A 5-2 Longmont City Council majority decided Wednesday night to ask voters’ authorization to sell an estimated $36.3 million in bonds to help finance the city’s share of costs for the Windy Gap Firming Project…
…the city’s water customers would pay higher rates in 2018, with rates increasing by an average 13 percent above 2017 levels. There would be another 10 percent increase in 2019 and a 6 percent increase in 2020 as the city makes annual principal and interest repayments on the 20-year bonds.
The water rate-backed bonds, along with about $6.2 million the city projects it will be getting from development fees and other sources, would cover Longmont’s costs of paying for the project that would be able to provide the city with about 10,000 acre-feet of water. A council majority continued to endorse the 10,000 acre-feet level on Wednesday night.
Mayor Dennis Coombs and council members Brian Bagley, Bonnie Finley, Jeff Moore and Gabe Santos voted Tuesday to direct the city staff to prepare an ordinance that will, when adopted, advance the bonding question to November’s ballot.
Council members Polly Christensen and Joan Peck voted against the $36.3 million bonding scenario.
Christensen and Peck instead tried to get the council to support an alternative that would have lowered Longmont’s Windy Gap Firming Project level from 10,000 acre-feet of water to an 8,000 acre-foot participation. That option would have maintained a set of 9 percent annual water rate increases that already are to take place at the start of 2018 and again in 2019, but with no rate increases above that 9 percent level in either of those years.
The Christensen-Peck approach, however, failed on a 5-2 vote, with all other council members voting against that option.
Santos said that when it comes to water delivery and supplies, “it’s incumbent on us to make decisions for the future, for the next generations.”
Coombs noted that under Longmont’s tiered water-rate system, with residents’ and businesses’ actual water bills based on how much water they actually use, “people have some control,” even with the pending increases ahead.
Customers “can take some responsibility” for conserving water, and thereby reducing the water bills they get, even with the higher rates ahead in future years, he said.
Peck, however, said she was concerned that “we’re buying more (water) than we actually need” if Longmont sticks with the 10,000 acre-feet participation level from the Windy Gap Firming Project, which is to include construction of a new Chimney Hollow Reservoir southwest of Loveland.
Prior to the council’s Wednesday night action to direct the staff to prepare the ballot measure language for the bonding option, a number of residents spoke about their opposition to that project and questioned its need. Some also objected to the entire concept of diverting water from the Western Slope to the Front Range.
Click here to read the newsletter. Here’s an excerpt:
Chimney Hollow Reservoir receives final approval
The U.S. Army Corps of Engineers recently signed a final Record of Decision and approved a 404 Clean Water Act Permit for the Windy Gap Firming Project. This decision paves the way forward to construct Chimney Hollow Reservoir following a 14-year federal permitting process that began in 2003. Chimney Hollow Reservoir will be located in the foothills immediately west of Carter Lake in southern Larimer County. It will store up to 90,000 acre-feet of water behind a 350 ft. tall dam, which will be one of the first constructed in the United States with an asphalt core. For further information please click any of the links below.
Upper Colorado River Endangered Fish Recovery Program
Wolford Mountain Reservoir
Ruedi Reservoir. Photo credit Greg Hobbs
Green Mountain Dam via USBR.
Grays and Torreys, Dillon Reservoir. Photo credit Greg Hobbs.
Williams Fork spill.
Willow Creek Reservoir.
From the U.S. Fish and Wildlife Service via The Los Alamos Daily Post:
Coordinated releases from a series of Upper Colorado River Basin reservoirs began Saturday, June 3, and are anticipated to continue through this week as part of the Coordinated Reservoirs Operations Program.
The US Bureau of Reclamation, the Colorado River District, Denver Water and Northern Colorado Water Conservancy District as owners and operators of upper Colorado River reservoirs have mutually agreed to modify their operations to benefit the endangered fish of the Upper Colorado River Basin.
