Water treatment plant set for 2025 groundbreaking — Gunnison Country Times #GunnisonRiver

The water treatment process

Click the link to read the article on the Gunnison Country Times website (Alex McCrindle). Here’s an excerpt:

July 23, 2025

On July 22, after months of uncertainty about the impact of federal funding cuts and tariffs, Gunnison City Council received an update on the future of the water treatment plan project. Gunnison Public Works Director Pete Rice addressed the council with a report on funding, design and construction of the proposed plant on the Van Tuyl Ranch. The water treatment plant, estimated to cost $50 million and be one of the largest infrastructure developments in city history, is divided into three projects. The first project covers the construction of a raw water intake and three separate wells at the VanTuyl Ranch. The second and third projects focus on the water delivery system and water treatment facility. With the first project nearing approval from the Environmental Protection Agency (EPA), the city is expected to finalize its design this fall and begin construction before the end of 2025. The treatment plant initiative stems from the 2021 water master plan and a potable water evaluation. Gunnison currently relies on nine wells to source its drinking water. The system is outdated and no longer permitted by the state. Because all of the wells pull water from the same aquifer, drinking water is vulnerable to contamination and extended drought conditions. The proposed plant will allow Gunnison to pull water from the Gunnison River, in addition to the aquifer…

The first project includes the construction of a raw water intake and three separate wells. The proposed intake will be 18-feet deep alongside the Gunnison River, and cylindrical intakes will extend halfway into the river. The first project is expected to be approved by the EPA in the next four weeks, and begin construction this year with well drilling extending into 2026. The project is projected to cost $4 million, with $900,000 covering design, and $3 million going toward construction. The entire construction cost is funded by $1.75 million in congressionally directed spending, and $1.5 million from a Colorado Water Conservation Board grant. Four additional grants covered roughly $850,000 in design costs. The City of Gunnison will pay the remaining $25,000. Once complete, the water intake will have little impact on outdoor recreation, including boating and fishing, Rice said. However, construction will likely disrupt those activities for an estimated two to three months. It is currently unknown if construction can take place in the winter to minimize impact on summer recreation. Project two focuses on a complex network of pipes that will connect the raw water intake and wells, and deliver water directly to the water treatment plan. The third project is the construction of the water treatment plant itself. Rice said the second and third project design is estimated to be completed between winter 2025 and spring 2026, with construction lasting into 2029. The two projects will cost $2.7 million for design, and $40 million for construction. The majority of design costs are already funded by six grants, while the construction costs are set to be discussed at upcoming council meetings.

Map of the Gunnison River drainage basin in Colorado, USA. Made using public domain USGS data. By Shannon1 – Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=69257550

8 Things to Know About New Research on Earth’s Rapid Drying and the Loss of Its Groundwater — ProPublica.org

Click the link to read the article on the ProPublica website:

July 28, 2025

The continents are rapidly drying out and the earth’s vast freshwater resources are under threat, according to a recently released study based on more than 20 years of NASA satellite data. Here are the report’s key findings and what they portend for humankind:

Much of the Earth is suffering a pandemic of “continental drying,” affecting the countries containing 75% of the world’s population, the new research shows.

The study, published in the journal Science Advances, examined changes to Earth’s total supply of fresh water and found that nearly 6 billion people live in the 101 countries facing a net decline in water supply, posing a “critical, emerging threat to humanity.”

Mining of underground freshwater aquifers is driving much of the loss.

According to the study, the uninhibited pumping of groundwater by farmers, cities and corporations around the world now accounts for 68% of the total loss of fresh water at the latitudes where most people live.

Much of the water taken from aquifers ends up in the oceans, contributing to the rise of sea levels.

Mined groundwater rarely seeps back into the aquifers from which it was pumped. Rather, a large portion runs off into streams, then rivers and ultimately the oceans. According to the researchers, moisture lost to evaporation and drought, plus runoff from pumped groundwater, now outpaces the melting of glaciers and the ice sheets of either Antarctica or Greenland as the largest contributor of water to the oceans.

Water From Land Has Become a Leading Driver of Sea Level Rise

Most of the water lost from drying regions is from groundwater pumping, which ultimately shifts fresh water from aquifers into the oceans.

Note: Glaciers refer to the parts of the continents covered in glaciers but excludes the ice sheets of Greenland and Antarctica. Drying land and aquifers refer to the water lost by the continents in areas not covered by glaciers, including river flow and evaporation. Groundwater loss accounts for 68% of the drying in those places. Credit: Lucas Waldron/ProPublica

As droughts grow more extreme, farmers increasingly turn to groundwater.

