First-ever use of turbines in shallow waterways holds promise to generate sustainable electricity.
From The Mountain Mail (Joe Stone):
The Upper Arkansas Water Conservancy District board of directors addressed two Water Court cases during the May board meeting, an ongoing case to change the use of irrigation water rights in Coaldale and a new filing by the town of Buena Vista for a plan of augmentation for McPhelemy Pond.
The Coaldale case, 2016CW3055, involves Hayden Creek water rights associated with the CB Ranch, which was purchased by Security Water and Sanitation District.
The Upper Ark district has filed a statement of opposition in the case, and Security has filed its preliminary engineering report, proposed decree, proposed water accounting and a revegetation proposal.
In preparation for the district’s response to the filings, Chris Manera, district engineer, has begun a consumptive use analysis.
Manera reported that he is examining return flows from historic irrigation that provided water for approximately 150 acres of alfalfa crops.
An accurate determination of these return flows will be a key factor in this case since Security is required to replace return flows to avoid injury to other water rights.
District Manager Terry Scanga said the San Isabel Land Trust would like to work with Security so that some the historically irrigated land can continue to be used for agriculture, which would prevent the types of problems experienced by the dry-up of other ranches in the Upper Arkansas Basin.
He reported on a meeting with Security and the land trust to discuss the possibility of leasing some of the water for that purpose and said both parties are interested in continuing discussions.
Board members voted to allow district staff to facilitate those discussions.
Kendall Burgemeister, attorney for the district, reported that Security has lost the use of well-water sources due to contamination in the aquifer, making the Hayden Creek water rights more critical to the city’s water supply.
Scanga said another possibility would be for the land trust to acquire other sources of water to keep some of the land irrigated.
In Water Court filing 17CW3022, the town of Buena Vista’s proposed augmentation plan to replace water from evaporative water losses from McPhelemy Pond, would involve exchanges on Cottonwood Creek and use of Cottonwood Reservoir water for augmentation.
Since the Upper Ark district owns Cottonwood Creek water rights and operates Cottonwood Reservoir, board members voted to get into the case to ensure that its water rights and operations are not negatively affected.
According to Buena Vista’s Water Court filing, the amount of water to be augmented is 1.37 acre-feet annually.
In Case 96CW17, the town has a conditional decree for an appropriative right of exchange to allow the town’s purchased Fryingpan-Arkansas Project water to be stored in Cottonwood Reservoir.
As part of its recent filing, Buena Vista also seeks to include augmentation for McPhelemy Pond as an additional use of that water.
At the meeting district directors also:
• Welcomed new board member Dennis Giese, who was appointed to fill the Division 3 seat, corresponding to Chaffee County School District R-31, which was vacated when Frank McMurry resigned.
• Received a detailed presentation from Manera about the efficiency of the DeWeese Irrigation System and potential improvements to increase water storage potential and improve the exchange potential on Grape Creek below DeWeese Reservoir.
• Heard a report from Scanga about meetings of the Arkansas Basin Roundtable and the Colorado Inter-Basin Compact Committee, including the next phase of the Statewide Water Supply Initiative, which will examine how existing projects can meet future water demands.
• Approved an increase in the district education budget from $10,000 to $25,000 to fund a new website and an educational video.
• Heard a report from the Resume Review Committee, responsible for reviewing Division 2 Water Court filings.
• Learned that a “mutually beneficial” agreement with Poncha Springs was reached concerning the Friend Ranch water.
• Learned that Chaffee County officials entered into an intergovernmental agreement with the town of Buena Vista for source water protection.
• Received a legislative update from consultant Ken Baker, who reviewed legislation taken up in the 2017 legislative session.
From The Fairplay Flume (Lynda James):
The closing on 10.05 acre feet of augmentation water from Lone Rock H2O took place June 19.
Purchasing the water was a collaborative effort between the Park County, Fairplay, the Headwater Authority of South Platte and the two water conservancy districts in the county.
The districts had an option to purchase the 10 acre feet from Lone Rock.
HASP will own and manage the augmentation water for the Beach…
Of the 10.05 acre feet, 9.618 acre feet were purchased to augment evaporative losses from the Fairplay Beach reservoir and remaining 0.435 acre foot was purchased by the county for $6,600.
The Beach parcel is owned by the Town of Fairplay, but the water in the reservoir is jointly owned by Fairplay, Park County and the Upper South Platte Water Conservancy District.
Several decades ago, the three entities joined together to build the reservoir for recreational purposes, and at that time, augmentation water was not required. Today it is required.
