Owens Lake Steamships

Today it is difficult to imagine, but at one time not so long ago, Owens Lake Steamships ferried supplies and silver ore across Owens Lake from the booming silver town of Cerro Gordo, California. Cerro Gordo was a booming silver town located at high elevations in the White Mountains above the tree line. Water and fuel are hauled up the mountain utilizing freight wagons to support the silver mines.

Cerro Gordo overlooking the then full Owens Lake.
Cerro Gordo overlooking the then full Owens Lake.

Owens Lake, nestled in the Owens Valley of California, was once a shimmering gem nestled beneath the towering Sierra Nevada mountains. Spanning over 100 square miles, it was a vital oasis for diverse wildlife and a haven for migratory birds. Its glassy surface reflected the surrounding peaks, creating a picturesque landscape beloved by locals and travelers alike. With its abundant water and fertile shores, it supported Native American communities for centuries. However, as Los Angeles began to grow in the late 19th century, demands for water led to the diversion of the Owens River, gradually desiccating Owens Lake and leaving behind a vast salt flat.

Mortimer Belshaw (1830 - 1899 )
Mortimer Belshaw (1830 – 1899 )

Cerro Gordo was a silver mining town located high in the White Mountains east of Owens Lake. The elevation of the town offered some unique challenges in terms of supplies, such as water and fuel. Infrastructure to support the mines and the community needed to be built by Mortimer Belshaw. These supplies are staged in Keeler, CA and hauled up to the town using teams of wagons and a tramway. It is a natural step to build a ferry system to facilitate the transfer of goods, services and more importantly silver bars produce at Cerro Gordo.

Owens Lake itself faced a significant transformation in the 20th century. The Los Angeles Aqueduct, completed in 1913, diverted water from the Owens River, which fed the lake, to Los Angeles. This diversion caused Owens Lake to dry up, transforming it into a largely dry lakebed with environmental and health issues due to dust storms.

Bessie Brady

1950 Painting by William McKeever of the Bessie Brady is on display at the Eastern California Museum in Independence, CA.  This image probably does not resemble the actual appearance of the vessel.
1950 Painting by William McKeever of the Bessie Brady is on display at the Eastern California Museum in Independence, CA. This image probably does not resemble the actual appearance of the vessel.

The Bessie Brady made its maiden voyage on July 4, 1872. Measuring about 85 feet in length with a 19-foot beam, the vessel could carry up to 100 tons of cargo, significantly reducing the time and cost of transporting ore. The ship’s route ran from the town of Swansea, near the western shore of Owens Lake, to Cartago on the southern shore. From Cartago, the ore was transported to Los Angeles. The steamer was actually so efficient in hauling silver ore to Cartago Landing, near Olancha, Ca, that the bullion began to pile up. The teamsters who hauled the Silver Ore from Olancha to Los Angeles, simply could not keep up with the vessel.

The introduction of the Bessie Brady revolutionized transportation in the Owens Valley. It provided a more reliable and faster means of moving ore from the Cerro Gordo Mines to markets, boosting the local economy. The steamship also transported supplies and passengers, further integrating the remote mining community with the rest of California.

The success of the Bessie Brady was relatively short-lived. By the mid-1870s, the completion of the Carson and Colorado Railroad reduced the need for lake transport. The railroad provided an even more efficient means of moving goods and people, leading to a decline in the use of the steamship.

Despite its decline, the Bessie Brady continued to operate for several years, serving various purposes, including transporting salt from the lake’s evaporative salt works.

NameBessie Brady
Other Names“The Pioneer inland steamer of the Pacific Coast”
Years of OperationJune 27, 1872 – May 11, 1882
Length85 feet
Beam16 feet
Propulsion20 HP Single Cylinder Oscillating Type Steam
10 inch cylinder bore and 10 inch stroke
Propeller54 inches

Molly Stevens

The Molly Stevens was a steamboat built in the late in 1877 and launched on in May of that year by Colonel Sherman Vanderventer Stevens. It was named after Molly Stevens, in honor of his daughter Molly.. The vessel was is smaller than the Bessie Perl, but does boast of more powerful powerplant. A few days after its’ maiden voyage, the steamship is swamped in the heavy wind driven lake waters. She is raised again to the surface with the help of the Bessie Brady.

