The Navajo Generating Station goes dark #ActOnClimate #KeepItInTheGround

From the Associated Press (Felicia Fonseca):

A massive coal-fired power plant that served customers in the West for nearly 50 years shut down Monday, the latest closure in a shift away from coal and toward renewable energy and cheaper power.

The Navajo Generating Station near the Arizona-Utah line was expected to shutter by the end of the year, but the exact day hadn’t been certain as the plant worked to deplete a stockpile of coal.

It stopped producing electricity shortly after noon Monday when shift supervisor Fred Larson, a 41-year employee, put the plant permanently offline…

Coal was delivered to the power plant by a dedicated, electric railway that snakes 78 miles (126 kilometers) through the high desert in the Navajo Nation. By next fall, the poles and overhead electrical lines that served the railway will be gone. The Navajo Nation has not decided whether to keep the railway and use it for tourism or sell it.

A trio of towering concrete stacks with flashing lights that served as a beacon in the community will be demolished by next fall.

Decommissioning will take up to three years, after which the land is supposed to be returned to the condition it was before the plant was built.

Steve Yazzie, a former power plant employee who now works for a tribal energy company, said biologists from the Navajo Nation and the Salt River Project, which operates the plant, recently met to talk about reseeding the land with plants used for dying wool, making tea and traditional medicines.

Reclamation work also is being done at Peabody Energy’s Kayenta Mine, which pulled coal from land owned by the Navajo and Hopi tribes. It closed months ahead of the power plant because it had no other customers.

Navajo Generating Station and the cloud of smog with which it blankets the region. Photo credit: Jonathan Thompson via The High Country News

Fort Collins: Bird-Friendly, Climate-Friendly Conference, January 11, 2020 — @AudubonRockies

Click here for all the inside skinny and to register:

Saturday, January 11, 2020, 8am-4pm

Northside Aztlan Community Center, 112 E. Willow St., Fort Collins, CO 80524

Climate change is one of the greatest threats to birds. At this conference, hosted by Audubon Rockies, learn about climate reduction programs and ways you can take action to create a better world for birds and people. Actor and environmentalist Ed Begley Jr. will remotely deliver the keynote via live video. See the agenda for the full schedule and the speaker bios for information on the presenters.

Pricing

We have various pricing levels and discounts available. When you register, please choose the ticket type that best applies to you.

  • Non-student: $60
  • Non-student + public transportation/carpool – $55 (available after November 1 for those who pledge to carpool, use public transportation, bike, or walk to the event)
  • Student: $20
  • Sandhill cranes. Photo: Scott Helfrich/Audubon Photography Awards

    Efforts to relocate an ancient wetland could help determine the fate of a water project on Lower Homestake Creek — @AspenJournalism

    A wetland area along Homestake Creek in an area that would be flooded by a potential Whitney Reservoir. The cities of Aurora and Colorado Springs are looking to develop additional water in Eagle County and divert it to the Front Range. Photo credit: Brent Gardner-Smith/Aspen Journalism

    From Aspen Journalism (Sarah Tory):

    One morning last month, Brad Johnson arrived at a patch of rippling yellow grasses alongside U.S. 24, a few miles south of Leadville in the upper Arkansas River valley. Sandwiched among a cluster of abandoned ranch buildings, a string of power lines and a small pond, it is an unassuming place — except, of course, for its views of 14,000-foot peaks rising across the valley.

    But appearances can be deceiving. The rather ordinary-looking property was a fen, which is a groundwater-fed wetland filled with organic “peat” soils that began forming during the last ice age and that give fens their springy feel.

    “It’s like walking on a sponge,” Johnson said, marching across the marshy ground, stopping every now and then to point out a rare sedge or grass species.

    Johnson was visiting the fen to record groundwater measurements before winter sets in. As the lead scientist for the Rocky Mountain Fen Research Project, Johnson is part of an effort spearheaded and paid for by Aurora Water and the Board of Water Works of Pueblo to study new ways to restore fens.

