Category Archives: Trona News

Red Rock Canyon State Park: Hollywoods Desert Backlot

Nestled between the southern tip of the Sierra Nevada and the El Paso Mountains, Red Rock Canyon State Park in Southern California is one of the most visually striking desert landscapes in the American West. With its towering rust-colored cliffs, sculpted buttes, and wide desert vistas, the park has long served as a natural movie set for Hollywood filmmakers seeking dramatic scenery without leaving California.

A Landscape Made for the Camera

The canyon’s vivid rock formations—painted in layers of red, orange, pink, and cream—were formed over millions of years by wind, water, and tectonic forces. Landmarks such as Hagen Canyon and the colorful cliffs along Highway 14 provide sweeping cinematic backdrops that resemble everything from the Old West to alien planets.

Its location, about two hours north of Los Angeles, made it especially attractive during Hollywood’s Golden Age. Studios could transport cast, crew, horses, and equipment to the desert and back in a single day. The predictable Southern California weather was another advantage, allowing filmmakers to shoot year-round under clear skies.

Westerns and the Golden Age of Hollywood

Red Rock Canyon became particularly popular during the 1930s through the 1950s, when Westerns dominated American cinema. Over 140 films were shot here. The canyon’s rugged terrain perfectly doubled for frontier territories across Arizona, Nevada, and Texas.

Legendary stars such as John Wayne and Roy Rogers filmed scenes in the area. The canyon appears in classic Westerns including:

In these films, Red Rock Canyon’s cliffs and open desert expanses stood in for vast frontier landscapes, enhancing themes of isolation, adventure, and rugged individualism.

Science Fiction and Fantasy Landscapes

As Hollywood evolved, so did the types of productions that used the canyon. Its otherworldly rock formations made it an ideal stand-in for distant planets and prehistoric worlds.

Many people think the canyon was featured in episodes of Star Trek, where its unusual formations helped create the illusion of alien terrain, however my resarch indicates they were actually shot at Vasquez Rocks Natural Area Park in Agua Dulce, California . It did appear, however,  in the original Beneath the Planet of the Apes, contributing to the film’s stark, post-apocalyptic atmosphere.

Its versatility allowed filmmakers to transform the same location into multiple fictional worlds simply by changing camera angles and set dressing.

Music Videos and Modern Productions

Beyond classic films and television, Red Rock Canyon has also attracted music video directors and commercial filmmakers. Its dramatic desert scenery offers a powerful visual aesthetic that complements everything from country ballads to rock anthems.

Even as digital effects have become more common, the canyon continues to draw productions seeking authentic natural beauty that cannot be fully replicated on a soundstage or green screen.

Preserving a Cinematic Landmark

Today, Red Rock Canyon State Park is protected land, managed for conservation and recreation. Visitors can hike scenic trails, camp beneath the desert sky, and explore the same terrain once traversed by film crews and movie stars.

Though many audiences may not immediately recognize the location, Red Rock Canyon has quietly shaped the visual language of American cinema. From dusty frontier towns to distant galaxies, this Southern California desert landscape has helped Hollywood bring countless stories to life.

Its cliffs do more than rise from the desert floor—they rise from film history itself.

The Fragile Pass: Road Damage and Resilience in Poison Canyon

State Highway 178 is a lifeline for Eastern Kern County, but as any local will tell you, it is a road in constant negotiation with the Earth. This is nowhere more evident than in Poison Canyon, the rugged, steep-walled stretch between Ridgecrest and the Trona/Searles Valley area.

Recent years have been particularly unkind to this corridor. While the “canyon” itself provides a stunning backdrop of stark desert beauty, its geological instability has led to recurring road damage that keeps Caltrans crews on high alert.

The Anatomy of the Damage

The primary culprit for road degradation in Poison Canyon is the extreme cycle of flash flooding and thermal expansion. In this arid environment, the soil lacks the vegetation to hold it in place. When desert monsoons or winter atmospheric rivers hit, the runoff doesn’t soak in; it scours.

• Undermining: Heavy rains frequently wash out the shoulders, undermining the asphalt and leading to “alligator cracking” and eventual lane failure.

• Debris Flows: The steep canyon walls shed rock and sediment directly onto the travel lanes, often forcing emergency closures.