The Coordinated Reservoir Operations (CROS) program was established in 1995 as part of the Upper Colorado River Endangered Fish Recovery Program. The purpose of the Coordinated Operations is to enhance spring peak flows in a section of the Colorado River upstream of Grand Junction, Colo. Determined to be critical to the survival of four endangered fish species: the Humpback Chub, Razorback Sucker, Bonytail and the Colorado Pikeminnow. The higher peak flows remove more fine sediment from cobble bars that serve as spawning habitat for the endangered fish. In years with sufficient snowpack, surplus inflows to the reservoirs can be passed downstream to benefit these fish without impacting reservoir yields or future beneficial water uses.
Coordinated Reservoir Operations were most recently conducted in 2016, 2015 and 2010. In 2011 and 2014, wet conditions caused streamflows in certain areas of the basin to approach or exceed levels associated with minor flooding, so CROS was not performed. In 2012 and 2013, reservoirs did not have surplus inflow to contribute due to extremely dry conditions.
Managers of the reservoirs completed a conference call June 2, agreeing to voluntarily run the program this year. Planned reservoir operations as of June 2 are described below. Release and flow amounts are approximate. Most reservoirs will step up releases over the next several days, hold at a constant rate for 3-7 days, and then wind down releases.
Green Mountain Reservoir, operated by the Bureau of Reclamation, will increase releases from 418 cubic feet per second (cfs) to powerplant capacity of around 1400 cfs. Releases from Green Mountain include inflows bypassed by Dillon Reservoir, operated by Denver Water, that will be increased by approximately 100 cfs during CROS.
Denver Water also operates Williams Fork Reservoir, which is releasing 200 cfs. Releases will likely increase to approximately 600 cfs over the coming week to bypass increasing inflows.
Willow Creek Reservoir, operated by the Bureau of Reclamation and Northern Colorado Water Conservancy District, is releasing 90 cfs. Releases will increase this week to roughly 600 cfs by curtailing pumping operations to Granby Reservoir and bypassing those inflows instead.
Wolford Mountain Reservoir, operated by the Colorado River District, is passing inflows of 350 cfs. Outflows will be increased to around 600 cfs for approximately five days.
Ruedi Reservoir, operated by the Bureau of Reclamation, is releasing 182 cfs and will increase releases to approximately 600 cfs over the next few days.
The Colorado Basin River Forecast Center (CBRFC) will incorporate these planned reservoir operations into their streamflow forecasts. Based on weather forecasts and planned reservoir operations, flows in the Colorado River near Cameo (upriver of Palisade, Colo.) are anticipated to be approximately 14,000 – 17,500 cfs, June 7 through June 12, with the highest flows Thursday or Friday June 8 or 9. Flows in the forecasted range are still below defined “bankfull” and flood stages for the area.
More detailed information about forecasted streamflows in the Colorado River basin are available from the CBRFC website at http://www.cbrfc.noaa.gov. A map-based interface allows viewing of hydrographs detailing recent, current and anticipated flows.
For more information, contact Don Anderson, U.S. Fish & Wildlife Service, at 303.236.9883, firstname.lastname@example.org, Michelle Garrison, Colorado Water Conservation Board, at 303.866.3441, ext. 3213, email@example.com or James Bishop, Bureau of Reclamation, at 970.962.4326, firstname.lastname@example.org.
The Upper Colorado River Endangered Fish Recovery Program is a cooperative partnership of local, state and federal agencies, water developers, power customers and environmental groups established in 1988 to recover the endangered fishes while water development proceeds in accordance with federal and state laws and interstate compacts.
Through both natural and man-made activities, the area’s waterbodies will ramp back up to seasonal heights this week. The National Oceanic and Atmospheric Administration anticipates the Colorado River and its primary Summit County tributaries will reach their highest 2017 levels this Wednesday, June 7.
The volume-based flow rates, measured as cubic feet per second, on North Tenmile Creek, for example, will rise from about 600 to 900 cfs and the Blue River north of Dillon should grow in the next two days by another couple hundred cfs from its present 600. To offset forthcoming supply, Denver Water, which owns and oversees Dillon Reservoir, stated that it plans to up flows from Dillon Dam into the Lower Blue River from its Monday total of 380 cfs to 600 no later than Tuesday morning, and between 1,400 and 1,800 cfs by the end of the week.
