshow.com
Daily Show Full Episodes

Thanks to Aquafornia for the link pointer.

(Perhaps we shouldn't be drinking from the toilets, but why not put a hand-wash basin on top of the toilet?)

Sharing water in the Klamath Basin

Rain - Klamath Basin National Wildlife Refuge
Originally uploaded by ex_magician.

Dangit, I finally just got the Klamath Water Wars book (Water War in the Klamath Basin: Macho Law, Combat Biology, and Dirty Politics) as a birthday present from my friend Sue ... and now, finally, the war is over. No?

The Klamath Tribes and farmers have agreed to drop their state water rights battle pending approval of a federal agreement leading to removal of dams on the Klamath River.
The settlement filed Wednesday with the Oregon Department of Water Resources mirrors the water issues in the dam removal plan, known as the Klamath Basin Restoration Agreement.

(there's more at that link)

There's so little water in that area, and so much life depends on it -- salmon, migrating birds, farmers, ranchers, the water table.

The current cessation of hostilities is "pending approval of a federal agreement leading to removal of dams on the Klamath River." I'll certainly continue reading the book, and hope for the best.

Saving power by saving water -- win/win for California

LA Aqueduct Cascades
Originally uploaded by Aquafornia.

There's a double whammy of fortune for folks who want to save electricity and water in California -- Peter Gleck, of the Pacific Institute, a global water research center, says that here in California, we can save electricity by conserving water.

We spend so much electricity shipping it around the state and drawing it up from the ground that using less will save power.

From WorldChanging at The Guardian:

The virtues of water efficiency can be found in California and China - regions where water shortages have become emergencies and droughts may worsen with climate change. Conditions may become more severe in the future as consumers turn to water solutions that often require even greater energy supplies.

In California, where drought is afflicting the land for the third year in a row, the state is reducing water deliveries by 20-30 percent this winter and warns of "the most significant water crisis in its history." The water shortages are forcing farmers to cut production and lay off employees in an already sour economy.

Meanwhile, water transportation, storage, and treatment account for about 19 percent of the state's electricity, according to a 2007 California Energy Commission report [PDF]. To reach the rapidly expanding urban clusters in southern California, for instance, water is pumped 2,000 feet (610 meters) over the Tehachapi Mountains north of Los Angeles.

Mind you, hydroelectric dams create electricity -- but that won't be reduced as we use less. And as the Sierra snowpack melts away with climate change, we will likely lose most of that reservoir, the snow itself, and have to find more ways to store water in our (ostensibly) wet winters to have enough to last us through our dry, dry summers. We'll either have to build a lot more dams, or find other ways to get (and save) water, and to generate power.

California's population is burgeoning, as well. We will, as a whole, want more water, not less, in future years -- and more power. By cutting back now -- growing dry-climate and native gardens, using landscaping water to grow our own climate-adapted food rather than lawns and privet hedges, moving California's crops into areas better suited for them, controlling water use in new developments, and other water conservation measures -- we can use less of the inevitable additional water, rather than more.

(Photo from Aquifornia)