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July 2008

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Favorite Blogs

  • Aguanomics
    The economics of water (and some other stuff), courtesy of economist David Zetland.
  • Water SISWEB
    From UC-Davis water students. More than just a blog, it's a water resources community social bookmarking site. The users run the show, and all can participate.
  • Great Lakes Law
    Noah Hall's blog about - what else - all things wet and legal in the Great Lakes region!
  • Misublog
    Laura Makar's blog is designed to inform and contribute to the discussion of water policy.
  • AWRA
    The water resources blog of the American Water Resources Association.
  • Campanastan
    That's 'Campana-stan', or 'Place of Campana', formerly 'Aquablog'. Michael Campana's personal blog, promulgating his Weltanschauung.
  • Waterblogged
    Shaun McKinnon of the Arizona Republic.
  • Waterblogged.info
    Jared Simpson's water blog. Great writing and insight, for non-water wonks, too.
  • Water For The Ages
    Abby, another PNWer, writes about global water issues with passion and concern.
  • Crooks and Liars
    John Amato's blog about...'Crooks and Liars'.
  • H2O Podcast
    Joseph Puentes does us WaterWonks a service by posting podcasts of conferences, etc.
  • H2ONCoast
    Oregon's North Coast water blog by Rob Emanuel of Oregon State University's Sea Grant program.
  • Aquafornia
    Aqua Blog Maven's awesome Southern California water blog. Everything you need to know about SoCal water issues, and more!
  • Western Water Blog
    The 'mystery blog' about Western USA water issues. What more can I say?
  • WaterWired
    All things fresh water. A service of the Institute for Water and Watersheds at Oregon State University (water.oregonstate.edu).
  • Water Words That Work
    From Eric Eckl, a communications and marketing expert for environmental and other progressive causes.
  • Watercrunch
    The sound when water and people collide. Robert Osborne emphasizes Southeastern USA water issues. Excellent graphics and features.
  • John Fleck
    Science writer at the Albuquerque Journal. Great stuff on climate, water, and more.
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Water Quantity

July 05, 2008

High Country News: Stream Restoration and Protection

The current online edition of the High Country News has a number of articles on stream restoration and protection. These you can view for free, and are online only.

  • In Montana, counties are specifiying streamside setbacks to protect their waterways.
  • Bill Zeedyk, the "Riparian Restoration Guru", using "induced meandering", helps streams achieve a healthy flow by using simple rock and wood structures. He "lets the water do the work." Some of my students at the University of New Mexico used his techniques in their field research.
  • Dave Rosgen, the "Restoration Cowboy", has been going against the flow for years as he promulgates his approach to stream restoration (this article was originally published in 2003).

I have never met Zeedyk or Rosgen, but I know of them through their reputations.

I don't claim to know much about stream restoration. A former colleague of mine at the Desert Research Institute in the late 1970s - early 1980s, Bill Woessner, has influenced me. Bill has done much excellent work on "stream renaturalization" (he eschews the term "stream restoration") since he arrived at the University of Montana in 1981. He is now chair of Geosciences. One of Bill's pet peeves, which I share, is the fact that stream restoration techniques and practitioners often neglect to consider the ground water component.  

Pesky stuff, that ground water.

“We abuse land because we regard it as a commodity belonging to us. When we see land as a community to which we belong, we may begin to use it with love and respect.” – Aldo Leopold

June 26, 2008

USGS Congressional Briefing: Climate Change Impacts on the Colorado River

On 6 June 2008, the USGS held a briefing for Members of Congress and Congessional staffers on Climate Change: Impacts on the Colorado River.

Some notes from a colleague:

  • Tony Willardson of the Western States Water Council spoke about using the thermal band on the planned Landsat 8 for measuring evapotranspiration and the continual difficulties with funding and support for this sensor.
  • Dr. Gregory J. McCabe of the USGS stated that current climate change models are not good enough to predict the change in water supply. For further information please read this article.
  • Dr. Terrance Fulp, Deputy Director of the Bureau of Reclamation's Lower Colorado Region, talked about market-driven approaches to water management. He described a joint task force that is part of the overall Department of Interior task force on climate change.
  • Eric Kuhn, General Manager of the Colorado River Water Conservation District, discussed the variables influencing water supply and demand: fixed obligations on the upper Colorado River, early snowmelt, tree loss from moths, and oil-shale industry demands, to name a few. He asked what efforts are underway to better utilize satellite data for the Colorado River Basin, specifically flow, temperature, and quality.

You can view speakers' biographies and PowerPoints here.

“The true measure of a man is how he treats someone who can do him absolutely no good.” – Samuel Johnson

June 25, 2008

Florida Purchases Sugar Land to Help Restore Everglades

Nope, that's not Sugar Land, TX, but land used to grow sugar cane for sugar production in Florida.

GR2008062500140 Florida is spending $1.75B to purchase about 292 square miles of U.S. Sugar Corporation's holdings in the Everglades (see map, courtesy of the Washington Post). Those holdings equal the land area of the entire city of New York - all five boroughs.

Read about it in the New York Times.

