SALT LAKE CITY – Reuse and conserve are the two big points in a new study about how to stretch the water in the Colorado River to meet the needs of Utahns and others who depend on the river.

Matt Rice is director of the Colorado Basin Program with the environmental advocacy group Americans Rivers. It issued the report, "The Hardest Working River in the West: Common-Sense Solutions for a Reliable Water Future for the Colorado River Basin."

"We're walking on the edge,” Rice stresses. “We're on the verge of a potential crisis.

“Applying these measures, implementing these solutions across the board would avert that crisis."

Rice says the Hardest Working River plan would save 3.8 million-acre feet of water, which is the projected long-term water deficit if the drought continues.

Recommendations are many, and include landscaping techniques, rebate programs to encourage
water-saving devices, updating agriculture irrigation systems, treating gray water so it's potable – or can be used for agriculture and industry – and capturing rainwater.

Rice says that everyone can all pitch in by using less water in daily life.

"People in Utah can help save water by installing more efficient faucets and toilets, and switching to a desert landscape which requires far less water,” he says. “We can all do our part to ensure that we have enough water for the future."

Rice adds the last decade of severe drought has left Colorado River levels at the two main storage reservoirs, Lake Mead in Nevada and Lake Powell in Utah, at historically low levels.







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The State of Arizona has received $156 million to invest into solar systems for Arizona families.

Adrian Keller, Arizona program director for the nonprofit Solar United Neighbors, said the group is "thrilled" about the grant made available through the federal solar policy known as Solar For All. The policy sets out to expand or create new low-income solar programs, which the Environmental Protection Agency claims will enable more than 900,000 homes across the nation to benefit from.

Keller expects the funding will help between 10,000 and 11,000 Arizona families.

"These are all low- to middle-income families," Keller pointed out. "The state is projecting somewhere around 61 megawatts of new solar throughout the state of Arizona and there are a bunch of different funding pools and mechanisms to make sure that this funding is disbursed equitably and throughout communities in the state, not just hitting certain metro areas."

Despite Arizona ranking second for solar energy potential in the nation, Keller acknowledged there are still many in the Grand Canyon State who would like to transition to solar but cannot afford to do so. He stressed the federal funds are a step in the right direction. He added through the Greenhouse Gas Reduction Fund, Solar for All will allocate $21 million to support clean-energy job creation and train workers.

Keller argued while there are significant federal dollars flowing into Arizona for solar systems and incentives, some of the state policies around solar energy are lackluster. Keller noted the Arizona Corporation Commission is in the process of determining how rooftop solar customers in the state will be compensated, but could end up lowering bill credits.

"We're kind of in this interesting place with the current landscape of solar in Arizona," Keller explained. "In some ways it's really good, because we've got these great federal policies, but at the same time the state is sending mixed signals, particularly the corporation commission about the value of solar in Arizona."

Keller considers Solar for All to be a "transformative opportunity" to change the narrative surrounding solar-energy accessibility and added his organization is eager to partner with the state to start rolling out the program later this year. He said 300 rural households will also benefit from solar plus battery systems for their homes, protecting them from electricity service disruption.

By Bryn Nelson for Yes! Media.
Broadcast version by Eric Tegethoff for Oregon News Service reporting for the YES! Media-Public News Service Collaboration

At the Fernhill Wetlands along the Pacific Flyway in suburban Forest Grove, Oregon, dedicated birders have documented more than 240 avian species. Uncommon birds like the American bittern and Virginia rail have appeared more frequently on the 90 acres of marshland since it was constructed in 2014. Human visitors have flocked to the picturesque park as well, to sit, walk, watch, and even wed.

Not bad for a wastewater treatment plant.

Fed by five million gallons of treated wastewater every day, Fernhill's constructed waterfalls add oxygen back to the flow. One million reintroduced native plants representing about two dozen species (plus other species returning on their own) remove excess nitrogen, phosphorus, chemicals, and suspended solids, while providing the shade needed to cool the water before it reaches the nearby Tualatin River. During construction, workers installed 180 logs and snags, and even varied the topographies of wetland basins to mimic the region's aquatic habitats and offer more diverse niches for marsh birds, shorebirds, and other wildlife.

