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[Water_news] 5. DWR's CALIFORNIA WATER NEWS: AGENCIES, PROGRAMS, PEOPLE - 11/24/2008

Department of Water Resources

California Water News

A daily compilation of significant news articles and comment

 

November 24, 2008

 

5. Agencies, Programs, People –

 

 

Dry Land’s Wet Fate

12 Coronado homeowners say their yards are sliding into the bay from erosion linked to channel dredging, waves from Navy carriers

San Diego Union Tribune

 

What if water rules change?

Ag Weekly

 

Critics blast report on state regulation of groundwater use

Stockton Record

 

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The Rising Tide in California

It’s not the extra few feet of water that make sea level rise so dangerous. It’s the extra few feet during a storm during El Niño during high tide, say researchers

California Progress Report

 

 

Dry Land’s Wet Fate

12 Coronado homeowners say their yards are sliding into the bay from erosion linked to channel dredging, waves from Navy carriers

San Diego Union Tribune – 11/23/08

By Janine Zúñiga

 

CORONADO – About 35 feet of Barbara Sewall's backyard has washed into San Diego Bay over the past decade, taking her beloved garden of colorful roses, irises and lilies.

 

The 88-year-old widow fears it's only a matter of time before her Coronado home is gone, too.

 

“I have papers that say we own this land, but it's all disappeared,” Sewall said.

 

Sewall is one of a dozen homeowners living along First Street in Coronado who are losing about 1.7 feet of land each year to erosion, according to two studies by the U.S. Army Corps of Engineers.

 

Three of those property owners are taking legal action. They blame the erosion on dredging that was done to deepen the channel and on waves from the Navy's aircraft carriers that dock nearby. The Navy, however, is expected to release an environmental report next month that absolves it of any responsibility for the erosion.

Sewall and two neighbors are suing the Army Corps, the San Diego Unified Port District and the Navy for help in protecting their properties. They point to a 2005 Army Corps study, still in draft form, which states that within 15 to 25 years, about 12 homes could be lost or be too hazardous to occupy.

 

The neighbors say the erosion is caused by three efforts between 1998 and 2005 to deepen the bay by dredging the channel, and Navy carriers that measure more than 1,000 feet long, the size of nearly three football fields. The last dredging in 2005 removed 550,000 cubic yards of sediment and lowered the channel depth to 42 feet from 40 feet in an area where the carriers turn near the First Street homes.

 

The lawsuit alleges that the dredgings made the steep slopes of the channel even steeper, though the studies do not name dredging as a cause of the erosion.

The property owners, who began to notice the erosion over the past several years, want the agencies to “construct appropriate protective measures” to prevent the loss of their homes or provide compensation for damage to their properties and for the loss of their homes.

 

The studies

Both studies by the Army Corps of Engineers looked at 35 properties on 2,800 feet of land on First Street between Alameda Boulevard and D Avenue, where at least two homes are listed for sale at $8 million. The studies say the primary reasons for erosion, or the removal of sediment from the shore, are the waves created by boat and ship traffic and a steep, offshore slope in the channel that, because of gravity, tends to pull at the onshore sediment.

 

Lt. Col. Burke Large, assistant district counsel for the Army Corps, would not comment on the lawsuit because it is pending.

The studies suggest four ways to protect the 12 homes most at risk. The most expensive, at $3.3 million, includes building a 320-foot-long, 8½-foot-tall protective stone structure reinforced with filter fabric and sand.

 

Navy officials deny that the carriers and dredging caused the problems, and are considering putting a third carrier, the Carl Vinson, at the base in 2010. The Navy agreed, though, to take a look at erosion in its analysis of the impact of a third carrier making its home at North Island Naval Air Station.

 

Navy analysis

The Navy's draft analysis, which will be added to a 1999 environmental impact statement, says the shoreline is in continuous change and that the erosion is caused by natural and historical conditions.

 

Among those conditions are tides moving rapidly through a narrow passage between First Street in Coronado and Seaport Village in San Diego, large troughs on the bay floor and an unknown number of dredging projects over the years, the draft report states.

 

Additionally, the Navy report says that much of First Street was filled, or artificially extended, toward the water between 1929 and 1985, and is more susceptible to erosion than property without fill.

The property owners' attorney, Richard Opper, said he knows of only one fill project that occurred in the First Street area – and that was in the 1930s.

