The small town of
Friday, October 25, 2013
Price Will Provide Solution to Water Resources
The small town of
Thursday, June 27, 2013
Skies Remain Dangerously Blue
| Jerome is an old copper mining community that once boasted a population of 15,000. With a current population of only 400-plus the town is experiencing the initial indications of a water crisis. |
Sunday, December 23, 2012
An Ignorant Attitude
| The Verde River has toxic waste emptied into it at many points along its flow through Arizona. |
| The presence of rivers often gives people the idea that water is plentiful. |
Water issues are not social issues, hobby farms and ranches excluded. The availability of water for non-essential uses simply subtracts from the amount that will be available for essential ones in the future.
Monday, February 27, 2012
Price Could Provide Solution to Water Scarcity
The small town of Clarkdale, Arizona, has restructured its water rates and found that usage dropped by 50%.

Saturday, February 18, 2012
Population Key to Water Use
We like to think we can beat the numbers. At least commonly accepted ones.
The density or concentration of desert flora is a fraction of what it is in
the Midwest.
The density or concentration of desert fauna is, also, a fraction of what it
is in the Midwest.
For example, the density of the deer population in Wisconsin is 30 times,
in a favorable habitat, of what it is in Arizona, a arguably more hostile one.
Why the human animal feels confident it can beat the numbers, I don't know.
We are continually drilling deeper to find aquifers and, frankly, the
handwriting is on the wall.
A developer may be able to demonstrate a "100 year assured supply" until a guy
on the adjoining property drills into the same aquifer and halves the capacity
of a viable aquifer.
I don't question that "Arizona law allows threats to water resources." I wonder that solutions have not been laid out.
Tuesday, November 1, 2011
Water and Money Are the Same
Diedrich said Griffin and Brown were right in the first place to suspect the City would have to pay the fee regardless of whether it wanted to or not.
Another problem Diedrich and Marchione had with the fee was that it was solely imposed on municipalities, meaning that unincorporated areas weren’t paying one cent for water, which is every person’s most basic necessity. Diedrich also pointed out that 80 to 90 percent of the state’s surface water is in unincorporated land.
The state claims the water fees are necessary to balance its budget, but Diedrich isn’t buying it.
“It’s the state’s way of covering the costs of groundwater,” he said. “In my opinion, that’s not balancing the budget.”
(from Maricopa Monitor, TriValleyCentral.com, November 1, 2011)
Saturday, July 10, 2010
The Cost of Water
Herb Guenther, director of the Arizona Department of Water Resources, has often said that the era of cheap water in Arizona is over. It's a wise sentiment, and I think that it's high time the era of cheap water in Arizona was over, but is it really? Have Arizonan water companies really changed the way they price their water for retail consumption? Have consumers really changed the way they use it? We're beginning to make some progress by implementing more increasing block rate structures. With these rates, as usage hits a specified threshold, the per unit price of water rises for the next block of water usage.
As prices rise, maybe people will get the idea that maybe, just maybe, water ought to be used more conservatively.
If nothing else, the current recession may drive this point home.
Wednesday, December 24, 2008
Welcome to the Future

"...the West’s energy boom could threaten drinking water for 1 in 12 Americans," says Climate Ark in a piece taken from the Dec. 22, 2008, edition of the San Diego Union-Tribune. In the article authors Abrahm Lustgarten and David Hasemyer, point to the everyday requirements of crop irrigation, power generation, and the ever increasing needs of domestic oil, gas, and uranium supplies.
"The river's water is hoarded the moment it trickles out of the mountains of Wyoming and Colorado and begins its 1,450-mile journey to Mexico's border," they continue. "It runs south through seven states and the Grand Canyon, delivering water to Phoenix, Los Angeles and San Diego. Along the way, it powers homes for 3 million people, nourishes 15 percent of the nation's crops and provides drinking water to one in 12 Americans.""Now a rush to develop domestic oil, gas and uranium deposits along the river and its tributaries threatens its future." As it is, the river diminishes to a swamp at the head of the Gulf of California. Some years it doesn't get that far. In an oblique twist, this was forecast by Charles Bowden in his book, Killing the Hidden Waters, first published in 1977...over 30 years ago. Looking at ground water as a non-renewable resource because it was being used at a rate greater than it could be replaced or, stated differently, would take ages to re-collect in underground aquifers, he lamented its reckless and wasteful use. In 1977 he likely never guessed that surface water would suffer the same fate. However, in a new introduction to this book written 2003, Bowden issues a stark warning: "We can ignore these facts. We can pretend these facts do not matter. But in the end, they will slap us in the face and we will have to snap alert. And this slap may come from our kitchen faucet, or from the pump at the gas station, or from the electricity thrumming into our homes, or from the supermarket or from our local lumberyard. But it will come." "Welcome to the future, the place that will make us face the experiences of our past.
"The region could contain more oil than Alaska's National Arctic Wildlife Refuge. It has the richest natural gas fields in the country. And nuclear energy, viewed as a key solution to the nation's dependence on foreign energy, could use the uranium deposits held there."
"But getting those resources would suck up vast quantities of the river's water and could pollute what is left. That's why those most concerned are water managers in places like Los Angeles and San Diego. They have the most to lose."
"The river is already so beleaguered by drought and climate change that one environmental study called it the nation's "most endangered" waterway. Researchers from the Scripps Institution of Oceanography warn the river's reservoirs could dry up in 13 years."
Saturday, May 10, 2008
Water and the Futures Market
A friend emailed to let me know that a gallon of bottled water in Cleveland, Ohio, was priced at $2.87/gallon at the local supermarket.
Cleveland, for God's sake...sitting adjacent to the biggest supply of available fresh water in the world.
The current price-per-gallon of bottled water at the Safeway in Cottonwood, Arizona, is $1.69!
The State of Arizona must feel secure in the thought that its water supply will never run out, deluded in Phoenix by the available water in nearby Roosevelt Reservoir and its little satellite ponds.
The fragile success of the Central Arizona Project has had it's desired effect: Lawns, gardens and golf courses are watered, there are no municipal usage restrictions, supermarket prices remain low, people turn the tap and get the expected result.
Water use in this arid region will not change until the price begins to make use uncomfortable for the casual consumer. Price has had this effect at the gas pump (Oil is currently $126/barrel -- Gasoline $3.60/gallon at the pump.) and use is down by an estimated 7% and dropping.
If oil and water respond the same to usage prices, I'll make a foolish wager:
Water, like oil, will be traded on the futures market and, similar to the current discussion about carbon emissions, water credits will be accumulated or spent by towns and regions to satisfy current needs or future requirements.
A "Sustainability Index" is already being traded on the Dow Jones Exchange.
Skeptics should make a point of reading Charles Bowden's, Killing the Hidden Waters, first published in 1977 and updated with a new Introduction in 2003. Without giving away the journey, the basic point Bowden makes is that we are using water resources faster than they can be replenished and his subhead to Introduction (2003) is, "What I Learned Watching the Wells Go Down".