    The research could help facilitate future water development in Colorado, such as the potential Whitney Reservoir project, part of a 20-year water-development plan from Aurora Water and Colorado Springs Utilities for the upper Eagle River watershed. The utilities, working together as Homestake Partners, are looking at building the reservoir in the Homestake Creek valley, south of Minturn, in an area that probably contains fens, which could hinder the project.

    Aurora and Colorado Springs are working together on the reservoir project, and Aurora and Pueblo are funding the fens research. Although the Whitney project is not directly tied to the fen project, if the research efforts are successful, they could help Aurora and Colorado Springs secure a permit approval for the reservoir — and maybe alter the fate of an ecosystem.

    Brad Johnson, a wetland ecologist for the Rocky Mountain Fen Research Project, takes groundwater measurements at the research site near Leadville, while his dogs, Katie and Hayden watch. The cities of Aurora and Colorado Springs are looking to develop additional water in Eagle County and divert it to the Front Range. Photo credit: Sarah Tory/Aspen Journalism

    Irreplaceable resources

    If you’ve walked through Colorado’s high country, chances are you’ve walked by a fen, which are among the state’s most biodiverse and fragile environments. To protect fens, the U.S. Fish and Wildlife Service and the Environmental Protection Agency drafted a “fen policy” in 1996. The policy, amended in 1999, determined that fens are irreplaceable resources because their soils take so long to regenerate. “On-site or in-kind replacement of peatlands is not possible,” the policy reads.

    Inside the Fish and Wildlife Service, however, a different interpretation emerged. “Irreplaceable” became “unmitigable,” making it difficult or impossible to secure approval for any project that would severely impact fens.

    Although Johnson is in favor of fen conservation, the Fish and Wildlife Service’s “unmitigable” interpretation bothered him. Not only was that status not supported by the fen policy itself, he believes saying “no” all the time is not in the best interest of fens.

    “My fear is that if we don’t have the means of mitigating our impacts, we’ll just impact them,” he said.

    Eventually, Johnson believes, conservationists will have to make some concessions to development. But by researching better mitigation techniques, he hopes he can help preserve fens in the long run.

    Fen soils are made of a rich, organic peat material that take thousands of years to form and require a constant groundwater source to survive. At the Rocky Mountain Fen Research Project, scientists transplanted fen soils from another site to the “receiver” site south of Leadville where they restored a groundwater spring to sustain the transplanted soils. Photo credit: Sarah Tory/Aspen Journalism

    An organ transplant

    For water utilities, fens have been particularly troublesome. Fens like to form in high-alpine valleys, the places best suited for dams and water reservoirs that take water from rivers mostly on the Western Slope and pump it over the mountains to supply the Front Range’s growing population.

    But the fen policy has stymied many of the utilities’ plans to develop new water projects. Those defeats helped spur Front Range utilities to start researching new mitigation strategies that would help them comply with environmental regulations — and get around the fen policy.

    “They wanted to figure out how to do this right so they could actually permit their projects,” Johnson said.

    Through the fen-research project, Aurora and Pueblo saw an opportunity to address the fen policy’s requirement that a project offset unavoidable impacts to a fen by restoring an equivalent amount of fen elsewhere.

    Since the fen project began 16 years ago, Aurora and Pueblo have invested $300,000 and $81,500 in the research, respectively. More recently, other funders have joined the effort, including Denver Water, Colorado Springs Utilities at about $10,000 each and the Colorado Water Conservation Board ($100,000).

    After a number of fits and starts, Johnson three years ago settled on a design for the research that would test whether it’s ecologically possible to transplant fen soils from one location to another. First, Johnson restored the original groundwater spring at the old Hayden Ranch property. Then, he and a team of helpers removed blocks of soil from another degraded fen site and reassembled them, like an organ transplant, at the “receiver” site, where the restored spring now flows through veinlike cobble bars and sandbars, feeding the transplanted fen.