The Navy's environmental study will contain extensive analysis on the erosion, said a Lt. Kellie Randall, a Navy Region Southwest spokeswoman.

 

Leslie FitzGerald, the deputy port attorney handling the case, said the port was not involved with the dredgings except to help pay some of the costs. She said neither the port nor the Army Corps is responsible for the erosion.

 

“They have provided no proof of their claims and no proof that the Army Corps (dredging) projects undermined their properties,” FitzGerald said.

Howard Chang, an engineering consultant specializing in erosion, said waves, tidal motion, deep-water troughs, dredging and even wind can cause erosion.

“All of these are factors,” said Chang, who is not aware of the details of the erosion on First Street and has not read the Army Corps studies. “But I would refill what's been lost and, secondly, stabilize the shoreline.”

 

Speaking out

Leo Beus, who lives two doors down from Sewall and is part of the lawsuit, said the soil placed underneath rocks and a special filter fabric he put in to protect his property have been steadily washed away, leaving a 5-foot-deep hole under unstable rocks.

 

“I won't let my kids or grandkids go out there,” Beus said.

 

Port and Army Corps officials visited Beus' property in 2005 and acknowledged the problem, he said. They encouraged him to ask the Army Corps for an emergency permit to build a barrier to protect his home. He made the request, but it was denied.

 

Beus said he was later told by Army Corps officials that he needed an environmental study before he could put in a barrier. Estimates on the study's cost were more than $1 million, he said.

 

“It's really frustrating,” Beus said. “The erosion is now starting underneath my swimming pool. It will eventually crack. It's not going to last very long. Pool people have advised me to drain the pool, but then I have a hole in my backyard.”

 

Opper said he hopes that by next year, everyone will have agreed to fix the problem.

 

“The answer might be a sea wall,” Opper said. “Let's get one put in so these homeowners don't have to give up their backyards and lose their homes.”

Meanwhile, Sewall feels as if she's walking a fine line. Her husband, Richard Sewall, a retired Navy captain, died in March. She fears upsetting longtime Navy friends, but she feels abandoned by the government.

 

“We want to be friendly and work with the Navy, but feel they haven't been fair,” Sewall said. “We're getting desperate now.” #

http://www.signonsandiego.com/news/metro/20081123-9999-1m23erode.html

 

What if water rules change?

Ag Weekly – 11/22/08

By Cindy Snyder, Ag Weekly correspondent

 

BOISE, Idaho - Water users who rely on federal projects to deliver water may think they know what their rights are, but they could be wrong.

Take the shareholders in the Stockton East Water District. The district is located in a part of California that has been heavily dependent on ground water since the Gold Rush days. The aquifer is in a state of critical overdraft, said Jennifer Spaletta, an attorney from California that is representing Stockton East in a court case that began when she was still in school.

 

 

In the 1970s, the Bureau of Reclamation built a dam on the Stanislaus River and created a reservoir that holds 2.4 million acre-feet of water to relieve the pressure on the aquifer. BuRec contracted with two entities to provide 155,000 acre-feet of water provided those entities built the infrastructure to get the water from the reservoir to their projects.

So Stockton East sold bonds and assessed everyone from irrigators to homeowners to raise the $65 million needed to build the 25 mile-long conveyance system that included tunneling through the mountains.

The BuRec contracts were signed in 1983, the canal system was completed in 1992, the same year Congress redirected BuRec to use 800,000 acre-feet of the yield of the reservoir for fish restoration. As soon as Stockton East finished building the canal system, it asked for 10,000 acre-feet of water and was denied.

And that raises a couple of questions: What does the law mean when contractors have contracts to receive water from a federal Bureau of Reclamation project but the federal government decides to use the water for a different purpose? If the government decides to use the water for fish restoration is that a takings, a breach of contract or a really bad deal?

 

  

“Unfortunately, many of you in this room may face this situation,” Spaletta told water managers and water-law attorneys during the Idaho Water Users Association’s annual fall water law seminar in Boise on Nov. 7.

Stockton East Water District has been trying to find answer since 1993 after the district was told that a minimum reservoir level of 1.4 million acre-feet was needed to provide the 800,000 acre-feet of water for fish and wildlife.

Essentially, Spaletta said, the federal government said, “We are never going to give you all your water.”

Even in wet years, when the dam is operating under flood-release guidelines, Stockton East has never received more than the 90,000 acre-feet cap established by the government. Because the district has never been able to put all of the water to beneficial use, there is now questions about whether it still has a valid claim to all of the water.