• Pavement Heaving: Extreme temperature swings—from freezing winter nights to 110°F summer days—cause the road surface to expand and contract, creating hazardous dips and ripples.

The Iconic Fish Rocks

For travelers navigating the winding turns of Highway 178, the Fish Rocks serve as both a whimsical landmark and a grim reminder of the canyon’s power. These boulders, painted to look like giant, colorful fish emerging from the desert floor, sit right in the heart of the most vulnerable section of the canyon.

While they are a beloved photo-op, the Fish Rocks are also “ground zero” for road damage reports. Because they sit at a natural drainage point, the area surrounding the rocks is often the first to flood. In recent seasons, crews have had to perform extensive “slope stabilization” near the rocks to prevent the very ground they sit on from sliding into the roadway.

Current Status and Future Repairs

As of early 2026, Highway 178 through Poison Canyon remains a focus of the Caltrans District 9 maintenance schedule. While the road is currently open, motorists should expect:

1. Reduced Speed Zones: Many sections near the Fish Rocks have been reduced to lower speed limits due to uneven pavement and ongoing shoulder reinforcement.

2. One-Way Escorts: Periodic maintenance to clear rockfall debris often requires temporary signal-controlled traffic.

3. Long-Term Mitigation: Plans are being discussed for more permanent culvert upgrades and “rock fall netting” on the steepest cliffs to prevent boulders from reaching the travel lanes.

Safety Tips for Travelers

If you are planning to transit through Poison Canyon, keep these essentials in mind:

• Check the Weather: If there is a flash flood warning for the Spangler Hills or Searles Valley, avoid the canyon entirely.

• Watch the Shoulders: Even if the lane looks clear, the edges of the road can be soft and prone to crumbling after a rain event.

• Respect the Fish: By all means, pull over to see the Fish Rocks, but ensure you are completely off the roadway in a designated turnout; visibility is low for oncoming traffic in the canyon’s tight curves.

 

Poison Canyon is a testament to the challenge of maintaining infrastructure in the Mojave. It remains a beautiful, if temperamental, gateway that requires constant vigilance from both the state and the drivers who traverse it.

Support the Trona High School Band Students!

The band students have launched a raffle fundraiser to attend the Music Learning Foundation camp this summer. This camp is a vital opportunity for our students to expand their musical talents, and we would truly appreciate your support.

Raffle Highlights: We are raffling off four fantastic prizes thanks to the generosity of:

  • Alonzo Cisneros’ Grandma (Handmade Piñatas)

  • Casa Corona & The Pizza Factory

  • Ridgecrest Cinemas & Sierra Lanes Bowling

  • Dutch Bros & Walmart

Please note: This fundraiser is independently organized and not a Trona High School-sponsored event. Winners must be able to pick up their prizes.

Searles Valley Scholarship Foundation – Give Your Class Year Campaign

No matter where life has taken us, we will always be Tornadoes.

We painted the T on the mountain.

We defended our class year on the rock.

We walked the halls of our original high school and built friendships that lasted far beyond graduation.

When the earthquakes shook our town, we felt it. When the old high school came down, we felt that too. But Trona has never been defined by what we lose. We are defined by how we stand together and rebuild.

Today, students walk the halls of a brand new high school. A new building. The same Tornado grit.

Now, there is a graduating senior ready to step into their next chapter, and we have the opportunity to stand behind them.

The Searles Valley Scholarship Foundation is raising funds to provide a scholarship to a Trona High School senior headed to college, and we are inviting alumni to rally once again through the Give Your Year Challenge.

🎓 How It Works

Donate in the amount of your graduation year:

Class of 1988 → $19.88

Class of 1999 → $19.99

Class of 2007 → $20.07

Sunlight in the Searles Valley: GlassPoint’s Solar Revolution in Trona

AI created vision of GlassPoint solar steam plant.

AI created vision of GlassPoint solar steam plant.

In the harsh, salt-caked landscape of the Mojave Desert, a historic shift is underway. Trona, California—a town synonymous with a century of industrial mining—is becoming the testing ground for a massive technological leap. In June 2025, GlassPoint, a leader in industrial solar steam, announced a landmark partnership with Searles Valley Minerals (SVM) to deploy 750 megawatts thermal (MWth) of solar power.