“The snowpack up on the mountain, it’s now warmed up and is starting to come off,” said Jim Pokrandt, spokesman for the Colorado River District, a public policy agency that closely monitors the region’s major waterway. “It’s fast water, but shouldn’t flood anybody out. All streams will be quicker-paced than people are used to, but the flooding is not the danger.”
North of Silverthorne, additional releases at Green Mountain Reservoir also allow the Bureau of Reclamation to increase power plant capacity and generate more electricity. Those levels could reach approaching 1,400 cfs from the current 418.
Estimating that 40 percent of the winter’s snowpack still remains above Dillon, Denver Water is comfortable increasing the flows from Dillon Reservoir into the Lower Blue River that ultimately head to northern Arizona’s Lake Powell. That result is threefold, preventing wasteful overflow of the reservoir, maintaining ideal recreational heights on the lake, as well as fulfilling the demands of Lower Basin states based on senior water rights.
“Our experts are monitoring conditions carefully with the goal of ending runoff season with a full reservoir,” Matt Wittern, Denver Water Summit County liaison, wrote by email. “That way, we’re able to meet our customers’ needs while providing locals and tourists alike with valued summer recreation activities that have a positive impact on the local economy.”
Where spring runoff has been something like average—and where it hasn’t
Spring runoff of the Yampa River likely peaked on May 14 this year as it flowed through northwestern Colorado. That makes it an anomaly in the precipitation-dripping mountains of the West.
In most other locations, the peak runoff—the time when the largest volume of water in rivers occurs as winter’s snow melts—more normally occurs in early June after temperatures finally warmed. This year looks to be more or less normal, despite a trend to earlier runoff in many locations during the last several decades.
“The Yampa did have an early runoff, and that was the result of the warm temperatures and below-average snowpack,” said Ashley Nielson, senior hydrologist with the Colorado Basin River Forecast Center in Salt Lake City, when interviewed last week by Mountain Town News. The Yampa, she noted, will probably rise again in the next week or so, if not to the same high mark.
But elsewhere, the show is now, not a month ago. Peak runoff of the Green River was expected this week or next. It originates in the Wind River Range of west-central Wyoming. Unlike the Yampa, that basin still has a significant snowpack. That was also reported to be the case in Jackson Hole, at the headwaters of the Snake River. The snowpack there was 181 percent of average in late May, not a record but “up there,” in the words of one water official cited by the Jackson Hole News&Guide.
Peak runoff in the upper Colorado River at its headwaters along the Continental Divide in Colorado was also expected to occur in early June.
Winter had wild swings: barren until late fall, then torrents of snow in December and January. Temperatures were unseasonably warm in February and almost hot in March. It looked like an early runoff everywhere. Then May turned cold and snowy.
What explains the Yampa’s aberrant behavior? Karl Wetlaufer, a hydrologist with the Natural Resources Conservation Service in Denver, said the peak snowpack in northwestern Colorado arrived about a month earlier than usual. That snowpack around Steamboat Springs occurred on March 12, compared a more typical April 10.
Instead of mid-May for the Yampa, he says that rafters floating through Dinosaur National Monument more often experience the highest water flows of the year in early June.
Flows in the Animas River through Silverton and Durango have had some “pretty wild swings,” Wetlaufer says. The Arkansas River has been slow to get started with runoff.
The Snake River of Wyoming and Idaho has a very different story than the Yampa, with around 200 percent of snowpack this year. The Snake originates in Jackson Hole and picks up water from the Big Wood River, which originates in the Sawtooth Mountains above Ketchum and Sun Valley, before joining the Columbia at the Idaho-Washington border.
“My takeaway is that this year is pretty normal” in terms of timing, says Bruce Anderson, the senior hydrologist at the Northwest River Forecast Center, in Portland, Ore. It was cooler and wetter in spring, but the big story was the amount of precipitation that fell during winter. “We are hugely above normal for precipitation.”
In the Tahoe-Truckee area of California’s Sierra Nevada, the snowpack was among the deeper ones on record after three bad drought years and then a so-so winter in 2015-16. Snowfall this winter was not a record, but it was a record for total precipitation. Being somewhat lower and closer to the coast than Colorado, the Sierra Nevada gets more rain during winter. This year it got a lot of rain.