    Brad Johnson, the lead scientist for the Rocky Mountain Fen Research Project, at the project site in the Upper Arkansas River Valley. Launched by two Front Range water utilities in 2003, the project is studying a new way to mitigate potential impacts to fens, an ecologically rich and fragile wetland found throughout Colorados’ high country. Photo credit: Sarah Tory/Aspen Journalism

    Positive signs

    It’s still too early to know whether the project could eventually serve as a fen-mitigation strategy for a new reservoir, but Johnson is optimistic about the results thus far. In 2017, after just one growing season, he was shocked to discover 67 different plant species growing at the transplanted fen site — compared with just 10 at the donor site. He was thrilled by the news. The data showed that the transplanted fen ecosystem is thriving.

    That’s good news for utilities such as Aurora, too.

    A week after Johnson visited the Rocky Mountain Fen Project site, Kathy Kitzmann gave a tour of the wetland-filled valley formed by Homestake Creek where Aurora and Colorado Springs are planning to build Whitney Reservoir.

    Kitzmann, a water resources principal for Aurora Water, drove down the bumpy, snow-covered road that winds along the valley bottom, pointing to the two creeks that would — along with Homestake Creek and the Eagle River, near Camp Hale — help fill the reservoir. A pump station would send the water upvalley to the existing Homestake Reservoir and then through another series of tunnels to the Front Range.

    In the lower part of the valley, Kitzmann stopped at the first of four potential reservoir sites — ranging in size from 6,000 acre-feet to 20,000 acre-feet — that the utilities have identified for the project and the wetlands it would inundate.

    “You can sort of see why it wouldn’t be the best, just given the vastness of the wetlands,” Kitzmann said.

    Farther along, the valley becomes more canyonlike, with higher rocky walls and fewer wetlands — probably offering a better reservoir site, said Kitzmann, although the permitting agencies won’t know for sure until they complete their initial feasibility studies.

    In June, Aurora and Colorado Springs submitted a permit application to the U.S. Forest Service to perform exploratory drilling and other mapping and surveying work, but the agency has not yet approved the permit.

    Potential fen impacts are just one of several environmental hurdles facing the project. One of the Whitney alternatives would encroach on the Holy Cross Wilderness. Aurora and Colorado Springs have proposed moving the wilderness boundary, if necessary, to accommodate the reservoir.

    It’s also likely that the wetlands in the Homestake Valley contain fens, but until the utilities conduct wetland studies around the proposed reservoir sites next summer, the scope of the impacts remains uncertain.

    Environmental groups including Colorado Headwaters, a nonprofit, oppose the Whitney Reservoir project, arguing that it would destroy one of the state’s most valuable wetlands, as well as an important habitat for wildlife and rare native plants.

    In the meantime, Aurora is hopeful that Johnson’s research might one day help solve some of the environmental problems around new water development. “We are excited about proving that you can restore and rehabilitate fens,” Kitzmann said.

    The dam in the Eagle River headwaters that forms Homestake Reservoir, which diverts water to the Front Range. If the wetlands in the Homestake Creek valley contain ancient peat bogs called fens, it could hinder the progress of the Whitney Reservoir project. Photo: Brent Gardner-Smith/Aspen Journailsm

    Inevitable impacts

    But is a transplanted fen as good as not touching one in the first place?

    A Fish and Wildlife Service spokesperson said fens are still designated a “Resource Category 1,” which means that the appropriate type of mitigation is avoidance, or “no loss.”

    White River National Forest supervisor Scott Fitzwilliams echoed the spokesperson’s statement, noting that land managers place a high emphasis on protection for fens: “It’s really hard to replace a wetland in these high elevations.”

    Johnson, asked whether he was worried that his research into fen mitigation might end up facilitating the kinds of projects that are most damaging to fens. He sighed. “I’m sensitive to that,” he said.

    But like it or not, Johnson believes that more impacts to fens are inevitable. As Colorado’s population grows, water utilities will have to build new reservoirs, the state will need new roads and ski resorts will want to expand.

    “I can’t argue with whether they should get built,” he said. “I’m just a wetlands guy.”

    Editor’s note: Aspen Journalism collaborates with the Vail Daily and other Swift Communications newspapers on coverage of water and rivers. This story appeared in the Nov. 18 print edition of the Vail Daily.