The other entity that entered into a contract with BuRec to receive water from the dam was a municipal water district that has been forced to mitigate, to buy water from other sources, to get the needed water.

So Stockton East filed a lawsuit claiming that BuRec was in a breach of contract by not supplying all the water specified in the contract and another claiming that the deficit represented a constitutional takings.

These are two separate issues, so the decision was made to try the breach of contract case first, and then the takings claim.

The district lost its initial breach of contract case and has filed an appeal. Spaletta expects to know the outcome of the appeal within six months. The central question, she believes, has ramifications for irrigation districts and canal companies that rely on federal projects.

“When the districts entered into those contracts, did they assume all the risk of the government changing their priorities or did the contract protect them?” she asked.

She also briefly mentioned the Klamath Irrigation District in Oregon and California. In that case, attorneys are trying the takings claim first and then will litigate the breach of contract case — the opposite of the strategy used by Stockton East. Because it is unclear who actually owns the water rights in that case, the case has been sent back to have the water rights resolved through an adjudication process before the takings claim will be considered.

So far, the courts seem to be finding the government is not in breach of contract if the government decides to use the water for another purpose.

However, Spaletta was quick to point out there are no consistencies between the three cases she discussed. The third involve a municipal water district that was told to build a fish ladder and then sued for a takings because it can no longer use all the water it is entitled to.

The best advice she can give to water districts and canal companies is to know their water rights.

“A lot of people don’t understand all the ways their water right is limited,” Spaletta said. “We have had success when you understand your limits and we can say, ‘Government, you’ve gone beyond this and you owe me money.’”#

http://www.agweekly.com/articles/2008/11/22/news/ag_news/news03.txt

 

Critics blast report on state regulation of groundwater use

Stockton Record – 11/23/08

By

 

STOCKTON - A report saying groundwater use should be regulated by the state was blasted last week by San Joaquin County farmers and water users as the latest "assault" on water rights here.

 

The nonpartisan Legislative Analyst's Office in October issued a report recommending lawmakers approve a water rights system for groundwater, as the state already has for water diverted from rivers or streams.

 

Most landowners can draw groundwater without such approvals or permits.

 

The county's Advisory Water Commission on Wednesday voted to recommend county supervisors oppose the proposal and keep close watch for any legislation that might result from the report.

 

"Tell (the state) to stay out of it," Stockton water attorney Dante Nomellini said at an earlier meeting. "It should be a local matter. They want to eliminate all property rights to water."

 

The report is indeed intended to inform legislators, but it doesn't say outright that the state should dictate exactly how much water an individual landowner can take.

"You'll see, it's pretty vague," said Catherine Freeman, a water analyst with the LAO. "The idea is not to say, 'You have to go this route to regulate groundwater.' We know there are a lot of folks doing a great job locally. We don't discount that."

 

But the report says relying on groundwater as a significant future source may be hampered by the fact that there are no state rules governing its use. Groundwater management at the local level may not take into account the needs of the state, the report says.

 

Every other western state except Texas issues groundwater rights in some form, Freeman said.

 

San Joaquin County officials have plans to recharge the dwindling underground aquifers here, in part by sucking up more surface water to reduce dependence on below-ground storage.

 

Mel Lytle, water resources coordinator for the county, called the report a "new assault" on water rights.

 

"It's potentially a huge concern, not only for irrigation districts but also for any cities that rely on groundwater," he said. Stockton gets about one-third of its supply from the ground.

 

Water commissioners were also unhappy with the LAO's recommended changes to surface water rights. The group's report says that the "use it or lose it" policy attached to water rights on rivers or streams can foster waste.

 

The report recommends that water rights for agriculture, for example, might in the future cover only the amount of water needed to grow a given crop.#

http://www.recordnet.com/apps/pbcs.dll/article?AID=/20081123/A_NEWS/811230315/-1/rss14

 

The Rising Tide in California

It’s not the extra few feet of water that make sea level rise so dangerous. It’s the extra few feet during a storm during El Niño during high tide, say researchers

California Progress Report – 11/23/08

By Robert Monroe
UC California San Diego


Scripps Institution of Oceanography

Robert Monroe is an award-winning journalist and senior science writer at UCSD's Scripps Institution of Oceanography. Scripps is one of the oldest, largest, and most important centers for ocean and earth science research, education, and public service in the world. Research at Scripps encompasses physical, chemical, biological, geological, and geophysical studies of the oceans and earth.