Colorado, too, had rain on snow, which is not unprecedented. But it happened frequently this winter. The result was telling for travelers on I-70 who crossing Vail Pass.
“In general, there was less snow than you would expect,” says Klaus Wolter, a research scientist at the National Oceanic and Atmospheric Administration in Boulder.
Were those rain on snow storms of this past winter a result of accumulating greenhouse gas emissions? Wolter told Mountain Town News that thinks this is “probably partially climate change.”
Wolter, whose focus is empirical climate research, using statistical methods to solve climate problems, is reluctant to pin climate change on much of what we have seen this year. True, he says, one storm during May left 42 inches of fresh snow in the foothills above Boulder, a storm unprecedented since the 1920s. As extreme as that storm was, proving causality is difficult, he says.
A scientist in Oregon also shared the difficulty of proving causality. John Stevenson of Oregon State University told the Idaho Mountain Express in Ketchum that it’s “really difficult to judge any one year” to be a result of rising global temperatures.
“That’s one of the challenges we run into in the science world where people say, ‘Oh, it’s climate change.’ We’re not at the point where we can take any one random event and say it’s climate change.”
That said, his 2015 study concluded that the point each spring when half of the water year’s streamflow had run off was occurring an average 1.9 days earlier per decade.
But more extreme events are happening with greater frequency, said Mark Davidson, director of conservation initiatives with The Nature Conservancy. He pointed out that the Big Wood River has had two 100-year floods in the last 15 years.
Warm temperatures in the Ketchum and Sun Valley area were 6 to 13 degrees warmer than normal for early May, producing a flood in the Big Wood River that peaked on May 8. It was regarded as the largest in 101 years of recorded history, reports the Idaho Mountain Express.
But more warm weather was producing another surge in early June that threatened to surpass that peak of a month before, the newspaper reported last week.
From the Loveland Reporter-Herald (Pamela Johnson):
The U.S. Army Corps of Engineers’ final decision allowing Northern Water to build Chimney Hollow Reservoir southwest of Loveland, issued 14 years after the federal permitting process began means, that construction could begin in late 2018 and water begin filling in 2022.
That same year, an open space around the reservoir with trails, backcountry camping and boating should open under the management of Larimer County’s Department of Natural Resources.
The permits that allow Northern Water to finish design and begin building the $400 million reservoir on behalf of 13 municipal water providers, including Loveland, require several different actions to mitigate environmental damage or concerns.
[Eric] Wilkinson, general manager of Northern Water, summarized some of the mitigations associated with Chimney Hollow Reservoir, which will store water pulled from the Colorado River through the Windy Gap project.
• Maintaining certain water temperatures on the Colorado River to make sure the habitat for fish stays healthy.
• Paying for about $4 million worth of stream channel improvements on the Colorado River for 14 miles ending near the confluence of the Williams Fork River, to make significant enhancements to aquatic habitat.
• Flush flows every six years to move sediment and improve habitat.
• Construct a channel that will carry the water around Windy Gap Reservoir, allowing fish to migrate through that area and improving spawning conditions in the Colorado River downstream of Windy Gap.
• Replace wetlands that will be destroyed by the actual construction of the reservoir with similar acres in another location.
• Conduct stream restoration along the Little Thompson River in two locations to help restore that channel to its pre-2013 flood conditions and maintain those enhancements over the long term.
Chimney Hollow will hold about 90,000 acre-feet of water, enough for more than 90,000 households, that will be pulled from the Colorado River in wet years and stored for use in dry years.
The Windy Gap Firming project and its accompanying Chimney Hollow Reservoir has been approved, paving the way for more reliable water across the Front Range while also further draining the Colorado River.
The Windy Gap Project has its roots in the 1980s, and was intended to provide the Front Range with more than 40,000 acre-feet of water from the Colorado River. But without enough storage capacity, municipalities haven’t realized that yield every year.