By 1878, the Molly Stevens is only making the occasional trip across the Lake and spends the majority of her time moored. In 1881, the vessels is hauling from $6,000 in bullion a week, which is produced by nearby mills. Due to lack of hauling efficiency, the Molly Stevens is again moored and eventually scrapped in the spring of 1882.

On May 11th, 1882, during a refitted of the more powerful steam plant from the Molly Stevens to the Bessie Brady a fire breaks. The fire is started spontaneously by a combination of the Oakum, oil, paint and tar. The inferno quickly takes hold and destroys the last of the steamships on Owens Lake.

The Molly Stevens and Bessie Brady played a crucial role in the economic development of the Owens Valley. By transporting ore efficiently across Owens Lake, these vessels helped boost the mining industry, which was the backbone of the local economy. The presence of the two steamships reduced the time and cost associated with overland transport, making mining operations more profitable.

Molly Stevens Characteristics

NameMolly Stevens
Years of operation1877 – 1882

The Lost Treasure of the Bessie Brady

One other incident, which is not documented, is the alleged existence of a lost treasure in Owens Lake. Allegedly, a wagon load of bullion hauled by the Bessie Brady is swept overboard during a high wind storm. The tale is told that the heavy bullion-filled wagon was not correctly chained to the deck and simply swept over the side.

The story could be from a combination of events, such as the swamping and sinking of the Molly Stevens.

Seemingly a rumor, the Lost Treasure of the Bessie Brady seems to always originate from a person who allegedly heard from someone who knew the captain.

References

Lake Manly

Lake Manly is a rare and ephemeral lake that occasionally forms in Badwater Basin, the lowest point in North America at 282 feet (86 meters) below sea level, located in Death Valley National Park, California. This temporary body of water revives an ancient Pleistocene lake that existed during the Ice Age, when it reached depths of up to 700 feet and stretched nearly 100 miles long.

Looking into a perfect mirror image on Lake Many in January 2026.  Photo by James L Rathbun
Looking into a perfect mirror image on Lake Many in January 2026. Photo by James L Rathbun

In recent years, including dramatic appearances after Hurricane Hilary in 2023, atmospheric rivers in 2024, and record-breaking fall rains in late 2025 (with more precipitation than an entire typical year), the basin has flooded to create a shallow lake — sometimes just inches deep, other times up to a few feet — allowing rare reflections and even temporary kayaking opportunities.

Badwater Basin itself is a surreal, otherworldly landscape dominated by expansive salt flats covering nearly 200 square miles. The surface is primarily sodium chloride (table salt), along with minerals like calcite, gypsum, and borax. The name “Badwater” comes from a small spring-fed pool near the road that’s extremely salty and undrinkable.

History of the lake

Lake Manly, gets its name from William Lewis Manly, a pioneer and hero of the 1849 California Gold Rush era.

In late 1849, a group of emigrants (known as the “Lost ’49ers”) took a risky shortcut to reach the gold fields and became stranded in the brutal heat and dryness of what would later be called Death Valley. William Lewis Manly, along with John Rogers, volunteered to walk out of the valley on foot to seek help. They trekked hundreds of miles across harsh desert terrain, eventually reaching safety, obtaining supplies, and returning to rescue the remaining group (including families like the Bennetts and Arcans) — saving their lives.

In honor of his bravery and lifesaving efforts, geologists named the prehistoric pluvial lake that once filled much of Death Valley after him. The name “Lake Manly” was formally coined in 1932 (sometimes misspelled as “Manley” in older sources, but Manly is correct). There’s even a proposed alternate name “Lake Rogers” for a potential northern section, after his companion, but “Manly” became the standard term used in scientific literature and by the National Park Service.

The lake itself is a remnant of wetter Ice Age periods (especially around 185,000–128,000 and 35,000–10,000 years ago), when glacial meltwater fed massive inland waters. Today, it only reappears briefly after extreme rainfall events — like the record storms in recent years that turned Badwater Basin into a shallow, reflective lake again.

It’s a fitting tribute: the name connects one of the valley’s most famous human survival stories to its deep geological past of water in a place infamous for being bone-dry!

Telescope Peak's reflection in the calm wates of Lake Manly, Death Valley National Park. Photo by James L Rathbun
Telescope Peak’s reflection in the calm wates of Lake Manly, Death Valley National Park. Photo by James L Rathbun

Conditions That Cause Lake Manly’s Formation

Death Valley is one of the driest and hottest places on Earth, averaging only about 2 inches of rain per year with evaporation rates exceeding 150 inches annually. This extreme aridity normally keeps Badwater Basin as a dry salt pan.

