The Grand Canyon main water line has broken dozens of times. Why is it getting a major fix only now? (2024)

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On a scorching day in June 2013, the Grand Canyon discouraged hikers from making a long trek to the bottom because there would be no potable water. A set of historic cabins and bunks also would be closed overnight because of a water pipeline break.

The incident was one of more than 85 breaks that the 12.5-mile (20-kilometer) long Transcanyon Waterline, which supplies potable water to the Grand Canyon’s South Rim and inner canyon, has experienced since 2010. Finished in 1970, the pipeline has long exceeded its 30-year design life, disrupting operations at one of the most popular U.S. national parks.

The pipeline has remained a leaky, flimsy albeit vital piece of infrastructure for millions of visitors. This year, after multiple breaks, officials imposed water restrictions and canceled overnight stays at busy hotels, upending some summer vacations over Labor Day weekend.

A long-term fix is expected by roughly 2027, but it’s taken decades to get to that point. The lengthy timeline is due to a complex design process and the challenge of funding expensive projects at the National Park Service, which struggles under mountains of overdue maintenance, according to experts who know its history.

“It just takes awhile for something this big,” said Robert Parrish, chief of planning, environment and projects at Grand Canyon National Park, adding that it’s not just the park service — utilities can take 10 to 15 years to start building big projects.

Recent stays at El Tovar Hotel, Bright Angel Lodge and other hotels on the canyon’s South Rim were halted for roughly a week as officials rushed to patch up four breaks in the water line.

The Transcanyon pipeline twists and turns over the canyon’s rugged terrain. For years, the park service repaired pipeline failures from rock falls, freezes, flash floods and other causes on an ad hoc basis, Parrish said. One 2015 estimate said over roughly the previous three decades, the pipeline suffered five to 30 breaks per year. Those cost on average about $25,000 each.

It isn’t like fixing most pipelines, according to Dan Cockrum, chief of maintenance and engineering at the park for nearly a decade until 1993.

Helicopters had to shuttle workers to the leak. They would measure the damaged pipe’s thickness and bend, return to the rim and craft a replacement piece, then head back down to install the new section, he recalled.

Leaks happened a few times a year. Around when Cockrum left that job, engineers studied replacing the entire thing or its most vulnerable portions, because it was suffering stress fractures and corrosion and was near the end of its useful life. But the plan for a major fix wasn’t adopted.

“When you have inadequate resources it comes down to sort of a triage approach,” said Ernie Atencio, Southwest regional director with the National Parks Conservation Association and a former Grand Canyon ranger. “You do the best you can for as long as you can. And sometimes things will blow up on you.”

In the short term, a piecemeal approach may have made economic sense. A few repairs a year were significantly cheaper than the tens of millions of dollars for a replacement project, according to Greg MacGregor, chief of the project management team at the park from 2006 to 2017.

That thinking shifted toward a permanent solution in the early 2010s, Parrish said.

“Instead of looking at a large number of small repair projects, the teams really transitioned to ‘how do we look at making an overall replacement of the entire system?’” he said.

MacGregor remembers a huge brainstorm process to figure out the best option and years of analyzing how to solve the complex problem of moving scarce water up to the South Rim.

The park service has hurried to fix breaks, some bigger than others, and slowly save for a major overhaul, Parrish said, “There was too much to tackle at once.”

In 2018, the National Park Service released an environmental assessment, asked for public input, then the next year officials signed off on a more comprehensive fix. The Transcanyon Waterline project will involve replacing about 3 miles (5 kilometers) of pipe inside the canyon, upgrading 3 miles (5 kilometers) of electrical supply line inside the canyon, building a water intake at a new location and updating water treatment and electrical systems.

Officials say the project will ensure the park will be able to meet its water supply needs for the next 50 years or more.

Funding was one of the biggest hurdles. The park’s maintenance backlog kept growing during MacGregor’s time, and he remembers Congress was reluctant to write a big check. The park would end up contributing from visitor fees. In 2018, fees went up in part to help pay for the pipeline.