The natural water filtration system fashioned from old sewage lagoons has become an "ecological bridge" between treatment plants operated by the Clean Water Services utility in western Oregon and an increasingly vulnerable Tualatin River. "I always say wetlands are the kidneys of the Earth," says Jared Kinnear, a biologist who helped design Fernhill and now manages it and the utility's other reuse projects. "We're just harnessing the process that's been going on for millions of years."

Constructed wetlands have been used for decades in Europe and some parts of the United States as natural water-cleaning systems. Amid the growing threats of the climate crisis and habitat fragmentation, they're gaining in popularity as a form of nature-inspired infrastructure that can not only prevent pollution but also create vital green spaces for wildlife and humans alike.

In 2011, after reviewing its options for a needed expansion, Clean Water Services found that an $18 million wetland buffer made good financial sense as well: It cost roughly half as much as a concrete-and-steel treatment system. "Not only did Fernhill cost less, but it certainly offered a whole lot more environmental and social benefits than other options," says Diane Taniguchi-Dennis, the utility's CEO.

Constructed wetlands require active tending, such as periodic dredging, removal of invasive species, wildlife management, and even controlled burns. But these semi-wild spaces have proven so popular that the utilities operating them have had to regularly remind visitors of their primary function: cleaning wastewater.

Wildlife Encounters

Along the Atlantic Flyway in central Florida, the Brevard County Wastewater Treatment Plant similarly transformed 200 acres of pastureland back into water-filtering wetlands in 1998. Workers constructed four marshes-each with its own small island and all separated by earthen berms-and then reintroduced more than 200,000 native plants representing 19 species. Arrayed around a central lake, the Ritch Grissom Memorial Wetlands, known locally as the Viera Wetlands, help purify wastewater that's reclaimed for irrigation or discharged into the Four Mile Canal and upper St. Johns River during the rainy season.

One scientist called the Viera Wetlands the "best place I've found in Florida for both fabulous birding and photography." Local resident Kim Englert, a health care coach, recalls seeing so many ibises on a late spring day in 2021 that the entire landscape appeared speckled white. Her favorites, though, are the wetlands' alligators. "My Kentucky friends, they flip a wig when I show them pictures of gators," she says.

In April 2023, frequent visitors were far less pleased when county commissioners announced an impending six-month closure of the wetlands to remove a buildup of muck and dead vegetation that had raised nitrogen levels past the limits mandated by the Florida Department of Environmental Protection. "Most people here don't really understand what their purpose is," Englert says of the wetlands. Through a Facebook group that she co-manages and other social media sites, she hopes to educate the community and underscore safety concerns-such as dogs getting too close to the alligators and vehicles destabilizing the berms-that could shut down public access for good. "It's a gift," she says, "not a guarantee."

In Arizona, the Sweetwater Wetlands on the western edge of Tucson have likewise become a big tourist draw. Interpretive displays at the urban wildlife habitat, park, and natural treatment system describe the water reclamation process, while a photography competition emphasizes the importance of the desert oasis for migrating and permanent animal residents.

Retired software engineer and photography enthusiast Steven Winker won a second-place award for a dramatic photo of a bobcat about to pounce on an unlucky rat. He recalls the thrill of passing within feet of another bobcat nicknamed "Mama"-so named by her many admirers because she had raised multiple litters in the wetlands.

In November 2022, about a month after researchers outfitted her with a radio collar, Mama died; researchers suspect she was struck by a car on a nearby road. Beyond an outpouring of grief, her death sparked a bitter controversy among residents who suspected that the radio collars were changing the behavior of the bobcats and making them more susceptible to harm. Tracking data suggested no ill effects on the animals, though the deaths of multiple collared bobcats pointed to another sad truth: Creating inviting semi-urban spaces for wildlife brings the animals closer not only to adoring fans but also to highways and hunters.

Restoring Nature

The popularity of Oregon's Fernhill has required Clean Water Services to defuse its own share of potential public relations disasters, like the mass die-offs of cackling geese in 2020. The birds ate fungus-contaminated grain in nearby fields and then expired in the wetlands. "We're in a fishbowl," Kinnear says, keenly aware of how the deaths could have been wrongly attributed to something in the treated water if the incident had not been properly investigated and explained.