U.S. Sugar Corporation is the USA's largest sugar cane grower. Here is the complete media kit from U.S. Sugar, which contains the statement of President and CEO Robert H. Buker, Jr., the details, Q&A, etc:

Download us_sugar_media_kit.pdf

The South Florida Water Management District, a quasi-governmental entity of the State of Florida, will assume control of the land, which will not occur for 6 years.  

It's not quite a done deal yet, however. More work needs to be done over the next few months.

The importance of the land acquistion cannot be underestimated. The purchased land will add about 1 million acre-feet of storage, and taking land out of agricultural production will reduce the phosphorus and nitrogen loads to the system. The former was a particular issue. Some of the "natural plumbing" will be restored.

The negotiations were a well-kept secret, and the announcement surprised a number of people.

Let's hope the Everglades are on the road to better health. 

“Most agencies want to spend the money making things happen and not spend the money finding out if they work." – Dr. William Dietrich, UC-Berkeley geomorphologist

June 21, 2008

Virtual Water: Good, Bad, Or Ugly?

Cynthia Barnett, author of Mirage, told me that the current Forbes has a very good article on virtual water, that amount of water required to produce  and trade certain items, be they crops, clothes, automobiles, etc.

Tony Allan, winner of the 2008 Stockholm Water Prize, introduced the virtual water concept in 1993, which measures how water is embedded in the production and trade of food and consumer products.

Virtual water is neither inherently good nor bad; it just "is".  

We in the USA export a lot of water as virtual water, especially in our food products, and the article illustrates this. If someone came and said, "Sell me water from the High Plains (sometimes called 'Ogallala') aquifer," instead of saying, "Hell no!", we should more correctly say "We already do - that aquifer waters America's breadbasket and we export water in the form of wheat and other crops."

It is something we don't think much about, but it's there. Perhaps there are some places in the USA where crops that require huge amounts of water should not be grown because they use too much precious water.

It's a conversation we've not yet had on a national scale, but should. And soon.

"Til taught by pain, men really know not what good water is worth." -- from Don Juan by Byron (courtesy of Leslie Kryder)

June 20, 2008

The Gulf of Mexico's Growing 'Dead Zone'; Iowa Flooding From 37,000 Feet

Not good news. The suffering and devastation caused by Midwest floods are bad enough, but there's even more bad news: more nutrients are going to be swept into the Gulf of Mexico.

This article from Time says that this year's hypoxic zone in the Gulf will be over 10,000 square miles, about the size of Massachusetts. In the past, the average has been about 6,000 square miles. 

En route to Chicago from Portland today we flew over Iowa and got an eagles' eye view of the flooding. The Des Moines, Cedar, and Iowa Rivers were quite obviously in flood stage in what some hydrologists are calling the 500-year flood. The Mississippi was also quite swollen. 

"We seem to be going in the opposite direction. We don't seem committed to fixing the problem." -- Donald Scavia, University of Michigan 

June 19, 2008

T. Boone Pickens Speaks: Water Is The New Oil

0612_mz_cover

Imagine an 80-year old Oklahoman-turned-Texas oilman starring in a movie, There Will Be Water.

Not too far fetched, actually.

T. Boone Pickens thinks water is the new oil. Here's the cover story from the 23 June 2008 issue of BusinessWeek. The artwork is from the magazine.

Pickens was a so-called "corporate raider" (he prefers the term "shareholder activist") in the 1970s and 1980s when he and his company, Mesa Petroleum, took on the "big boys" like Gulf Oil and Unocal.

He was one of the major financial backers of the Swift Boat Veterans for Truth group.

But oil is a thing of the past for Pickens; the article claims he is now the largest single individual owner of water rights in the USA. He owns a huge ranch in Roberts County, TX, and would like to pump ground water from the Ogallala aquifer beneath his ranch and sell it to thirsty Texas cities.

How much? Try 200,000 acre-feet per year. He can pump this much because of Texas' quaint ground water law, "the right of capture", aka "The Law of the Biggest Pump." If you own land, you can sink a well and pump virtually to your heart's content. Doesn't matter whether you own one acre or 68,000, the size of Pickens' ranch.

Pickens claims he is pumping in "self-defense"; if he doesn't, someone else will pump his water from underneath him. So he might as well sell the water.

But so far, none has taken him up on his offer. He thinks that the Dallas-Fort Worth area is a potential buyer - not now, but eventually. Before he can sell his water he needs to construct a 250-mile long pipeline. The article describes how how will accomplish this. Fascinating.

Thumb_0825_40covsto I remember when I was in New Mexico. Eastern New Mexico was rife with rumors that Pickens' people were running around trying to buy water rights.

I've heard Pickens speak twice, both at conferences: July 2002 in Traverse City, MI, and April 2005, at the inaugural Ground Water Summit in San Antonio. He was trying to peddle his water to San Antonio, but the city was not interested - at least not at the price he was asking.

I had actually invited him to keynote the San Antonio conference and it was fitting: our first Summit, in Texas, in a place reliant on ground water, during a time when Pickens was hawking his water.

Pickens is a cross between a "good ol' boy" - and I do not mean that as a pejorative term - and a shrewd businessman. He has been good to his alma mater, Oklahoma State University (see my post on his generosity and its down side). He's made and lost a couple of fortunes.