The lake forms only during rare, extreme rainfall events — such as remnants of tropical storms (e.g., Hurricane Hilary in 2023), powerful atmospheric rivers, or record-setting seasonal storms — that deliver several inches of rain in a short time. Runoff from surrounding mountains floods the endorheic (closed) basin, which has no outlet, creating a temporary lake. The water eventually evaporates rapidly under the intense heat and low humidity, returning the area to its characteristic salt flats — often within months.

This fleeting phenomenon highlights how even the harshest deserts can dramatically change with unusual weather patterns!

The hills next to Badwater turn green with the rains which cause Lake Manly.  The sea sevel sign is visible high in the rocks on the the right.  Photo by James L Rathbun
The hills next to Badwater turn green with the rains which cause Lake Manly. The sea sevel sign is visible high in the rocks on the the right. Photo by James L Rathbun

Winter 2026

Lake Manly is formed following several days of rain, so we opted to drive out to the park for a visit. Our first visit is cut short from a rain storm and flash floods which caused the road to be covered with flood levels. We made the drive from Vegas the next weekend, and were floored by the views of Lake Manly covering the salt flats of Badwater Basin. The walk out to the lake shore is about 1/4 of a mile from the Badwater parking lot.

On our visit, the lake surface is deathly still and the other visitors were silent giving us the feeling of isolation despite their being other travelers. This is my first visit to Lake Manly, and will certainly not be my last, if I am able to arrange the trip.

Simonsville, Nevada – Clark County Ghost Town

Simonsville (occasionally referenced with variant spellings such as Simmonsville) was a short-lived Mormon farming settlement and milling site in Clark County, Nevada. It was situated on the east bank of the Muddy River in the Moapa Valley, west of the south end of the Overton Airport. Coordinates are 36°33′46″N 114°26′40″W, with an elevation of 1,325 feet (404 m). The settlement formed part of the broader network of 1860s Mormon colonies along the Muddy River, established to support agriculture in southern Nevada’s desert environment.

Early History/Founding

Simonsville originated as part of the Mormon Cotton Mission initiated by Brigham Young in the early 1860s. Seeking reliable water from the Muddy River and fertile soil for cotton production (to achieve economic independence for Utah Territory and secure southern trade routes), church leaders dispatched approximately 75–85 families to the Moapa Valley in 1865. The first major settlements were St. Thomas and St. Joseph.

The site was initially known as Mill Point after James Leithead constructed the valley’s first grist mill there. By December 1865, enough settlers had arrived for President Erastus Snow to establish a new colony under the leadership of Orrawell Simons (sometimes spelled Orawell). The settlement was renamed Simonsville in his honor. In spring 1866, Orrawell Simons oversaw construction of an additional grist mill, which quickly became operational.

Economic Activities

The economy of Simonsville centered on agriculture and milling, integrated with the larger Moapa Valley Cotton Mission. Settlers grew cotton, wheat, corn, oats, barley, and orchard crops, supported by irrigation canals drawn from the Muddy River. The grist mill at Simonsville (and its predecessor at Mill Point) ground wheat, corn, and salt for local use and regional supply.

A cotton gin, powered by the same mill infrastructure, processed the 1865 cotton crop; valley-wide production exceeded 5,000 pounds of lint that year, with individual acres yielding up to 695 pounds of first-class lint. By 1866–1867, cotton output grew significantly (e.g., 14,600 pounds of lint reported at nearby St. Joseph alone in 1867). The mill also supported defensive efforts, as a guard was maintained at Mill Point to protect the valuable infrastructure during Indian raids in 1866.

Decline/Abandonment

Simonsville’s decline mirrored that of the other Muddy River settlements. Harsh conditions—including remoteness (450 miles from Salt Lake City), desert climate, malaria, sandstorms, and Indian depredations—strained the colonies. A critical issue emerged when a boundary survey revealed the entire Moapa Valley lay in Nevada (specifically Lincoln County at the time), not Utah Territory or Arizona as initially assumed. This triggered disputes over taxation: settlers faced double levies (Nevada state taxes plus tithing to Utah’s Rio Virgin County) without corresponding representation or services.