U.S. national parks fund costly maintenance work mainly through Congress but also from donations, philanthropy and park entrance fees. Large parks like the Grand Canyon, with nearly 5 million visitors in 2023, don’t keep everything they receive from entrance fees; larger parks distribute a portion of fees to smaller parks, many of which don’t charge visitors. Grand Canyon keeps 80% of its visitor fees, Parrish said.

A $208 million construction contract was awarded in 2023. Congress provided more than $70 million for the project but the bulk will come from park fees, Parrish said.

“The sheer magnitude of the scope of this project is maybe the answer to why it took so long to decide, plan and execute,” he said.

Over the years, breaks have taken a toll.

Wendy Haluda is a former baker at El Tovar Hotel where diners this spring could order a filet mignon with a demi glace for $54. After a pipeline break in 2016, water restrictions forced the restaurant to reduce dishwashing and use paper plates and plastic utensils. And Haluda recalled staff worrying about where they would go if conditions worsened to where they couldn’t stay overnight at their park housing.

“It was scary,” she recalled.

Badly needed repairs, maintenance and infrastructure replacement like the Grand Canyon’s pipeline are a nationwide problem. The park service has a nearly $23 billion maintenance backlog for aging infrastructure.

More than half that is for road work and maintaining buildings at national parks. The remainder is for water systems, trails, campground and infrastructure such as wastewater treatment.

The Grand Canyon has a backlog of $823 million for maintenance and repairs, mostly maintaining buildings and trails.

The Great American Outdoors Act of 2020 provided billions in additional funding, although it will expire soon if Congress doesn’t renew it.

A lot of park infrastructure dates 70 years or more and upkeep has been neglected, according to Tate Watkins, a researcher at the think tank Property and Environment Research Center.

“People like cutting ribbons on new national parks,” he said. “But it’s a lot less sexy to talk about fixing sewer lines or, you know, rebuilding a water line for the Grand Canyon.”

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Associated Press reporter Rio Yamat contributed from Las Vegas. Researcher Rhonda Shafner contributed from New York.

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The Associated Press receives support from the Walton Family Foundation for coverage of water and environmental policy. The AP is solely responsible for all content. For all of AP’s environmental coverage, visit https://apnews.com/hub/climate-and-environment.

The Grand Canyon main water line has broken dozens of times. Why is it getting a major fix only now? (2024)

FAQs

The Grand Canyon main water line has broken dozens of times. Why is it getting a major fix only now? ›

The pipeline that twists and turns through the inner canyon has broken dozens of times over the years. A project to overhaul water delivery won't be finished until 2027. Experts say replacing the pipeline that dates to the 1960s had been delayed by limited funding and a lengthy planning process.

What happened to the Grand Canyon water? ›

Grand Canyon National Park implemented Stage 4 water restrictions on the South Rim starting the afternoon of Thursday, August 29, due to a series of four significant breaks in the 12.5 mile-long Transcanyon Waterline that supplies water from the canyon for use in the park.

How many gallons of water would it take to fill the Grand Canyon? ›

Encompassing an estimated 1,218.37 acres (1,904 square miles), the Canyon is capable of holding 1 – 2 quadrillion gallons of water. Really. If you poured all the river water on Earth into the Grand Canyon, it would still only be about half full.

How deep is the water at the Grand Canyon? ›

The Colorado River through Grand Canyon averages 300 feet (91 m) across and about 40 feet (12 m) deep. The average flow is between 12,000 and 15,000 cubic feet per second (cfs). During a flood, the increased volume of water can flow at a rate of 300,000 cubic feet per second (cfs).

How long ago was the Grand Canyon full of water? ›

Over a billion years ago, what is now the Grand Canyon was underwater. It was covered by an ancient ocean that was home to numerous prehistoric animals. Tiny pieces of rocks and soil called sediment were deposited in layers, along with volcanic rocks.