When I addressed him as "Mr. Pickens" he said, "Call me Boone, son." He gave a good talk in San Antonio, and although it was short on details, it was humorous, with an almost "Aw shucks, I'm just an Okie boy who's done well" attitude. I liked him; he was polite, and his "handlers", with whom I dealt, were equally so.

Anyway, read this article. It's very good and describes some of the legislative somersaults necessary to implement Pickens' plans. 

The article also notes that Royal Dutch Shell is buying up ground water rights in Colorado in anticipation of its oil-shale operation, which will require large amounts of water.

Maude Barlow, where are you now?

"Water is a commodity. Heck, isn't it like oil?" -- T. Boone Pickens

June 14, 2008

What You'll Pay for Western Water

Dan Whipple wrote this article in New West a few days ago. I'll cut to the chase. 

Whipple sees two basic problems with water in the West:

1) we really don't value water the way we should; and

2) we haven't reexamined the ways we allocate water - as he says, we're still treating it the same way we did when the West was rural and the main industries were ranching and farming.

Regarding the first item: some (myself included) believe that we should implement water user fees to a greater degree than we do now. If you get water from a utility, the utility would pay and then pass it on to the customer. If you owned water rights, you'd pay some kind of fee (perhaps annually) per acre foot. If you had an exempt well - one that does not require a water right - you'd pay an annual fee. Ditto for an irrigation well.  

I was at a recent meeting where someone brought up this concept. Several attendees shot that guy looks that could have killed.

It's not an easy sell.  

Regarding the second item: what would you give for the life (political or biological) of a Western politician or water manager who advocated revising Western water law to correspond to today's realities (urbanization, ecosystem flows, etc.)?  

His article also revealed that every Western state but Colorado has language in its water law requiring the state to administer water "in the public interest." I did not realize Colorado was an outlier.

One minor misstatement: he lumps Albuquerque in there as one city that's pumping its aquifer dry. That's no longer true. A decade ago the city realized its aquifer was being overdrafted and devised a plan to reduce/retire pumping to "save ground water for a non-rainy day." They are doing that now, but are relying more on surface water, which may not be a wise move. And more communities are enacting conservation plans and requiring developers to demonstrate adequate water reserves for up to 75-100 years in some areas.

We've come a long way since 1976, when I was amazed to find that in my new home town of Reno, NV, residential water meters were illegal. But we aren't there yet.  

Whipple's written a good article; give it a read. 

"State laws governing water allocations have been virtually unchanged since the Earps took out the Clantons." -- Dan Whipple  

June 11, 2008

Are Golf Courses 'Green'?

An appropriate post on the eve of the U.S. Open.

As a youngster I worked summers as a caddy in the fresh air of the White Mountains of New Hampshire and the salt-laden, moisture-soaked air of Cape Cod, Massachusetts. Since I stopped caddying I have picked up golf clubs exactly once, in a moment of weakness about 18 years ago. And that was in Kennebunkport, Maine, at the golf club frequented by President George H.W. Bush. The Downeaster who was the club sentinel chided me for my tacky wardrobe - barely "golf-ready". "The President will be on the course today!" he said. "Of the USA?" I exclaimed. "No," he scolded, "Of the club!"

I'll try to be objective here.  

I remember when many of us - including yours truly - automatically assumed that golf courses were good land uses - after all, they were lush and green, cement- and asphalt-free. Wasn't it much nicer to see a beautiful fairway than a sea of tile roofs? Little did we know what lay under the surface.

But golf courses use a lot of water (and let's not forget the fertilizers and pesticides). The water and chemical use issues have been poorly-kept secrets for years. In general, golf courses are far from being "green". But the water use issue is front and center now, what with water shortages, droughts, global warming, and growth in water short-areas (e.g., Southwest USA) where courses are being built to satify demand.

Frank Deford, well-known sportswriter and commentator addressed this issue today on his weekly commentary on NPR. It's a good commentary. He made some interesting points:

  • There are 16,000 (give or take) golf courses in the USA, half the world's total 
  • USA golf courses occupy the same area as Delaware
  • The courses average 312,000 gallons of water per day (from Audobon International)
  • Each of the 57 golf courses in the Palm Springs, CA, area uses 1,000,000 gallons per day (It's a desert, stupid!)
  • A poll of golfers indicated that 41% of those polled believe global warming is a myth

I used to go to a conference each summer in Myrtle Beach, South Carolina, where the Chamber of Commerce bragged of the 100 golf courses in the immediate vicinity.

Deford noted that the May 2008 issue of Golf Digest featured a candid article by John Barton, "How green is golf?" about golf course water and chemical use and environmentalism. Barton states categorically that golf courses face a crisis over water.

The magazine also interviewed seven leading "thinkers" at the intersection of golf and the environment. Interesting to read what they think.

Although there is quite a way to go, things are getting better at some golf courses with respect to water and chemical use. "Organic" methods are gaining traction. Water use is being monitored. Golfers are becoming more aware. Maybe we'll get that "global warming myth" figure down to 30%.

An inveterate (invertebrate?) golfer-hydrologist once lectured me: "Don't forget - golf courses provide ground water recharge." "But what's in the recharge water?" I replied.