 

In "Dover Beach," the 19th Century poet Matthew Arnold describes waves that "begin, and cease, and then again begin... and bring the eternal note of sadness in."

But in the warming world of the 21st Century, waves could be riding oceans that will rise anywhere from 0.5 meters (19 inches) to 1.4 meters (55 inches), and researchers believe there's a good chance they will stir stronger feelings than melancholia.

 

Several scientists from Scripps Institution of Oceanography at UC San Diego are finding that sea level rise will have different consequences in different places but that they will be profound on virtually all coastlines. Land in some areas of the Atlantic and Gulf coasts of the United States will simply be underwater.

 

On the West Coast, with its different topography and different climate regimes, problems will likely play out differently. The scientists' most recent conclusions, even when conservative scenarios are involved, suggest that coastal development, popular beaches, vital estuaries, and even California's supply of fresh water could be severely impacted by a combination of natural and human-made forces.

 

Scripps climate scientists often consider changes in average conditions over many years but, in this case, it's the extremes that have them worried. A global sea level rise that makes gentle summer surf lap at a beachgoer's knees rather than his or her ankles is one thing. But when coupled with energetic winter El Nino-fueled storms and high tides, elevated water levels would have dramatic consequences.

 

The result could transform the appearance of the beaches at the heart of California's allure.

 

"As sea level goes up, some beaches are going to shrink," said Scripps oceanographer Peter Bromirski. "Some will probably disappear."

 

Sea level has been trending upward for millennia. For the last 6,000 years, it is estimated that global sea levels have rising an average of five centimeters (2 inches) per century. Before that, between 18,000 and 6,000 years ago, the seas rose a full 120 meters (400 feet). Step by step, they bit into rocky coastlines like California's by smashing cliffs, creating beaches with the debris, rising a bit more, and repeating the process over and over again.

 

Humans are speeding up the pace of that assault. The United Nations-sponsored Intergovernmental Panel on Climate Change (IPCC) reported that sea level rose, on average, 1.7 millimeters (0.07 inches) per year over the entire 20th Century. But recent estimates from satellite observations find a marked increase, at 3.1 millimeters (0.12 inches) per year since 1993.

 

The oceans are rising because the warming ocean water increases in volume and because water is being added from melting glaciers and land-based ice sheets. The complex difficult-to-predict contribution of the latter is such a matter of controversy that the recent IPCC Fourth Assessment report didn't factor glacial melt into its sea level rise estimates. Today there is quite broad-based opinion that the IPCC estimates are considerably lower than the higher range of possible sea level rise. Some individuals, pointing to the quantity of water frozen in Greenland and Antarctica and to ancient sea level evidence, have suggested that sea level rise could reach several meters by the end of the 21st Century. However, an August paper in the journal Science co-authored by former Scripps postdoctoral researcher Shad O'Neel suggests that some of the more exaggerated claims that water could rise upwards of 10 meters (33 feet) by century's end are not in the realm of possibility. O'Neel and co-authors indicate that the realities of physics impose a cap of 2 meters (6.6 feet) for possible sea level rise by 2100.

 

"That's fine," said Scripps climate researcher Dan Cayan, who is leading an analysis of climate change scenarios for the state of California, "but two meters is still enough to do a lot of damage."

 

Recent news footage of overtopped levees makes it easy to envision what two meters' difference means to low-lying cities like New Orleans, especially when extreme events like hurricanes are factored in. Any flooding would be proportionately higher than it is now. Additionally Bromirski recently showed that sea level rise will amplify the power and frequency of hurricane-generated waves that reach shore, even if the storms themselves don't make landfall.

 

In contrast to the beaches of the East Coast, many of which are covered with vast expanses of sand, California's coastline is predominantly bedrock covered by a relatively thin veneer of sand. That sand can shift or disappear during storms. Thus, preserving the precious supply that keeps the tourists coming has for decades been a priority for state officials. Resource management, however, has required them to make trade-offs. They have constructed seawalls to protect houses built on ocean cliffs. They have dammed rivers to create supplies of water for drinking and to prevent floods and debris from damaging downstream developments.

In so doing, nature's two primary sources of beach replenishment have been muted in a process known as passive erosion. Managers have compensated through artificial beach replenishment projects but at a costs that approach $10 per cubic yard. Since usually millions of cubic yards of sand need to be moved, there are monetary limits to what they can reasonably accomplish.