This project isn’t just about “going green”; it’s about the survival and modernization of one of America’s most critical mineral operations.

The Challenge: Decarbonizing the “Hard-to-Abate”

Searles Valley Minerals has operated in Trona for over 150 years, extracting essential minerals like boron, soda ash, and lithium from the brine of Searles Lake. These minerals are the backbone of industries ranging from glass and detergents to fertilizers and high-tech electronics.

However, the process is incredibly energy-intensive. Traditionally, SVM has relied on coal and natural gas to generate the massive amounts of steam required for mineral processing. As coal prices rise and environmental regulations tighten, the facility faced a double threat to its economic viability and its carbon footprint.

The Technology: Solar in a Box

GlassPoint’s solution for Trona is their proprietary Enclosed Trough technology. Unlike traditional solar panels that generate electricity, GlassPoint uses mirrors to generate direct heat.

  1. The Greenhouse Design: The system places large, lightweight curved mirrors inside agricultural-style glasshouses. This “enclosure” is the secret to its success in the desert. It protects the mirrors from the fierce Mojave winds and abrasive sand, allowing them to be much thinner and cheaper than outdoor alternatives.
  2. Robotic Maintenance: Automated robots clean the exterior of the glasshouses at night, ensuring maximum sunlight penetration with minimal water use—a critical factor in the arid Searles Valley.
  3. Molten Salt Storage: For the first time, this project will integrate GlassPoint’s Unify storage system. By using liquid salts to store thermal energy during the day, the facility can continue to deliver steam 24/7, providing the “baseload” power necessary for continuous industrial operations.

Impact: Shutting Down California’s Last Coal Plants

The environmental and economic stakes of the Trona project are high. The first phase of the project aims to:

  • Decommission Coal: The 750 MWth installation is designed to begin the process of shutting down two coal-fired power plants—the last of their kind in California.
  • Carbon Reduction: The project is expected to slash carbon emissions by up to 500,000 metric tons per year.
  • Economic Sovereignty: By lowering energy costs from “day one,” the project helps ensure that SVM remains competitive against international suppliers, protecting over 600 local jobs in Trona.

A Global Milestone

With this project, GlassPoint has solidified its position as the dominant player in the $444 billion industrial process heat market. While they have successfully deployed massive projects in Oman and Saudi Arabia, the Trona facility represents their most significant U.S. deployment to date.

For the residents of Trona and the wider mining industry, the partnership proves that even the most “hard-to-abate” industrial sectors can transition to renewable energy—provided the technology is as rugged and cost-effective as the environment it operates in.

Project Quick Facts:

  • Location: Trona, CA (Searles Valley)
  • Capacity: 750 MWth
  • Primary Partner: Searles Valley Minerals (SVM)
  • Key Technology: Enclosed Trough mirrors + Unify ternary salt storage
  • Project Goal: Replace coal-based steam with zero-carbon solar steam

Trona Railway Reduces Operations

In the high desert of San Bernardino County, the rhythmic sound of the Trona Railway’s vintage SD40 locomotives has long served as the heartbeat of Searles Valley. However, that rhythm is slowing. As of early 2026, a “perfect storm” of economic and regulatory pressures has forced Searles Valley Minerals (SVM) to implement massive cutbacks, leading to a significantly reduced schedule for the historic short-line railroad.

The Catalyst: Plant Idling and Layoffs

The downturn began in earnest in February 2026, when Searles Valley Minerals announced the idling of its Argus and Trona plants. Citing a combination of global market saturation—specifically the “dumping” of low-cost soda ash from overseas—and California’s stringent regulatory environment, the company issued WARN Act notices to over 300 employees, roughly 55% of its workforce.

While the Westend facility remains operational, the mothballing of the Argus plant has removed the primary demand for the coal and soda ash shipments that once filled the Trona Railway’s manifests.


Impact on Trona Railway Operations

The Trona Railway (TRC), which operates a 30.6-mile line between the mining complex and the Union Pacific interchange at Searles Junction, has been forced to adapt to the following changes:

  • Reduced Frequency: Once a daily operation, the TRC has shifted to an “ad-hoc” or “as-needed” schedule. Local reports and rail enthusiasts have noted that coal trains, formerly a staple of the line, have virtually disappeared as the plant transitions away from coal-fired power.