Now, if we could just get golfers out of those carts! 

"Golf is a good walk spoiled." -- Mark Twain

June 09, 2008

Turkmenistan (formerly 'Absurdistan'): Let's Make a Lake in the Desert!

Turkmenistan, to which I gave the moniker "Absurdistan" (or "Berzerkistan" in Doonesbury) during the tenure of its late nutso dictator-megalomaniac Saparmurat Niyazov  (aka 'Turkmenbashi' - 'Father of all Turkmens'), is proceeding with its grand scheme to create a lake in the desert. The plan was hatched by Turkmenbashi, who broke ground in 2000, and will be located in the northwest part of the country, southwest of Sarykamish Lake (see smaller map), in the Karashor Depression. It will be called the Golden Age Lake, and will become "the symbol of revival of the Turkmen land", according to Turkmenbashi.  

The lake will cover about 3500 square kilometers (1,350 square miles), approximately the size of the Great Salt Lake. The lake is supposed to contain 135-145 cubic kilometers of water and be as deep as 130 meters (425 feet).

Map_of_turkmenistan

1002-1-thumb

Water for the lake will come from two drainage canals, which will bring irrigation drainage water from the irrigation projects in the eastern and southeastern parts of the country. These projects are fed by the Amu Darya, the river the roughly forms the boundary with Uzbekistan, and produce primarily cotton.

The Turkmens claim the project will reclaim salt-damaged formerly arable land, protect archaeological sites from being destroyed by salt and rising water tables, create migratory bird habitat and an inland fishery. But the lake's water will be laden with chemicals - it's irrigation return flow, after all. The lake will take decades to fill (if it ever does); critics question whether the lake will fill, because of high evaporation rates and seepage losses.

Another worry is that the Turkmens, in an effort to purify the lake water, will withdraw more water from the Amu Darya, which would not please the Uzbeks. And that's an understatement.

Thumbnail_large_careerbreak06_1154290740_dsc_1205 The project may not be a done deal, because since the death of Turkmenbashi, Turkmenistan has "opened up" more and is more sensitive to world opinion. New President Gurbanguly Berdimuhammedow may reconsider the project. After all, I have heard that Turkmenbashi's 12-meter high golden statue that rotated to always face the sun has been dismantled.

I remember attending a Central Asian water meeting in Almaty, Kazakhstan, two years ago, when Turkmenbashi was still alive. We were all surprised to see a water engineer from the Turkmenistan government there, as they usually eschewed such meetings. He told us that every request to leave the country had to be personally approved by Turkmenbashi.  

Turkmenistan is #5 in the world in terms of natural gas reserves (this ranking includes reserves over which they are bargaining with other Caspian Sea nations; the CIA ranks them #13). Government officials recently visited Azerbaijan, in part to discuss a trans-Caspian gas pipeline.     

Here is an excellent article from Science with all the information, including a larger version of the thumbnail map:

Download turkmenistan_lake.pdf

"Halk, Watan, Turkmenbashi" ["People, Country, Me"] -- favorite slogan of Saparmurat Niyazov, aka 'Turkmenbashi'

June 07, 2008

The Pacific Northwest as a Water Farm: Gordon Grant Responds

My colleague Gordon Grant has requested space to respond to my earlier posts in which I cited his work on water development from the Cascades volcanics. His post will make more sense if you first read this previous post.

Feel free to leave a comment.

Note: if you click on Gordon's name above, you will be escorted to his group's (Watershed Processes Group) homepage, where you can download a couple of papers describing relevant WPG work: 1) the "Running Dry..." paper; and 2) the "Deep groundwater..." paper by Tague et al. 

********************

Mike:
I'm writing to you directly rather than posting to your blog because I wanted to respond off-record to your comments. But in the interests of broadening the discussion, as indicated below, I would appreciate it if you would condsider posting this as a reply rather than a comment, so that it is seen by others who read WaterWired.

First, thanks for bringing the issue that appeared in your blog forward...it's one that, in my view, deserves discussion on a much broader front. But I have to confess that I really don't understand your point. My vision for the future is not about pipes, although given the way California is plumbed and the long legs of the fantasy of diverting the Columbia, that's not outside the realm of possibility either. Although I think the reporter gave some ideas a little more body English than I would have, starting with the title of the piece, I basically stand by the story.  

From your comments I get the sense that you interpreted this story as some sort of advocacy on my part for how California could solve its water problems by taking the Pacific Northwest's water. That is not at all my intent. By way of context, both this and the prior story that appeared in the Bend Bulletin came about because I was contacted by reporters after they heard or read of our work - I'm not out selling this to the newspapers. Instead, my comments were intended to focus attention on where water comes from now, and how those places are likely to become increasingly important in a climate-warmed and water-challenged future. The importance of the youngest parts of the Cascade volcanic arc as sources of deep groundwater and persistent summer streamflows, whether in N. CA (Pitt, Hat, and Fall Ck), So. OR (Klamath, Rogue) or the central Cascades (McKenzie, Willamette, Deschutes) seems clear to me and I disagree that it is premature to say this - the technical papers describing this (and not just our group's) are already in the refereed literature. The implications of this geography of water for long-term supply and demand are less clear, but I also maintain that now is the time to begin the discussion of what this geography of water means for the region - and it is IS a regional and not just a state issue. 