After Water Commissioner Graver Brown determined that 9.618 acre feet of augmentation were needed, the USPWCD asked the Center of Colorado Water Conservancy District if it would agree to using the Lone Rock option to purchase augmentation water for the Beach.
The Center agreed and then the USPWCD applied for a Land and Water Trust Fund grant to purchase the Lone Rock water. That grant was approved by the county.
The purchase price was $13,000 an acre foot.
The entire process has taken more than two years and June 15, the commissioners signed warranty deeds and several other documents related to the purchase.
From the Associated Press via the The Denver Post:
The Forest Service picked this valley as a place to send heavy equipment and fight against the flooding that caused havoc below in the months after the fire. Five years later, the images of cars floating away in Manitou Springs remain unforgettable. Here in this sparse forest, water runs controlled thanks to those excavators, which stacked logs to form dams and sculpted the channel, filled with flow-slowing objects such as rocks and charred branches.
And all along it, willows were planted with the design of further stabilizing the banks. Also, the willows could provide shade. Perhaps with cooler waters, plant and animal habitats will make a suitable home again…
The hydrologist based in Colorado Springs calls this “a pilot site” — the beginning stage for a recovery tactic that could work at riparian areas across the scar. Along with the 2,000 willows planted last month in Waldo Canyon itself, thousands more seedlings could be spread in the barren landscape beyond.
The site showcases other revegetation trends across the scar: the erosion-mitigating grasses that RMFI planted over wiped-out hillsides, accompanied by the Forest Service’s dump of mulch from a helicopter. And Shipstead expects other human action here: biocontrol by releasing bugs which crave the invasive weeds that took root after the fire.
The group steps over the plant henchmen remaining — the spiky thistle and fuzzy mullien. They continue their willow count silently, nervously, it seems…
Five years after the devastation, land managers maintain a hopeful narrative. The Forest Service calls the burn scar 70 percent revegetated — a figure that does not allude to the return of the previous conifer-covered state, but to a transformed one.
The area is taking on a look it likely had centuries ago, says Pikes Peak District Ranger Oscar Martinez. Mother Nature has “reset the clock,” he says, by pulling up the aspens that long lay dormant beneath the now-destroyed pines and firs that dominated for generations in forest time. Also covering the slopes now are tangles of scrub oak; they, like aspens, were eager to make their presence known soon after the conifers departed…
A fire of Waldo Canyon’s magnitude heats the ground to a point of hydrophobicity, where instead of water being absorbed, it is repelled. Further complicating the conifers’ return is the forest’s unique soil — “calling it a soil is kind of a generous term,” Martinez says. Conservationists call Pikes Peak granite “kitty litter,” for its pebbly, porous condition, which rain had no problem moving in the days after the burn, washing the sediment into the canyon and piling it up to heights of grown men.
That phenomenon made portions of the Waldo trail disappear along its 7-mile loop. The Forest Service continues to take questions as to when the trail will reopen, and land managers say people should refine their questions, considering the trail no longer really exists. Realignment seems more than likely…
Back at the recovery site, the willow count continues. Reflecting on the restoration here and at areas across the scar going forward, RMFI’s Peterson wonders about human’s role. “We can jump-start the process,” she says, “but nature is smarter and stronger. Nature will always find a way.”
Here’s the release from the US Bureau of Reclamation:
Bureau of Reclamation Acting Commissioner Alan Mikkelsen announced that Reclamation has awarded $664,754 to seven entities to implement watershed management projects. The funding will be used for projects that enhance water conservation, improve water quality and ecological resilience, reduce water conflicts, and advance goals related to water quality and quantity.
“Cooperative watershed groups bring together diverse partners to address water management needs in their local communities,” Mikkelsen said. “The projects announced today will help restore watersheds and reduce water conflicts that were collaboratively developed within their communities.”
These are the first projects selected under Phase II of the Cooperative Watershed Management Program…
Eagle River Watershed Council, Inc., will receive $90,000 for a total project cost of $1,363,500 to improve instream flows in Abrams Creek, southwest of Eagle, Colorado. This project is being completed in conjunction with Trout Unlimited, Colorado Parks and Wildlife and Buckhorn Valley Metropolitan District.
Short-term Drought Status Summary for May 2017
While several storm systems passed through the state in May, the precipitation fell primarily across central and northern Arizona, leaving southern Arizona relatively dry.
The dry spring that followed the dry winter in southeastern Arizona led to deterioration in drought conditions in this area. Pima, Cochise, Santa Cruz, southern Maricopa, Pinal, Graham and Greenlee counties are now all in moderate drought (D1).
Until the monsoon activity begins, conditions are not likely to improve, and fire danger continues to be high in central and southern Arizona.