Why is the Grand Canyon drying up? ›

Climate change, a rising population, and unsustainable consumption of water in the southwest are threatening the very existence of the Colorado River that's been running through the center of the Grand Canyon for six million years.

Does water still flow through the Grand Canyon? ›

Right now, there is only about 7 million acre-feet flowing into the Canyon in 2022. But levels are still declining, and we are getting closer to the point where Glen Canyon Dam cannot generate electricity, and potentially even worse, where water really can't safely flow through the dam at all.

Can you refill water at Grand Canyon? ›

Designated water bottle filling stations are installed in high traffic areas on both rims of the park, making it easier than ever before to refill your water bottle.

How many bodies of water are in the Grand Canyon? ›

Knowledge of all water sources within Grand Canyon is incomplete. A partial inventory was done in 1979 over a 1,881 square mile area of the park which found 57 perennial water sources, 21 of which are streams and 36 which are seeps.

Is the Grand Canyon water drinkable? ›

Potable water at Grand Canyon is treated at multiple locations before being distributed for consumption. Grand Canyon treats all potable water beyond State of Arizona and EPA standards for public consumption.

How old is the Grand Canyon in 2024? ›

Geology. The Grand Canyon is part of the Colorado River basin, which has developed over the past 70 million years.

What is the name of the only town within the Grand Canyon? ›

The Native American village of Supai is the most remote village in the lower 48 states, and the only way to reach it is by helicopter or on foot. Roughly 5.5 million tourists visit the Grand Canyon each year, but few realise that this vast abyss is home to a tiny village hidden 3,000ft in its depths: Supai, Arizona.

What river is at the bottom of the Grand Canyon? ›

The Grand Canyon is the iconic heart of the Colorado River. This 277-mile stretch of river in Northern Arizona is unmatched in nature.

What was found at the bottom of the Grand Canyon? ›

Metamorphic Basement Rocks

The oldest rocks in the Grand Canyon, found at the bottom of the canyon, are primarily metamorphic, with igneous intrusions (the name given to when magma or lava enters or cools on top of previously formed rock). The intrusive igneous rocks here are called Zoroaster granite.

Was Arizona once under water? ›

During the Permian, Arizona was richly vegetated but was submerged by seawater late in the period. During the Triassic, Arizona was home to a rich forest home to dinosaurs and early relatives of mammals. Jurassic Arizona had a drier climate and was covered by sand dunes where dinosaurs left behind footprints.

Was the Grand Canyon once an ocean? ›

Final answer: Evidence supporting the idea that the area around the Grand Canyon was once covered by an ocean includes fossils of sea life found on land and analysis of rock layers that suggest a history of ocean coverage and sedimentation.

Where did the water go that made the Grand Canyon? ›

By around 6 million years ago, waters rushing off the Rockies had formed the mighty Colorado River. As the plateau rose, the river cut into it, carving the canyon over time. Smaller rivers eventually cut the side canyons, mesas and buttes that are so characteristic of the canyon today.

Was the Grand Canyon eroded by water? ›

Water exerts tremendous erosive power, especially when carrying large amounts of sediment and rocks, as the Colorado River does during floods. The Grand Canyon is a large deep river canyon in northwest Arizona. Water was the main cause of the erosion that formed the Grand Canyon.

Is there any bodies of water in the Grand Canyon? ›

All of the water in the Grand Canyon is part of the Colorado River drainage. It all empties out of the Canyon into and with the Colorado River. Two man made lakes are associated with the canyon; Lake Powel and the Glen Canyon Dam are upstream and Lake Mead and the Hoover Dam are downstream.

What happened to the sediment from the Grand Canyon? ›

The violent faulting likely tore up land around the canyon, causing rocks and sediment to wash away into the ocean. Whilst basement rock in the western half of the Grand Canyon seems to have risen to the surface roughly 700 million years ago, the same stone in the eastern half is buried under kilometers of sediment.

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