I am not suggesting that we give or sell water to California - for one thing there is currently no infrastructure that would allow this to happen, and the legal and water rights issues are huge. Moreover, I'm certainly not trying to be an alarmist ("the Californians are coming for our water!"). But as recent events both in the Southeast and Southwest US, southern Spain (see this week's NY Times) and many other places suggest, demand for water under conditions of scarcity is a serious social, political, and economic problem that is likely to only get worse in the future. I do believe that in a water-challenged world, water will come to people or people will come to water. I don't pretend to know which way things will go, but I do know if the climate changes, that question will need to be answered. That's not an advocacy position for mining the volcanic aquifer (as your previous post seemed to imply I was suggesting) or anything else - the implications for people, institutions, aquifers, and ecosystems are very complex and no one has sorted them out. The answer will be driven by economics, politics, and geography (not necessarily in that order) and constrained by laws, which are themselves changeable. The laws governing water rights and inter-state transfers are formidable, but not immutable - just imagine where the political center of gravity would be after 5+ years of serious drought in the Southwest. 

My point here is not to scare people with bogeymen, but to help people understand and appreciate the enormous value of water, particularly that coming from the wilderness areas and National Forest lands along the Cascade crest. We've been invoking that value for years, but it's mostly been promulgated as nice environmental rhetoric. I happen to think it's more than rhetoric, and possibly the best example we have of "ecosystem services". Helping people understand the value of high quality water resources that have largely been viewed as free for the taking is not going to be easy but I think you and I agree that it's an important goal.

I'm eager to continue this discussion, and open to the suggestion that this may come across as more alarmist that I intend - but I basically think the story is valid. And I think than an excellent role for IWW would be to help sponsor a colloquium where these ideas can be developed and exchanged. We've talked about this in the past, but perhaps with growing public interest and attention to these issues (i.e., Schwarzenegger just declared drought in California), we should move this forward.

Gordon

June 04, 2008

Will the Pacific Northwest Become a Water Farm?

Last week I received a call from one of our legislative liaisons who told me he would forward me an email inquiring about selling Oregon water in the international market. "Uh-huh," I thought. I received the email, in which the author, a prominent Oregonian, speculated that if Oregon could annually sell 1 MAF of its water, presumably taken from the mighty Columbia River, for the paltry sum of 1 cent per gallon, that would generate about $3.26B annually for Oregon's coffers.

For a state with limited financial resources, that's quite a sum.  Our legislative person asked if he could supply my name and email to the individual, and I said "Sure". Haven't heard anything yet.

I said to no one in particular, "Why sell our water on the international market? Just sell it to Las Vegas." But I also thought, "Oh boy, it's happening. It's coming back - the Pacific Northwest as 'water farm.' " As Yogi Berra reputedly said, "It's like deja-vu all over again."

Then yesterday, colleague Lisa Gaines sent me this article by Alex Breitler that appeared in the 1 June 2008 Stockton Record. The title was provocative: Northwest may hold secret to water woes. It detailed a California talk given by one of my colleagues, hydrologist Gordon Grant, about whom I posted last fall. It's his pitch that the ground water of the Pacific Northwest may supply the parched Californians and other Westerners as temperatures rise.

In the article below, the material in italics is from the article; the non-italicized material is mine. 

Map_cascade_range In a few days, most rivers and streams draining from the Sierra Nevada will have peaked for the season, channeling snowmelt from the granite-specked highlands to reservoirs, the ocean, your kitchen tap.

The melt came early this year. Just like last year.

Climate change threatens California's longtime reliance on the spiny Sierra for most of its water, experts agree.

And that, one scientist says, is likely to increase interest in a more reliable source: the porous lava flows of the Cascade Range in Oregon and Washington, which hide away enough water to cover California in a pool 3 inches deep.

So? Lake Tahoe holds enough water to cover California to a depth of 14 inches. Should we drain the lake?

As water supplies tighten in coming decades, the Northwest's groundwater surplus is likely to garner new attention from around the western United States, said Gordon Grant, a hydrologist for the U.S. Forest Service in Corvallis, Ore. Grant presented his research earlier this spring to fisheries experts gathered for a conference in Lodi.

"It is almost inevitable that the areas that store large quantities of groundwater will become increasingly looked at to provide water," Grant said.

As early as the mid-1960s there was talk in California of tapping the Pacific Northwest by diverting the Columbia River and pumping flows south through a massive system of canals, tunneling through mountain ranges on the way to Los Angeles..

The original proposal died in 1968, was resurrected in the early 1990s but ultimately was not politically viable. Even if it had been, officials at the time said, conserving water and allowing farmland to lie fallow would be far cheaper than building an extensive network of canals.

Yeah, I remember hearing my professors at the University of Arizona talk about this in the early 1970s. I also remember the NAWAPA project. More recently, I heard about the NARA project (see this post, too)

Today, California is occupied with figuring out how to convey water within its own boundaries, including whether to build a canal around the Delta to feed freshwater to other regions.