Worldwide, 70% of fresh water is used for growing crops, with more of it coming from groundwater as droughts grow more extreme. Only a small amount of that water seeps back into aquifers. Research has long established that people take more water from underground when climate-driven heat and drought are at their worst.

Drying regions of the planet are merging.

The parts of the world drying most acutely are becoming interconnected, forming what the study’s authors describe as “mega” regions. One such region covers almost the whole of Europe, the Middle East, North Africa and parts of Asia.

Drying of the Earth has accelerated in recent years.

The study examines 22 years of observational data from NASA’s Gravity Recovery and Climate Experiment, or GRACE, satellites, which measure changes in the mass of the earth and have been applied to estimate its water content. Since 2002, the sensors have detected a rapid shift in water loss across the planet. Around 2014, the study found the pace of drying appears to have accelerated. It is now growing by an area twice the size of California each year.

The Drying of the Earth Accelerated in Recent Years

The dramatic depletion of groundwater and surface water plus the melting of glaciers between 2014-24 has connected once-separate arid places, forming “mega-drying” regions that stretch across whole continents.

Credit: Lucas Waldron/ProPublica
Credit: Lucas Waldron/ProPublica
Credit: Lucas Waldron/ProPublica

Note: Data is for February 2003 to December 2013 and January 2014 to April 2024. The first time period contains seven more months of data than the second.

Water pumped from aquifers is not easily replaced, if it can be at all.

Major groundwater basins underlie roughly one-third of the planet, including about half of Africa, Europe and South America. Many of those aquifers took millions of years to form and might take thousands of years to refill. The researchers warn that it is now nearly impossible to reverse the loss of water “on human timescales.”

As continents dry and coastal areas flood, the risk for conflict and instability increases.

The accelerated drying, combined with the flooding of coastal cities and food-producing lowlands, heralds “potentially staggering” and cascading risks for global order, the researchers warn. Their findings all point to the likelihood of widespread famine, the migration of large numbers of people seeking a more stable environment and the carry-on impact of geopolitical disorder.

Data Source: Hrishikesh. A. Chandanpurkar, James S. Famiglietti, Kaushik Gopalan, David N. Wiese, Yoshihide Wada, Kaoru Kakinuma, John T. Reager, Fan Zhang (2025). Unprecedented Continental Drying, Shrinking Freshwater Availability, and Increasing Land Contributions to Sea Level Rise. Science Advances. https://www.science.org/doi/10.1126/sciadv.adx0298

Graphics by Lucas Waldron

#ColoradoRiver District offers proposal on Western Slope water deal — Heather Sackett (AspenJournalism.org) #CORiver #aridification

The Shoshone hydro plant in Glenwood Canyon. The Shoshone hydropower plant in Glenwood Canyon. The CWCB will hold a hearing on the water rights associated with the plant in September. Credit: Heather Sackett/Aspen Journalism

Click the link to read the article on the Aspen Journalism website (Heather Sackett):

July 25, 2025

Front Range asked for Colorado Water Conservation Board neutrality on historic use of Shoshone water rights

In an effort to head off concerns about the state’s role in a major Western Slope water deal, a Western Slope water district has offered up a compromise proposal to Front Range water providers. 

In order to defuse what Colorado River Water Conservation District General Manager Andy Mueller called “an ugly contested hearing before the CWCB,” the River District is proposing that the state water board take a neutral position on the exact amount of water tied to the Shoshone hydropower plant water rights and let a water court determine a final number. 

“Although we believe this would be an unusual process, the River District believes it would address the primary concern (i.e., avoiding the state agency’s formal endorsement of the River District’s preliminary historical use analysis) that we heard expressed by your representatives at the May 21, 2025 CWCB meeting regarding the Shoshone instream flow proposal,” Mueller wrote in an email to officials from the Front Range Water Council.

The River District worked with CWCB staff to draft the proposal, but it may not go far enough to address Front Range concerns.

The River District, which represents 15 counties on the Western Slope, is planning to purchase some of the oldest and largest non-consumptive water rights on the Colorado River from Xcel Energy for nearly $100 million. The water rights, which are tied to the Shoshone hydropower plant in Glenwood Canyon, are essential for downstream ecosystems, cities, endangered fish, and agricultural and recreational water users. As part of the deal, the River District is seeking to add an instream flow water right to benefit the environment to the hydropower water rights.

The effort has seen broad support across the Western Slope. The River District has raised $57 million toward the purchase from at least 26 local and regional partners. The project was awarded a $40 million Inflation Reduction Act grant in the waning days of the Biden administration, but those funds have been frozen by the Trump administration. 

“These water rights are foundational to the Colorado River,” said Amy Moyer, chief of strategy at the River District. “It’s the number one project for the Western Slope. It’s the top priority to move forward.”