  • Shifting Commodities: With the Argus plant idled, the railway is pivoting to focus on boron and minerals from the Westend plant. Boron’s recent classification as a U.S. Critical Mineral provides a slim silver lining, potentially stabilizing a baseline of rail traffic for national security interests.

  • Infrastructure & Equipment: Plans for new Tier 4 locomotives have reportedly been paused or cancelled due to the loss of funding and the sudden drop in operational demand. The iconic “tunnel motor” locomotives continue to run, but far less frequently.


A Community in Transition

The reduction in rail and mining activity is more than a corporate shift; it is an existential threat to the town of Trona.

“In Trona, the company is the town,” noted one local resident. “They support the schools and provide the water. When the trains stop running, the lights start to

Local schools are already bracing for an enrollment “death spiral” as families relocate to find work. The railway’s reduced schedule is the most visible indicator of this contraction, signaling a transition from a booming mineral hub to a leaner, more specialized operation.

Looking Ahead: Solar and Survival

Despite the grim outlook, SVM is looking toward a different kind of future. In late 2025, the company partnered with GlassPoint to begin replacing its coal-fired operations with a massive 750 MWth solar thermal project.If successful, this could eventually lower energy costs enough to make California mineral production competitive again.

For now, however, the Trona Railway remains in a state of watchful waiting, its reduced schedule a somber reflection of a valley fighting to remain “Trona Strong.”

Barbara Knight

Barbara (Knight) Rector — Class of 1954

Barbara Rector, a longtime pillar of the Trona community, will be honored with a memorial service on Saturday, March 21, 2026, at 12:00 PM at the Searles Valley Cemetery. A reception celebrating her life will follow at the Trona Senior Center.

Born in Bakersfield, Barbara moved to Trona in 1951, entering Trona High School as a sophomore. She quickly became an integral part of campus life, graduating with the Class of 1954. During her school years, she was a dedicated member of the G.A.A. and the Girls’ League, and she helped capture the history of her peers through her work on the Slate and the Telescope.

Barbara was the beloved wife of the late Russell Rector (Class of 1949), who preceded her in death in 2018. She was a devoted mother to her three sons: Ricky (Class of 1973), Robert (Class of 1977), and John (Class of 1978). She now joins her husband and her sons, Ricky and Robert, in eternal rest.

She is also preceded in death by her sisters, Rayana Hobby (Class of 1958) and Sheila Wheeler (Class of 1960). Barbara’s legacy lives on through her son John, her extended family, and the many lives she touched in the Searles Valley.

The High Desert Gateway: Exploring Wildrose Canyon and Station

Deep within the Panamint Range of Death Valley National Park lies a landscape that defies the standard desert stereotype. Far above the salt flats of Badwater Basin, Wildrose Canyon offers a rugged, high-elevation retreat where pinyon pines replace creosote bushes and the air remains cool even as the valley floor below reaches triple digits.

Rich in both geological drama and pioneer history, the canyon and its long-lost “station” tell a story of silver booms, industrious engineering, and the enduring resilience of the Mojave Desert.

The Geography of an Oasis

Wildrose Canyon is a 13-mile-long natural corridor on the western side of the Panamint Mountains. While much of Death Valley sits below sea level, Wildrose begins at an elevation of roughly 4,000 feet and climbs to over 8,000 feet. This dramatic verticality creates a unique ecosystem; it is a “sky island” where moisture is more abundant, supporting a dense woodland of Singleleaf Pinyon Pine and Utah Juniper.

The canyon serves as one of the primary western gateways into the park, accessible via the winding Wildrose Canyon Road. For travelers, it represents a transition from the stark, arid Panamint Valley to the alpine-like ridges of the high Panamints.

The Story of Wildrose Station

While the canyon remains a popular destination today, Wildrose Station is a name that largely belongs to the history books. Located at the junction of the Trona-Wildrose Road and Emigrant Canyon Road, the station was once a vital “oasis” for weary travelers and freight teams.