But climate change is looming.

The Cascades hold up to seven times more water underground than the range stores in its snowpack each year, Grant said. That's enough groundwater to fill Utah's Great Salt Lake.

Again - so?

Snowflakes melt and trickle into the ground, emerging perhaps several decades later in lush forested springs. For this reason, waterways there flow steadily even late into the summer.

On the other hand, snow drains off the rocky Sierra Nevada like water off a grocery store parking lot. Frank Gehrke, who coordinates measurements of California's snowpack each winter for the state Department of Water Resources, said there is some groundwater storage in parts of the range, but not nearly enough to cancel out the loss of snowpack as temperatures warm.

The Sierra are granitic, whereas the Cascades are volcanic (mostly basalt). In general, basalts possess far more permeability and storage than granitic rocks.

As a result, rivers and streams begin to dry up earlier in the summer.

California does benefit from groundwater toward the southern end of the Cascades, including spring-fed rivers that drain into the Sacramento River.

"At a minimum, the value of those rivers will only increase," Grant said.

Water may eventually become the most valuable product harvested from national forest lands, he said. This could mean changes in demographics - where people live and work.

"If you project forward into a climate-warm world, the places where water is available, particularly in the late summer, those places are going to be disproportionately attractive to human beings," Grant said.

Exactly how that's going to play out, he said, he doesn't know.

In the post last October, I gave my opinion of Dr. Grant's premise. It's premature to make such statements, given our lack of knowledge of the volcanic ground water systems in the Cascades. For one thing, it's more than just a matter of permeability and porosity. We need to know the large-scale storage properties, the recoverability of the ground water, and the effects of withdrawals on hydrologic systems and ecosystems.

It's tempting to say that there is a lot of available ground water beneath the Cascades, but we just don't know at this point.

“Life does not consist mainly, or even largely, of facts and happenings. It consists of the storm of thoughts that is forever blowing through one’s head.” – Mark Twain 

May 30, 2008

Water for America Initiative - USGS Seeks Input from Stakeholders; Bob Hirsch Steps Down

See the attached letter from Dr. Matthew C. Larsen, Acting Associate Director for Water of the USGS.

The USGS is initiating a water census of the USA and seeks stakeholder input as it scopes out the program. A special WWW site has been established, and there are alternatives to electronic comments.

This is an excellent chance to make your voice heard on a very important study.

Download water_for_america_stakeholders.pdf

In a related vein, Dr. Robert Hirsch, USGS Associate Director for Water, has stepped down to return to research after serving in the USGS leadership group for many years. Bob has been an eloquent spokesman for USGS water programs lo these many years. He's arguably the best-informed water scientist in the USA and the most astute observer of the "water scene", especially from inside the Beltway (even though his office was in Reston, outside the Beltway).

On several occasions I have featured him in this blog (February 2007 and February 2008). WaterWired will miss his observations and opinions.

Bob's talents as an advocate will be missed, but the National Research Program will gain a top-notch scientist. His replacement on an acting basis is the aforementioned Dr. Matthew C. Larsen. Matt is a great guy and will do a very good job. I wish both Bob and Matt well. 

“The power of a movement lies in the fact that it can indeed change the habits of people. This change is not the result of force but of dedication, of moral persuasion.” -- Steven Biko

May 28, 2008

Saving Water: From Field to Fork

Jeff Behan sent me an interesting Swedish publication that examines the issue of saving water in the food chain, from beginning to end:

Download Paper_13_Field_to_Fork.pdf

Enjoy!

"I believe in getting into hot water; it keeps you clean." -- G.K. Chesterton

May 10, 2008

Rep. John Linder's '21st Century Water Commission' Bill: Afloat Again

JohndoorRep. John Linder (R-GA), who represents Georgia's 7th District, the northeast suburbs of Atlanta (Gwinnett County and environs), has seen his bill H.R. 135 to establish a "21st Century Water Commission" get voted out of the House Committee on Transportation and Infrastructure's Subcommittee on Water and Environment.

Linder's bill has been down this road before, getting House approval in the previous two sessions but no consideration in the Senate. His Senate colleague Johnny Isakson (R-GA) hopes to change that should the bill be approved by the House.

Third time's a charm, right?

Download linder_pr_water_bill_2008.pdf

Download hr_135_21_century_watercommission.pdf 

Linder is one of the founders of the House Water caucus, which according to some reports, has been rather quiet. One caucus member said she was "just along for the ride" and "didn't know what Linder was doing." Well, I guess she knows now!

Download congresswatercaucus.pdf 

Linder spoke at the AWRA's First and Third Water Policy Dialogues. You can access a podcast of his most recent address here.

Linder's bill establishes a nine-person commission with a three-year life and a$9M budget. The commission members will be unsalaried.  The keys are not only the commissioners themselves, but the staff positions and the Director, all of whom are salaried. The commission will study and develop recommendations for a comprehensive water strategy to address future water needs.

Okay, here are the "good, bad, and the ugly."

Good:

  1. The commission is a very good idea and its charge is long overdue.
  2. I like the idea of a water strategy as opposed to a water policy.
  3. States' water prerogatives will be respected.
  4. Conflicts and duplication among Federal water agencies will be addressed (great idea - good luck!).
  5. Water quality and environmental considerations are embedded in the bill.
  6. The study will look at options other than simply trying to develop more supplies via infrastructure projects.