“We are pleased to make it to this milestone with our partners at Northern Water and all of the other communities involved,” Greeley City Manager Roy Otto said in text message Thursday.
The firming project, centered on the construction of Chimney Hollow Reservoir near Carter Lake, is expected to address that problem at a cost of about $400 million.
The Army Corps of Engineers gave final approval Wednesday, and construction should start in late 2018 or early 2019.
It’s a project nearly 15 years in the making.
“We’re ecstatic,” Northern Water spokesman Brian Werner said. “You get one of these (types of projects) done in your whole lifetime.”
Water for the reservoir would be pumped from the Windy Gap Reservoir on the Colorado River near the town of Granby, west of the Continental Divide, through an existing tunnel under the Rocky Mountains to the east side of the divide.
Greeley is one of 12 beneficiaries of the project, which also will create more reliable water supply for Fort Lupton, Longmont and Loveland.
Chimney Hollow Reservoir will hold 90,000 acre-feet of water, and Greeley will get about 9,200 acre-feet of water per year from the project.
An acre-foot of water is 326,000 gallons, or equivalent to a foot of water covering a football field. Greeley residents, according to the city’s new water budget, will use about 20,000 gallons per year.
Sen. Cory Gadner, R-Colo., also applauded the decision, calling the project a major component of Colorado’s longterm water needs.
“Getting to this point has been years in the making, and it is hard to state just how important it is that Northern Water can finally move forward with construction,” Gardner said in a news release.
The project’s approval was met with resistance from some water conservation advocates, though, including Gary Wockner with Save the Colorado and Save the Poudre.
“The Colorado River is on life support right now,” Wockner told the Associated Press. “If the patient is bleeding out, you don’t cut open a new artery to try and heal it. Instead, you should work to protect and restore the river, not further drain it.”
Save the Colorado is opposed to the Windy Gap project, and Wockner told The Tribune it’s likely his group will file a lawsuit in federal court to stop the project.
“Our policy is no new dams and diversions out of the Colorado River system,” Wockner said. “This is a dam and diversion, so we’re going to do everything we can to stop it.”
Wockner, who said the Colorado River is being overused, instead calls for more water conservation, including moving away from green lawns, recycling water and managing growth better.
Werner points to the endorsement of Democratic Gov. John Hickenlooper, officials in Grand County on the Western Slope and Trout Unlimited, a trout and salmon conservation organization as proof the Windy Gap Firming project’s strong support.
Before the Windy Gap Firming project, Colorado had never endorsed a water project that has come before the federal government.
Without the project, Werner said municipalities would have to do what they’ve always done in particularly wet years: dump the excess water down the Colorado River rather than saving it for drier times.
“There is still a lot of work to do,” Otto said. “This project, along with the expansion of Milton Seaman Reservoir, are critically important to Greeley’s longterm water needs.”
Site of Chimney Hollow Reservoir via Northern Water.
Map from Northern Water via the Fort Collins Coloradan.
Chimney Hollow Reservoir site via the Bureau of Reclamation
Site of proposed Chimney Hollow Reservoir — Windy Gap Firming Project via the Longmont Times-Call
Windy Gap participants (2012)
Windy Gap Reservoir
Windy Gap Reservoir
Here’s the release from the US Army Corps of Engineers Omaha District (Kiel Downing/Cheryl Moore):
The Corps of Engineers, Omaha District, finalized its Record of Decision (ROD) approving the Windy Gap Firming Project on May 17, 2017. The project is proposed by the Municipal Subdistrict, Northern Colorado Water Conservancy District (Subdistrict) and involves the construction of Windy Gap Firming Project Water Supply facilities for its customers and 13 other Front Range water providers. The Subdistrict requested a Section 404 Clean Water Act (CWA) Permit from the Corps’ Omaha District Denver Regulatory Branch. “Due to the potential for significant environmental impacts to the East and West Slopes of Colorado, this project resulted in the preparation of an Environmental Impact Statement (EIS)” said Kiel Downing, Denver Regulatory Office Chief. The U.S. Bureau of Reclamation (Reclamation) was the lead federal agency preparing the EIS, and the Corps participated as a Cooperating Agency.