Critically, because its water rights are senior to many other water users — they date to 1902 — Shoshone can force upstream water users to cut back. The Shoshone call has the ability to command the flows of the Colorado River and its tributaries upstream all the way to the headwaters.

The twin turbines of Xcel Energy’s Shoshone hydroelectric power plant in Glenwood Canyon can generate 15 megawatts. The River District is proposing that the CWCB remain neutral on the issue of the plant’s historic water use. Credit: Heather Sackett/Aspen Journalism

Putting a precise amount on how much water the plant has historically used is a main point of contention between the River District and the Front Range Water Council, a group that includes some of Colorado’s biggest municipal water providers: Denver Water, Colorado Springs Utilities, Aurora Water and Northern Water. These entities take water that would normally flow west, and bring it to farms and cities on the east side of the Continental Divide through what are called transmountain diversions. About 500,000 acre-feet of water annually is taken from the headwaters of the Colorado River and its tributaries to the Front Range.

Estimates by the River District put the Shoshone hydro plant’s average annual use at 844,644 acre-feet using the period between 1975 and 2003 — before natural hazards in the narrow canyon began knocking the plant offline regularly in recent years.

But Front Range Water Council members say this estimate is flawed and could be an expansion of the historical use of the water right. They have requested a hearing at the September CWCB meeting to hash out their concerns.

“The preliminary analysis that has been presented appears to expand historic use and creates potential injury,” Abby Ortega, general manager of infrastructure and resource planning at Colorado Springs Utilities told the CWCB at its May meeting.

Determining past use of the Shoshone water rights is important because it will help set a limit for future use. While changing the use of a water right is allowed by going through the water court process, enlarging it is not. The amount pulled from and returned to the river must stay the same as it historically has been.

As part of the River District’s deal to buy the water rights, the CWCB — which is the only entity in the state allowed to hold an instream flow water right — must officially accept the water right and then sign on as a co-applicant in the water court change case. 

But Front Range water providers said that doing so would amount to an endorsement of the River District’s historical use estimate, which would mean taking a side in the Front Range versus Western Slope disagreement.

“If you agree to accept the right and as I understand it, the instream flow agreement, you’re agreeing to be a co-applicant, which risks you accepting their analysis,” said Alexandra Davis, an assistant general manager with Aurora Water, at the CWCB’s May meeting.

Some members of the Front Range Water Council have asked that the CWCB remain neutral during the water court change case. In May 9 and June 9 letters to the CWCB from Marshall Brown, general manager of Aurora Water, he said the CWCB shouldrefrain from endorsing any specific methodology or volume of water.

“… [T]he CWCB should remain neutral in the water court proceedings and defer to the court’s determination of the appropriate methodology and volumetric quantification,” the May 9 letter reads. 

The River District’s offer does just that: It proposes that the CWCB should not take a position regarding the determination of historical use of the Shoshone water rights. 

“We heard the issues that are most front and center from these entities,” Moyer said. “And so we are trying to find a path forward that works for everyone.”

But even if Front Range Water Council members are in favor of the proposal, it is unlikely to result in a cancellation of the hearing. CWCB Executive Director Lauren Ris said in an email that under the board’s rules, they are required to hold a hearing. And Jeff Stahla, public information officer at Northern Water, said they will still be asking for the hearing to proceed. 

Spokespeople from Colorado Springs Utilities, Aurora Water and Denver Water all declined to comment on the River District’s proposal because it was marked as confidential. 

Some members of the Front Range Water Council have concerns beyond CWCB neutrality that could be addressed at the September hearing. 

In a May 14 letter to the CWCB, Denver Water’s CEO Alan Salazar said the water provider also wants to carry over some provisions from existing agreements like the Shoshone Outage Protocol. This agreement has an exception in cases of extreme drought that allows Denver Water to keep taking water if its reservoirs fall below certain levels and streamflows are low. Denver Water added that by omitting the last two decades of Shoshone water use, the River District’s study period is skewed, and that using an upstream stream gauge to measure historical use is improper.  

The hearing is scheduled for the next CWCB board meeting Sept. 16-18. The board can approve or disapprove the acquisition of the water rights, or make changes to the proposal and adopt the amended proposal. The board is required to take action at the September hearing unless the River District approves an extension. Pre-hearing statements are due by Aug. 4.

CWCB board members Brad Wind, who is general manager of Northern Water, and Greg Johnson, manager of resource planning at Denver Water, recused themselves from the July 17 CWCB board meeting discussion of the Shoshone water rights and plan to recuse themselves from future Shoshone discussions and decisions. 

Map of the Colorado River drainage basin, created using USGS data. By Shannon1 Creative Commons Attribution-Share Alike 4.0