Bad:

  1. The commission, its charge, and budget should have been assigned to the The National Academies. They have experience with these kinds of studies, and would help ensure that politics would not rear its ugly head and that the "right" people would be appointed. I'd like to get a good water strategy, not the SOS.
  2. The commissioners should not all be "the usual suspects"; ditto the Director and staff.
  3. The bill calls for a 50-year horizon. A longer time frame is required - at least 100 years.

Ugly:

  1. The commission Director is appointed by the Speaker of the House and that's not a good idea; too much risk of political shenanigans. The commission itself should hire the Director, a la the 9/11 Commission.

For those who say that the gravitas of the commission will be lessened by having the NAS involved at the expense of Congress and the President: ensure that Congressional hearings will be held on the committee's report. There are precedents for this.

An amendment in the form of a substitute bill was recently added to Linder's original bill by Rep. Eddie Bernice Johnson (D-TX).  Here's what her amendment does (all good):

  1. increases the size of the commission to 11 members;
  2. increases the budget to $12M over five years; and
  3. directs the commission to include the effects of climate change and climate change science in its report and recommendations. 

Download johnson_substitute_to_hr_135_oberst_127_xml_2.pdf

Time will tell whether the commission will produce a workable national water strategy , but it's a long-overdue start.

But the real test will come when the commission's work is done. Will the President and Congress heed the recommendations? About that, I'm less optimistic.

"Never underestimate the collective stupidity of very smart people in small groups." -- Anonymous

May 08, 2008

Top Ten Reasons Why Environmental Agencies Should Address Water Quantity Issues

1) When water moves, the stuff in the water moves, too.  (Link to TMDLs)

2) Modelers can’t predict where the stuff will go without knowing where the water goes, when it goes there, and in what quantity. (Link to forecasting)

3) When the amount of water changes, concentrations of stuff in the water can change, too. (Link to reference conditions for water quality, and water quality standards)

4) When the amount of water changes, temperatures can change, too. (Link to habitat requirements)

5) When the amount of water changes, the spatial extent of certain habitats can change, as can the biogeochemistry of soils. (Link to water quality constituents' concentrations and habitat requirements)

6) Water quantity is needed for urban, industrial, agricultural, domestic, energy-producing, and environmental uses.  It’s a zero-sum game requiring astute tradeoffs and reliable tools. (Link to sustainability and environmental valuation)

7) Landscape changes affect water retention, runoff, ground water flow and recharge, evapotranspiration, and precipitation patterns and amounts.  As these components of water budgets change, water quality constituents' concentrations and loads change, affecting receiving water quality. (Link to TMDLs, habitat requirements)

8) Protection of ecosystems and maintenance of water quality may require the development of multi-objective tradeoff tools.  (Surely water quantity will be considered one of many objectives!)

9) Environmental agencies' missions are to protect human health and safeguard the natural environment.  Both of these aspects need clean water and appropriate quantities of it.  Not considering water quantity in the mission would be like taking a bath with only soap. (Link to sustainability and appeal to common sense!)

10) Who is asking the question, "What are the water quantity needs of the future, what tools will be available to allocate the water, and how are allocations made for the greatest good over time and space?"

Bonus reason #11:

11) Because I said so.

So what am I getting at? We need to consider water quality, water quantity, and ecosystems  together. Maybe even managed/allocated/regulated by a single agency at the state level.

Throw in land use planning, too.

I got most of these from a colleague. Enjoy!

"You can fool some of the people all of the time, and those are the ones you want to concentrate on." -- President George W. Bush

May 07, 2008

Volume 2 of 'Rainwater Harvesting for Drylands and Beyond' Now Available

Volume 2 of Brad Lancaster's Rainwater Harvesting for Drylands and Beyond: Water-Harvesting Earthworks is now available.971_bookpage_3 It currently is being offered for 20% off at the publisher's WWW site.

From the WWW site:

Earthworks are one of the easiest, least expensive, and most effective ways of passively harvesting and conserving multiple sources of water in the soil. Associated vegetation then pumps the harvested water back out in the form of beauty, food, shelter, wildlife habitat, and passive heating and cooling strategies, while controlling erosion, increasing soil fertility, reducing downstream flooding, and improving water and air quality.

Building on the information presented in Volume 1, this book shows you how to select, place, size, construct, and plant your chosen water-harvesting earthworks. It presents detailed how-to information and variations of a diverse array of earthworks, including chapters on mulch, vegetation, and greywater recycling so you can customize the techniques to the unique requirements of your site.

Real life stories and examples permeate the book, including:

  • How curb cuts redirect street runoff to passively irrigate flourishing shade trees planted along the street
  • How check dams have helped create springs and perennial flows in once-dry creeks
  • How infiltration basins are creating thriving rain-fed gardens
  • How backyard greywater laundromats are turning “wastewater” into a resource growing food, beauty, and shade that builds community, and more
  • How to create simple tools to read slope and water flow
  • More than 225 illustrations and photographs

I don't qualify as an expert in this field, so I cannot provide a true review. But my perusal of the book reveals an ample number of diagrams and photographs and easy-to-understand text.