 

Reinhard Flick, who received his doctorate in oceanography from Scripps in 1978, needs only to look out his office window to watch the losing battle of beaches unfold. During his student days, he used to play volleyball on stretches of sand that are now underwater except during low tide. Rocks buried under several feet of sand four decades ago are now exposed for large parts of the year.

 

The staff oceanographer for the California Department of Boating and Waterways, Flick said that seawalls causing passive erosion will likely combine with sea level rise to doom some Southern California beaches. The change will become most apparent during El Nino events, when a pool of warm Pacific Ocean water settles off the coast for a year or two. El Nino has a dual effect on the West Coast. It not only feeds more intense storms but the warm ocean water itself causes a temporary spike in sea level that is above and beyond the rise that climate change is causing. During the 1997-98 El Nino, for instance, tide gauges off San Francisco recorded that sea level was 20 centimeters (8 inches) above normal for more than a year, including the winter storm season. That temporary rise is about equal to the rise observed for the entire 20th Century.

 

If sea levels rise substantially, when a large storm coincides with a high tide during an El Nino event, there could be widespread inundation along the California coast. Effects could range from a submersion of areas of San Diego's Mission Beach to an inundation of the Sacramento-San Joaquin Delta. There, an overtopping of the delta's levees by brackish water could paralyze the main component of the state's water delivery system. Cayan noted that repairs to the system could take months.

The threat resonates with state officials, who have tasked Scripps and other institutions with creating and updating sea level rise scenarios.

 

"There's no clear path forward with sea level rise," said Tony Brunello, deputy secretary for climate change and energy at the California Resources Agency, a key Scripps partner in developing the state's response to manifestations of global warming. "You typically want to work with one number (but) what we want people to do is work with the whole range of estimates."

 

Cayan and other Scripps researchers who are collaborating to study sea level rise emphasize that there remains a great deal of uncertainty in the creation of estimates for the coming century. The range of rise estimated by Cayan is based on scenarios of global air temperatures over the next 100 years, which range from about 2 degrees C (3.6 degrees F) to about 6 degrees C (10 degrees F). By 2100, global sea level rise reaching a half-meter seems likely, and if the higher rates of potential warming occur it could rise by more than one meter. The potential cost of any government project or policy change puts a high premium on narrowing this range. As O'Neel and his co-authors observed in their paper, the cost of raising Central Valley levees only 15 centimeters (6 inches) to prepare for higher sea levels has been estimated at more than $1 billion.

 

"These are very broad-brush preliminary kinds of studies right now, but you have to start somewhere," said Scripps coastal oceanographer Bob Guza.

 

Flick said it will be essential for scientists to be able to study the effects of the next El Nino so they can begin to understand not just where damage will happen on the California coast but to what extent. He only had surveyor's equipment and aerial photos available to him to measure beach changes after the 1982-83 El Nino, but Guza and his collaborators now have light detection and ranging (LIDAR) and GPS technologies to make precise surveys of beach and cliff damage. Guza and Flick hope that Scripps can not only enhance its use of such technology but to deploy it within hours of a major storm event.

 

"We need to be geared up to quantify what beach changes are," said Flick. "We have to do an even better job of studying wave forces and wave climate."

 

If there's any good news for Southern California, Scripps climate scientist Nick Graham has estimated that ocean warming trends will drive storm tracks farther north, perhaps sparing the state's lower half from the full brunt of buffeting El Nino waves the 21st Century will generate. Graham compared winds produced in three different simulations of climate change with those generated in the late 20th Century. The models showed that Southern California can expect a moderate decrease in wave size of about 0.25 meters (10 inches). But even there, Graham sees a problem.

"I'm a surfer. I think that's horrible," he said.#

http://www.californiaprogressreport.com/2008/11/the_rising_tide.html

 

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DWR's California Water News is distributed to California Department of Water Resources management and staff, for information purposes, by the DWR Public Affairs Office. For reader's services, including new subscriptions, temporary cancellations and address changes, please use the online page: http://listhost2.water.ca.gov/mailman/listinfo/water_news. DWR operates and maintains the State Water Project, provides dam safety and flood control and inspection services, assists local water districts in water management and water conservation planning, and plans for future statewide water needs. Inclusion of materials is not to be construed as an endorsement of any programs, projects, or viewpoints by the Department or the State of California.

 

 

 

 

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