Long-term Drought Status Update: January – March 2017
The winter storms in January and February combined with the earlier storms in November and December brought significant rain and snow to northern and central Arizona.
The relatively heavy winter precipitation has finally improved many watersheds that were bordering an improvement over the past six months or longer.
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From The Grand Junction Daily Sentinel (Tamera Minnick):
Soils are vital to ecosystem health. In the U.S., we learned this the hard way in the 1930s Dust Bowl. Extreme drought was just one of the drivers of the Dust Bowl. The effects were magnified by economic, policy and land management decisions during the prior decade.
At the end of World War I, European agriculture was in disarray and American agriculture benefited. During a few years, wheat prices were high and borrowing money was easy. The result was 5.2 million acres of marginal agricultural lands plowed to grow wheat. In retrospect, we now appreciate that these lands should have stayed as native grass.
Once that soil was destabilized by plowing and left bare in the drought, it blew. And blew. People died of dust pneumonia — not caused by a bacteria or virus, but from the dust itself.
In 1935, Dr. Hugh Bennett, a soil scientist, prescribed protecting and revegetating these marginal lands with grasses. When government agencies insisted that soil was a resource that could not be exhausted, Bennett replied, “I didn’t know so much costly misinformation could be put into a single brief sentence.” The main problem with Bennett’s ideas, like today, was that he had to persuade Congress to fund them.
Congress was stubborn, but Bennett rescheduled a hearing for an afternoon in which he knew that a big duster had formed and was headed for Washington, DC.
As the meeting began, success appeared unlikely. It suddenly grew dark. The dust storm blew in and turned day to night. Funding was approved. This was the inception of what would become the Soil Conservation Service, now the Natural Resources Conservation Service. Today, most farmers have easy access to an NRCS office.
NRCS strives to decrease erosion by aiding farmers in adopting techniques such as low- or no-till plowing, contouring with the landscape, using buffer strips around water, and planting shelterbelts.
Building on this success, President Ronald Reagan implemented the Conservation Reserve Program in 1985. The intent was to take marginal land, mostly land at risk for erosion, out of crop production and plant native grass. The federal government pays rent to farmers for providing this public service of stabilizing these marginal lands.
The CRP has decreased erosion, improved wildlife habitat, and enhanced water and air quality, all while keeping the land in private ownership.
One of the deficiencies of the CRP is the short-term nature of the contracts. For 15 or 20 years, erosion is controlled, soil organic matter gradually accumulates, wildlife populations rebound, and sites stabilize. But there can be sudden changes.
For instance, in 2007, crop prices increased dramatically. Many marginal lands were put back into crop production. In one year, many of those public goods, paid for by taxpayers, were eliminated.
In the late 1990s, a new conservation tool was developed — conservation easements. With conservation easements, the right to develop the land is relinquished and, in return, the owner usually is accorded significant tax credits.
One similarity between the CRP and conservation easements is that entering into either one is voluntary. The landowner makes a personal and economic decision that the program is the right thing to do with his or her private land. Additionally, the private land remains private.
There are some major differences between conservation easements and CRP. Under conservation easements, many land uses are allowed, including continued crop production; these are described in a contract. Also, the easement is often held by a non-profit (like our own Mesa Land Trust). The result of an easement is a substantial tax credit (which in Colorado can be transferred to others). Finally, the easement is permanent, not just a 10- or 15-year contract.
That last point is important. At Colorado Mesa University, my colleagues, students, and I have reported that it may take our fragile western soils 50 years or more to recover to a healthy functioning status following damage (and much longer if topsoil is lost to erosion). Permanent conservation easements assure public investments will not be lost with short-term fluctuations in commodity prices.
Another reason that conservation easements are in perpetuity? In order to gain the federal and Colorado tax credits, the easement must be permanent.
Mesa Land Trust is phenomenally successful in our county. There is widespread support, and they have helped landowners protect, in perpetuity, over 66,000 acres. Much of this is important wildlife habitat outside of the valley, while some insures that agriculture thrives in the valley and that we have buffers between our towns to preserve the rural character of our area.
Conservation easements are a modern tool based on our improved understanding of the science of how ecosystems function. Their perpetual nature guarantees the public’s return on this investment.
Tamera Minnick, Ph.D., is a professor of environmental science and technology at Colorado Mesa University where she has taught soil science and sustainability. She recently renewed her membership with Mesa Land Trust. Much of the Dust bowl information came from Timothy Egan’s “Worst Hard Time: The Untold Story of Those Who Survived the Great American Dust Bowl.” Email firstname.lastname@example.org.