The Stagecoach Era

In the early 1900s, during the gold and silver rushes that birthed ghost towns like Skidoo and Panamint City, Wildrose Station served as a critical stage stop. It was a place where horses were changed, water was shared, and prospectors could find a hot meal. Beneath a massive rock formation—which the local Timbisha Shoshone and miners alike called “the big rock”—a café and blacksmith shop once operated.

The Modern Era and Removal

In the mid-20th century, the station continued to operate as a small commercial hub, featuring a general store, café, and gasoline pumps under private leases. However, in 1971, the National Park Service (NPS) decided to close the station and remove its commercial structures to restore the “historic flavor” and natural integrity of the area. Today, little remains of the station buildings themselves, but the site continues to serve as a landmark near the Wildrose Campground.

The Architectural Marvel: Wildrose Charcoal Kilns

The most famous residents of the canyon are not people, but ten massive, beehive-shaped structures: the Wildrose Charcoal Kilns.

Completed in 1877 by the Modock Consolidated Mining Company (partially owned by George Hearst, father of William Randolph Hearst), these kilns were an industrial solution to a fuel problem. The silver-lead smelters in the Argus Range, 25 miles to the west, required intense heat that regular wood couldn’t provide.

  • Engineering: Each kiln stands 25 feet tall and was built from local stone and lime mortar.
  • Production: Laborers filled the kilns with pinyon pine and juniper logs, then set them to a slow, controlled burn for about a week to produce high-energy charcoal.
  • Preservation: The kilns were only used for about two years before the mines closed. Because of this short lifespan and their remote location, they are considered the best-preserved examples of charcoal kilns in the Western United States. Even today, the interior of the stones still smells faintly of woodsmoke and creosote.

Visiting Today

For modern visitors, Wildrose Canyon is a prime destination for escaping the heat and exploring the park’s history.

  • Wildrose Campground: Open year-round, this site offers 23 spaces. Unlike the low-elevation campgrounds, Wildrose is often breezy and cool, though it can see snow in the winter.
  • Hiking: The trailhead for Wildrose Peak (9,064 ft) begins at the charcoal kilns. It is an 8.4-mile round-trip hike that provides some of the most spectacular 360-degree views in California, stretching from the Sierra Nevada to the east to the white salt crust of Death Valley to the west.
  • Wildlife: The canyon is a haven for desert bighorn sheep, burros, and a variety of high-desert birds like the Pinyon Jay.

Travel Tips

The road into Wildrose Canyon is narrow and winding. The National Park Service strictly prohibits vehicles longer than 25 feet from traversing the upper sections of the canyon road due to tight turns. Additionally, the final stretches leading to the kilns are gravel; while usually passable for sedans, high-clearance vehicles are recommended after rain or snow.

Wildrose Canyon stands as a reminder that Death Valley is more than just a scorched basin—it is a mountain kingdom with a deep, cooling breath and a history etched in stone.

Homewood Canyon: The Desert’s Hidden High-Desert Escape

Tucked away in the rugged Argus Range of the Mojave Desert, Homewood Canyon is one of the Searles Valley’s best-kept secrets. While the valley floor is famous for its shimmering salt flats and the alien landscape of the Trona Pinnacles, Homewood Canyon offers a different vibe entirely: a high-desert retreat with a rich mining history and a surprisingly tight-knit community.


A Landscape of Granite and Sage

As you turn off Trona Road and head west into the canyon, the scenery shifts rapidly. You leave behind the industrial silhouettes of the mineral plants and climb into a world of massive monzonite boulders and high-desert scrub.

The elevation gain provides two things that are precious in the Searles Valley:

  1. Lower Temperatures: It’s often significantly cooler in the canyon than on the valley floor.

  2. Expansive Views: From many vantage points, you can look back across the basin to see the vast expanse of Searles Lake and the Slate Range beyond.


From Mining Claims to Desert Homes

The history of Homewood Canyon is deeply rooted in the search for gold and minerals. In the early 20th century, the Argus Range was peppered with small-scale mines. Over time, these mining camps evolved into a residential community.

Today, the canyon is home to a mix of full-time “desert rats” and weekenders looking to escape the hustle of Los Angeles or Ridgecrest. The architecture is as eclectic as the residents—you’ll find everything from vintage cabins and mobile homes to modern off-grid retreats.