Your comments on the book are most welcome.

Lancaster is apparently working on another volume to conclude his trilogy on rainwater harvesting.

"Let the rain kiss you. Let the rain beat upon your head with silver liquid drops. Let the rain sing you a lullaby.The rain makes still pools on the sidewalk. The rain makes running pools in the gutter. The rain plays a little sleep-song on our roof at night. And I love the rain." -- Langston Hughes, April Rain Song

April 30, 2008

EPA Climate Change Public Webcast - 8 May

The Office of Water of the EPA will host a public Webcast on 8 May 2008 , 2:30 - 4:30 PM EDT, to discuss and receive feedback on its National Water Program Strategy: Response to Climate Change (available here).

Complete information, including Webcast registration, is available at this WWW site. Registration began on 23 April. You can also submit comments on the Strategy at the same site.

Here's the letter from Benjamin H. Grumbles, Assistant Administrator, announcing the Webcast, along wth additional information:

Download epa_climate_change_webcast.pdf

"The only reason some people get lost in thought is that it's unfamiliar territory." -- Paul Fix

Vermont Protects Its Ground Water: Violation of NAFTA?

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Their New Hampshire neighbors might sneer that they are "quiche eaters" (Vermont does make some wonderful cheese) but when it comes to protecting ground water, the Green Mountain State folks don't want strangers to pump too much of their precious ground water.

Today's Christian Science Monitor has Tom A. Peter's story.

So the Vermont legislature just passed a bill that establishes a water permit system, which Gov. Jim Douglas (R) will likely sign. The law declares ground water to be a public trust and requires all enterprises pumping more than 57,600 gallons per day (40 gallons per minute) to obtain a permit. Most farms are exempt.

The amount allowed without a permit is not insignifcant - it's about about 65 acre-feet per year. That's actually a lot of water from a so-called "exempt" (exempt from a permit or water right) well. Here in Oregon, we allow an exempt well 15,000 gallons per day, which is a lot; Washington allows an exempt well to pump 5,000 gallons daily. New Mexico, much drier that OR, VT, or WA, allows 3 acre-feet per year or about 2,700 gallons per day,  < 2 gpm.

So let's say you pump 57,000 gallons per day; no permit is required. That's enough to bottle over 200,000 one-liter bottles of water daily (I am conveniently neglecting the water used in the process), or over 80 M bottles per year. That is not a huge bottling operation, but it's not small, either.

There could be a problem, though: Vermont's measure may violate the North American Free Trade Agreement (NAFTA), since it could constitute a barrier to international trade. If a foreign company believes that its ability to conduct business is hindered by the law, then it can file a claim against the state under NAFTA.

One Canadian firm already pumps Vermont ground water and bottles it in New Hampshire for sales across the country. Other firms may be considering bottling operations. Again, Vermont has "cachet".

Some have warned that NAFTA would have this effect and compromise the ability of border states (or provinces) to manage/allocate their water. Vermont believes it will not be a problem, because all enterprises are treated the same; international firms are not singled out.

Alyssa Neir and I broached these NAFTA issues as they might develop along the USA-Mexico border.

But time will tell, and I suspect this'll get interesting.

Note added on 11 June 2008: Gov. Jim Douglas signed into law legislation declaring Vermont's ground water a public trust and establishing a permit system. Read more here. 

"We cannot direct the wind, but we can adjust the sails." -- Bertha Calloway

April 21, 2008

ABA Best Papers in Water and Environmental Law

Colleague Patrick Griffiths of the City of Bend alerted me to this information, which is from the American Bar Association's Section on Environment, Energy, and Resources (EER).

The ABA Section of Environment, Energy, and Resources recognizes the following paper submissions as the "Best Papers" prepared for the 37th Annual Conference on Environmental Law (Keystone), 26th Annual Water Law Conference, 15th Section Fall Meeting, and the 36th Annual Conference on Environmental Law. Each author was presented with a certificate of recognition and a Section publication as a token of appreciation for their outstanding submissions.

You can download each of these free here.

Here are the Environmental Law winners:

Thomas A. Bloomfield | Gallagher & Gallagher, a Professional Corporation
The Topsy Turvey World of CERCLA Uncertain Law – Uncertain Science

Sharon M. Mattox | Vinson & Elkins, L.L.P.
The 404(b)(1) Guidelines: Overview and New Developments

Rex R. Raimond | The Meridian Institute
Ethical Considerations Regarding the International Development and Application of Nanotechnology and Nanoscale Materials

Douglas R. Williams | Saint Louis University School of Law
Complexity, Competence, and Confidentiality: Ethical Issues at the Cutting Edge of Environmental Law

Water Law winners:

Charlton H. Bonham | Trout Unlimited
A Recipe from the Field for Dam Removal Agreements

Sandra Zellmer | University of Nebraska College of Law
Anti-Speculation: Ghost-busting, Trust-busting, or Ensuring Beneficial Use?

I have read only Zellmer's paper, which both Patrick and I strongly recommend. Her paper graces the 15 April 2008 issue of