In 1870–1871, Brigham Young described the area as a “God Forsaken place” and advised abandonment. Most residents, including those at Simonsville, voted to leave. By 1871, over 600 colonists abandoned their homes, farms, and mills, relocating eastward to Long Valley, Utah (founding communities such as Glendale and Mount Carmel). Simonsville was never reoccupied.

Legacy/Current Status

Simonsville exemplifies the ambitious but ultimately unsuccessful Mormon efforts to colonize southern Nevada’s river valleys in the 1860s. It highlights the challenges of territorial boundary ambiguities, taxation conflicts, and environmental hardships that doomed the Cotton Mission. The settlement contributed to early agricultural experimentation (cotton ginning and grain milling) in what became Clark County and paved the way for later, more permanent communities in the Moapa Valley (such as the revived Overton and Logandale).

Today, the physical site of Simonsville (and original Mill Point) is largely lost. It lies beneath or adjacent to modern Clark County flood-control infrastructure and realigned airport roads. No standing structures remain, and the area is not preserved as a public historic site, though it is documented in lists of Clark County ghost towns.

Sources/References

  • “The Settlements on the Muddy 1865–1871: ‘A God Forsaken Place’,” Utah Historical Quarterly, Vol. 35, No. 2 (1967), providing primary excerpts from church leaders and detailed colony records.
  • Historical Marker Database (HMDB): “Early Settlements in the Moapa Valley” (marker detailing the 1865–1871 Mormon colonies).
  • Additional context from Nevada ghost town compilations and Moapa Valley historical overviews (e.g., lists confirming Simonsville/Mill Point as a 1865–1870 site).

Bard, Nevada – Clark County Ghost Town

Bard, Nevada, is an extinct ghost town and former railroad station located in Clark County in southern Nevada. It lies within the modern-day Enterprise census-designated place (CDP), approximately 14 miles southwest of downtown Las Vegas in the arid Mojave Desert terrain near the Eldorado Mountains. Its coordinates are approximately 35°59′16″N 115°14′15″W (elevation 2,572 feet / 784 meters).

Origins and Naming

Bard originated as a minor stop along the San Pedro, Los Angeles and Salt Lake Railroad (commonly called the “Salt Lake Route”), which later became part of the Union Pacific Railroad. The community took its name from the nearby Bard Mining District. Historical records attribute the name to D. C. Bard (sometimes referenced as a natural scientist, mining engineer, geologist, and prospector active in the American West). Some accounts also mention a possible link to U.S. Senator Thomas R. Bard of California, a mining investor, but primary sources from the Federal Writers’ Project (1941) and Nevada place-name studies consistently point to D. C. Bard.

The Bard Mining District, situated between Arden and Jean in Clark County, focused on industrial minerals such as limestone, gypsum, silica, and diatomite rather than high-value precious metals. It supported small-scale extraction operations in the early 20th century, with the railroad station serving as a logistical link for transporting these materials and supporting rail traffic through the remote desert.

Railroad Development and Role (1904–1905)

The San Pedro, Los Angeles and Salt Lake Railroad, promoted by Montana Senator William Andrews Clark (the namesake of Clark County), was a pivotal infrastructure project that opened southern Nevada to broader economic development in the early 1900s. Construction crews reached the Bard area in 1904. Because of challenging terrain—including the need to complete a grade over the summit between Las Vegas and Ivanpah Valleys—only a temporary “shoo-fly” (bypass) track was initially built. The permanent main line through Bard was completed in May 1905.

As a non-agency station (meaning it had no dedicated station agent or full passenger facilities), Bard functioned primarily as a siding or waypoint between Sloan (to the south) and Arden (to the north). It facilitated the movement of freight, passengers, and mining-related goods along the main line connecting Los Angeles to Salt Lake City. In the broader context of Clark County history, this railroad was instrumental in the founding and growth of Las Vegas (established 1905) and the agricultural and mining expansion that followed. Bard itself, however, remained a small, functional rail facility rather than a populated settlement.

Decline and Abandonment (1945)

Bard never developed into a substantial community with residents, schools, or businesses. Its entire purpose was tied to railroad operations. By the mid-20th century, shifts in transportation (including the rise of trucking and changes in rail routing and technology) reduced the need for minor sidings like Bard. The station was officially abandoned in 1945. No structures or population figures are recorded for Bard; it appears in historical lists simply as an “extinct town” or “populated place” absorbed into the Enterprise CDP for modern census purposes.