Living on the Edge (Literally)

Life in Homewood Canyon isn’t for the faint of heart. It’s a place for people who value autonomy and silence.

  • Wildlife: It’s common to spot wild burros (descendants of the old miners’ pack animals), kit foxes, and the occasional bighorn sheep.

  • The “Trona” Connection: While Homewood feels worlds apart, it relies on the nearby town of Trona for basic services. However, the canyon maintains its own distinct identity—quieter, rockier, and a bit more elevated.


Things to Do

If you’re visiting or passing through, Homewood Canyon serves as a fantastic basecamp for exploration:

Activity Description
Bouldering The granite formations offer world-class scrambling and climbing opportunities.
Off-Roading Numerous trails lead deeper into the Argus Range and toward the Great Falls Basin.
Stargazing With minimal light pollution, the Milky Way is frequently visible to the naked eye.
Ruth Mine History buffs can explore the remnants of the nearby Ruth Gold Mine (with proper caution).

A Note for Visitors

Homewood Canyon is a residential area. While the surrounding Bureau of Land Management (BLM) land is open for exploration, it’s important to respect private property and stay on designated trails. The desert is a fragile ecosystem; as the saying goes, “Take nothing but pictures, leave nothing but footprints.”


Would you like me to create a custom packing list or a safety guide for a day trip to the Argus Range?

The Mirage of the Shortcut: The ’49ers’ Ordeal in Searles Valley

In the winter of 1849, a group of weary emigrants stood on the edge of a shimmering white expanse in the California desert. To their salt-stung eyes, it looked like a frozen lake or a field of snow. In reality, it was the dry bed of Searles Lake—a place that would offer no water for their parched throats, but would eventually change the industrial history of the American West.

The Fatal “Shortcut”

The story of the ’49ers in Searles Valley began with a map. While resting in Salt Lake City, a group of roughly 100 wagons, fearing the fate of the Donner Party, decided to bypass the high Sierras by taking a southern route. A young man showed them a hand-sketched map of a “shortcut” that promised to shave 500 miles off their journey to the gold fields.

This route led them directly into the jaws of Death Valley. After weeks of suffering, the group split. The “Jayhawkers” and the “Bennett-Arcan” party struggled over the Panamint Range and descended into the neighboring Searles Valley in January 1850.

Thirst and Despair

As the pioneers entered Searles Valley, their situation was critical. Their oxen were dying, and their water barrels were empty. When they first caught sight of the white floor of Searles Lake, many rushed forward, hoping for a freshwater oasis. Instead, they found a bitter, alkaline crust.

The journals of the survivors describe a scene of utter exhaustion. The Jayhawkers were forced to burn their wagons to cure the meat of their dying oxen, continuing westward on foot. One member of the party, a man named Mr. Fish, perished from exhaustion nearby—his name still marking Fish Canyon in the Slate Range.

The Heroic Rescue

Among these ’49ers were William Lewis Manly and John Rogers. Realizing the families in the Bennett-Arcan party could not survive much longer, these two young men trekked over 250 miles on foot to Mission San Fernando to fetch supplies.

On their return trip, they passed back through Searles Valley, leading the starving families toward safety. As they climbed the final ridge of the Panamint Mountains and looked back at the valley of their suffering, someone famously whispered, “Goodbye, Death Valley,” giving the region its name.

From Gold to Borax

While the ’49ers of 1849 saw Searles Valley only as a barrier between them and the gold mines, the valley held a different kind of “gold.” One of the men in a prospecting party years later, John W. Searles, remembered the strange white crystals he had seen while struggling for survival as a young man.

In 1862, Searles returned to the valley and identified the crystals as borax. He founded the San Bernardino Borax Mining Company, utilizing the legendary “20-mule teams” to haul the mineral out of the desert. The path blazed by the desperate feet of the ’49ers eventually became the highway for a multi-million dollar mining industry.

Legacy

Today, the Trona Pinnacles and the dry lake bed serve as a stark reminder of the 1849 ordeal. The Searles Valley Historical Society maintains markers at the “Slate Range Crossing,” where the Jayhawkers made their escape. What was once a landscape of near-certain death for the ’49ers is now recognized as one of the most unique geological sites in the world—a “chemical storehouse” discovered by men who were simply trying to stay alive