At the same time, he has had to continually weed out invasive plants and animals threatening the site's water filtration function. The utility's proactive management, though, has created new opportunities to educate the public about the benefits and limits of nature-inspired systems, and to explore how human stewardship might nurture new ecosystems.

The Las Arenitas Wetland Project, an international collaboration at a wastewater treatment plant south of Mexicali in Mexico's Baja California state, has aimed even higher by seeking to improve the flow and quality of freshwater through the Colorado River Delta.

The river's meager flow by this point in its course, drained by chronic drought and upstream water rights, has effectively concentrated its pollution and threatened its connectivity to the sea at the Gulf of California. "Everything comes back to the lack of fresh water," says Edgar Carrera, who grew up in Mexicali and now coordinates the Colorado River Delta project for The Nature Conservancy, a project partner.

An initial 250-acre wetland created in 2007 wasn't enough to accommodate the region's population growth and the resulting influx of wastewater that is now roughly double the existing plant's treatment capacity. That wetland, Carrera says, has already become an oasis for migratory and resident birds like the endangered Yuma clapper rail, mammals like bobcats and foxes, and reptiles like chameleons. "So it is now a wildlife refuge," he says.

In parallel with upgrades to the plant's treatment process, tentatively slated for 2025, a new series of intermediate water-filtering wetland basins will significantly improve the quality of the 3.5 billion gallons of reclaimed water before it flows into the larger wetland and then into the Colorado River Delta. Improving that flow can lower the concentration of other contaminants-essentially using treated wastewater to help dilute pollution-while nourishing the downstream estuary's wildlife.

Carrera has alleviated some community concerns that the natural water purification won't be enough to clean the Colorado by emphasizing that the process will combine the filtering abilities of a more efficient treatment plant and the series of constructed wetlands to aid the ailing delta. "They are very conscious that the water, for them, means income," he says of local residents who depend upon the river for agriculture, fishing, boating, and tourism.

For many ecosystems, recycled water means life. In a lower stretch of Oregon's Tualatin River, water released from an upstream reservoir and treated wastewater from the utility's four treatment plants account for up to 86% of the late-summer flow.

Taniguchi-Dennis believes that creating "river-ready" water and a wildlife sanctuary is just the start of what might be possible with treated wastewater. Providing a foothold for keystone species such as beneficial kinds of algae, for example, could feed a wide assortment of creatures while further purifying and oxygenating the water. "What if we could create the right biodiversity within the wetland that actually amplified what the river needs to restore its health and its waters?" she asks. It's a question made possible by reimagining how the problem of polluted wastewater can become the basis for a sustainable, nature-inspired solution.


Bryn Nelson wrote this article for YES! Media.


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Environmental scientists in Iowa are starting to analyze data they collected with a research balloon during the recent solar eclipse. The mission was part "cool factor," part high-tech research project.

Matthew Nelson, director of the Make to Innovate program at Iowa State University, and a team of seven eclipse chasers trekked to launch their high-tech balloon in Carbondale, Illinois, the only place in the country in the path of the total solar eclipse both this year and in 2017. At an altitude of 95,000 feet, the craft studied the atmospheric effects of the eclipse, but Nelson said there were also less scientific reasons at play.

"One, there's the cool factor," Nelson explained. "It's really kind of an interesting effect and it looks spectacular. I mean, you can see the whole round shadow as it moves across the ground. It's very much like seeing the eclipse itself. It's kind of one of those surreal types of things."

Beyond recording video of the shadows, the balloon collected highly technical atmospheric and solar data, which Nelson is starting to study. Video from the balloon, and its flight path, are online.

Nelson noted the balloon was monitoring atmospheric pressure, humidity levels, temperature and solar radiation during the eclipse, things they do not typically have the chance to study.

"We can measure some of the solar flares, and stuff like that, when the bulk of the sun is blocked out like that," Nelson stressed. "It's a unique opportunity to see what can we learn from these eclipses."

Once the balloon had done its job and was beginning to return to Earth, it detached from the high-tech gear, ascended well beyond its "cruising altitude" and popped. Nelson was able to collect the gear, which landed safely, thanks to a parachute.


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