The original Windy Gap Project, constructed in the early 1980’s, was intended to provide more than 40,000 acre-feet of firm yield to the east slope, but due to operational constraints that didn’t happen. The project currently captures water from the Colorado River, pumps it to existing reservoirs on the west slope and moves the water through a tunnel system (the Colorado-Big Thompson Project operated by Reclamation) to the Front Range of Colorado. Because of the historic deficiency in water deliveries and lack of storage, the Windy Gap Project participants have not been able to fully rely on existing Windy Gap Project water for meeting a portion of their annual water demand. As a result, the participants, initiated the proposed construction of the Chimney Hollow Reservoir, which would firm all or a portion of their individual Windy Gap Project water allotment units to meet a portion of existing and future municipal and industrial water requirements. The Chimney Hollow Reservoir, as proposed, is a 90,000 AF capacity reservoir that will be dammed at the northern and southern limits.
Reclamation published the Windy Gap Firming Project, Environmental Impact Statement in November of 2011, and ROD on December 12, 2014. The State CWA Section 401 Water Quality Certification began shortly thereafter with the Subdistrict submitting its application to the State in March of 2015. The State issued the Section 401 WQC for the WGFP on March 25, 2016. This determination was necessary for the Corps determination under Section 404 of the CWA. The Subdistrict provided the Corps its Mitigation Plan for permanent and temporary impacts to Waters of the U.S. associated with the WGFP on March 17, 2017 and the Corps with continued agency collaboration, updated study information, and new Federal and State requirements, finalized their ROD shortly thereafter marking the end of the federal approval process.
Kiel Downing, Denver regulatory office chief for the Corps of Engineers, announced Wednesday afternoon the Record of Decision for the Clean Water Act permit for the Windy Gap Firming Project, which includes the reservoir.
With the final federal permit in hand, Northern Water officials can start planning for construction of the $400 million project, which is set to start in late 2018 or early 2019, according to Northern Water Public Information Officer Brian Werner.
“We’re smiling,” Werner said. “These things come along once in a generation.”
Berthoud-based Northern Water will manage the construction of a pair of dams in a valley west of Carter Lake that will hold approximately 90,000 acre-feet of water, or about 29 billion gallons — enough water for more than 90,000 households.
Water to fill Chimney Hollow will come from the Colorado River basin in years when its flows are above average. The water will be carried through a diversion at Windy Gap Reservoir in Grand County to Lake Granby and the Colorado-Big Thompson Project.
Municipalities including Loveland, Fort Collins and Greeley conceived of Windy Gap in 1970. The need for storage space for the communities involved to “firm” their ownership of the Windy Gap water rights expanded in later years to include Chimney Hollow Reservoir because in above-average precipitation years, Lake Granby often does not have enough space to store the additional water.
Rep. Hugh McKean, R-Loveland, said he was ecstatic when he heard about the Corps of Engineers’ approval, comparing it to Christmas.
In his time serving on the Loveland City Council and then the Colorado House of Representatives, he has seen how much the storage project was needed…
For cities such as Loveland, Windy Gap water fills an important role for its municipal users because it is a 365-day-a-year, deliverable water source, unlike in-basin seasonal water offered through local ditch companies. It will join the Colorado-Big Thompson Project shares in the city’s water portfolio…
McKean acknowledges that because the water has not been diverted before, questions and concerns will emerge from Western Slope water users and communities. However, because the Windy Gap Firming Project water is available only in years of above-average flows on the Colorado River, municipalities on the Front Range won’t be served until water rights holders on the Western Slope get their allocations.
He said he will be in Montrose this summer at a meeting of the Uncompahgre Water Users Association to talk about the project’s effect on the basins and in the context of the state water plan.
From the Associated Press (Dan Elliott) via The Colorado Springs Gazette:
The federal government gave final approval Wednesday for a $400 million dam and reservoir in northern Colorado where 13 cities and water districts will store water from the other side of the Continental Divide.
The Army Corps of Engineers issued a permit for construction of the Chimney Hollow Reservoir in the foothills about 50 miles (80 kilometers) north of Denver.