Legacy and Present Day

Today, Bard exists only as a historical footnote in Clark County’s railroad and mining heritage. No ruins, historical markers, or visible remnants are prominently documented at the site, which is now surrounded by the rapid suburban growth of the Las Vegas metropolitan area. It exemplifies the many short-lived railroad sidings and support points that dotted Nevada’s desert landscape during the boom years of rail expansion and early industrial mining. Bard is occasionally listed among Clark County ghost towns alongside more prominent sites such as Goodsprings or St. Thomas, though its story is far more modest.

In the wider narrative of southern Nevada, Bard highlights how the 1905 railroad—built by Senator Clark—transformed a remote region into a transportation corridor. While larger towns like Las Vegas thrived, smaller waystations like Bard quietly served their purpose and faded once economic conditions changed. Its legacy survives primarily in railroad histories, topographic maps, and Nevada place-name references.

Billie Mine

The Billie Mine (also known as Billie I and Billie II) is a former underground borate mine located in the Furnace Creek Mining District of Death Valley National Park, Inyo County, California. Situated on the eastern slopes of the Black Mountains overlooking Death Valley, the mine’s surface structures—including the prominent steel headframe, shaft collar, support buildings, and waste rock dumps—are positioned just outside the park boundary along the paved Dante’s View Road, approximately 1.5 miles northwest of the historic ghost town of Ryan and 12 miles southeast of Furnace Creek. However, the rich borate ore body itself extends underground into park lands, with the mine portal offset about 1,500 feet west on Bureau of Land Management property to comply with environmental regulations under the Mining in the Parks Act of 1976.

The site sits in a stark, arid landscape typical of Death Valley: barren alluvial fans sloping down from rugged, basalt-capped ridges, dotted with creosote bush and sparse desert vegetation. The ore body, embedded in the Miocene-Pliocene Furnace Creek Formation, consists primarily of calcium borates such as colemanite, along with probertite and ulexite. Geologically, the deposit is lens-shaped, striking northeast with a southeast dip of 20–40 degrees, averaging 700 feet wide, 3,700 feet long down-dip, and 150 feet thick. Mining involved deep vertical shafts (reaching depths of around 1,200 feet) and long-hole stoping methods with backfilling to maintain stability, leaving tall, narrow pillars critical to the underground structure.

Today, the abandoned mine features a towering headframe silhouetted against the vast valley panorama, evoking the industrial intrusion into this remote wilderness. Visitors driving to Dante’s View often pause for photos, but the site is gated and off-limits—mines in the park are hazardous due to unstable shafts, toxic tailings, and potential collapses.

The Billie Mine’s history is intertwined with Death Valley’s long borax legacy, but it represents a modern chapter amid growing conservation efforts. Borate deposits in the Furnace Creek area were known since the late 19th century, exploited by the Pacific Coast Borax Company at nearby sites like the Lila C. and Widow mines near Ryan. However, after discovering richer sodium borates (kernite) at Boron in 1926–1927, operations in Death Valley largely ceased as companies shifted to more profitable locations.

Interest in the Billie deposit revived in the mid-20th century. In 1958, the Kern County Land Company staked claims and conducted drilling. Development accelerated in the 1970s: after the Mining in the Parks Act of 1976 restricted new claims and imposed strict environmental reviews, valid pre-existing operations like Billie were allowed to proceed with mitigation. Construction began in 1977 under a partnership that became the American Borate Company (initially involving Owens Corning Fiberglass and Texas United, later fully Owens Corning).

The mine reached ore in 1980 and became fully operational shortly after, extracting high-quality colemanite crystals (some large and collectible) alongside probertite and ulexite. Ore was trucked to processing plants in Dunn Siding, California, or Lathrop Wells, Nevada. For over a decade following the 1994 expansion of Death Valley to national park status, the Billie Mine was the only active mine within park boundaries, operating under rigorous National Park Service oversight to minimize surface disturbance.

Production continued into the early 2000s, but economic factors, declining demand, or resource depletion led to closure in 2005—marking the end of all mining in Death Valley National Park. In 2011, American Borate donated related patented claims (including parts of the Billie and nearby Boraxo sites) to the NPS, further securing the area’s protection.

The Billie Mine stands as a poignant reminder of Death Valley’s mining era: born from persistent exploration in a protected landscape, it bridged historic borax booms with modern environmental constraints, ultimately yielding to preservation in one of America’s most extreme and iconic wildernesses.