The corps regulates some of the environmental impacts of big water projects.
It is the last approval the reservoir needs, said Brian Werner, a spokesman for the Northern Colorado Water Conservancy District, which oversees the project.
Construction could start in early 2019, after the district refines the plans, hires a project manager and awards contracts.
Water for the reservoir would be pumped from the Windy Gap Reservoir on the Colorado River near the town of Granby, west of the Continental Divide, through an existing tunnel under the Rocky Mountains to the east side of the divide.
The 13 water providers own the rights to the water but have nowhere to store it. The project is formally called the Windy Gap Firming Project because it would firm up the water supply.
The Chimney Hollow Reservoir will store up to 90,000 acre-feet (1.1 million cubic meters). One acre-foot (1,200 cubic meters) can supply two typical households for a year.
New reservoirs are always contentious in Colorado. Water managers and urban planners argue the state needs more because it does not have the capacity to store all the water it is entitled to under agreements with other states. They also say Colorado needs more water for its growing population.
Some conservationists oppose new reservoirs because of their environmental damage and because the state’s rivers are already overtaxed.
“The Colorado River is on life support right now,” said Gary Wockner, director of Save the Colorado. “If the patient is bleeding out, you don’t cut open a new artery to try and heal it. Instead, you should work to protect and restore the river, not further drain it.”
Wockner said his group will likely challenge the Corps of Engineers permit in court.
Trout Unlimited negotiated some environmental improvements in the Colorado River near the Windy Gap Reservoir as part of the project. Mely Whiting, an attorney for the group, said she had not yet seen the final Corps of Engineers permit.
Water providers that will pay for and benefit from the Chimney Hollow Reservoir are the cities of Broomfield, Erie, Greeley, Longmont, Louisville, Loveland, Superior, Evans, Lafayette and Fort Lupton, as well as the Central Weld County and Little Thompson water districts.
The U.S. Bureau of Reclamation has announced that it has begun to increase the amount of water it is releasing from Lake Estes into the Big Thompson River by way of Olympus Dam.
The increase began Monday, according to the bureau on its Facebook page.
The increase will go from the current level of 50 cubic feet per second (cfs) to about 100 cfs. The exact cfs released will depend on inflows into Lake Estes, but the range will be between 50 cfs and 100 cfs, the announcement said.
A cubic foot of water is equivalent to 7.48 gallons. That means there are 748 gallons in 100 cubic feet of water. The average American home uses 400 gallons of water a day, or about half of the flow when it’s 100 cubic feet.
The release from the lake into the river is expected to increase through the spring as the annual runoff flows increase.
The U.S. Bureau of Reclamation owns and operates Lake Estes and Olympus Dam as part of the federal trans-basin diversion Colorado-Big Thompson water project.
The Northern Colorado Water Conservancy District Board of Directors on Thursday approved increasing the Colorado-Big Thompson Project water pipeline quota to 80 percent, according to a news release.
Fort Morgan receives its water from that , with water availability subject to the quota set periodically by the Northern Water Board. It had been adjusted to 50 percent last November.
Such quota changes do not affect city water rates, which are set by the Fort Morgan City Council. But it does affect the amount of water available to the city for use.
This new quota is one that means good news for Fort Morgan water customers, according to Nation…
Lots of data was taken into account by the Northern Water Board in setting this latest quota, according to the news release.
“The Board considered snowpack totals, stream flow runoff projections and input from farmers and municipal and industrial water providers in setting the quota,” the release stated. “C-BT supplements other sources of water for 33 cities and towns, 120 agricultural irrigation companies, various industries and other water users within Northern Water’s 1.6 million-acre service area.”
That includes Fort Morgan and Morgan County Quality Water District.
For Fort Morgan, the increased quota likely even means having more C-BT water available than will be needed by city residents and businesses, according to Nation.
“The higher quota also allows the city to lease out excess water above our projected needs for the year,” Nation said. “In most cases this water is leased by farmers to help complete their water supplies for the year.”
…the precipitation that fell in March within the water district’s collection area was 27 percent below what would be considered normal for that month, according to Northern Water.