Tag: California

California, located on the west coast of the United States, is renowned for its diverse landscapes, vibrant culture, and significant economic influence. From the sun-kissed beaches of Southern California to the majestic Sierra Nevada mountains, the state offers a range of natural beauty. The state is home to iconic cities like Los Angeles, known for Hollywood and the entertainment industry, and San Francisco, famous for its tech innovation and the Golden Gate Bridge. The state’s economy is one of the largest in the world, driven by sectors such as technology, agriculture, entertainment, and tourism. With its rich cultural diversity and pioneering spirit, California continues to be a land of opportunity and innovation.

Southern Pacific Rattlesnake (Crotalus helleri)

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Crotalus helleri is a venomous pit viper species commonly known as the Southern Pacific rattlesnake. It is part of the family Viperidae, which includes venomous snakes known for their long, hinged fangs that allow them to deliver venom deep into their prey.

The Southern Pacific Rattlesnake (Crotalus helleri) hiding under a granite boulder in Bid Bear, California.
The Southern Pacific Rattlesnake (Crotalus helleri) hiding under a granite boulder in Bid Bear, California.

Description

Crotalus helleri typically ranges from 60 to 120 centimeters (2 to 4 feet) in length, although some individuals can grow larger. The snake exhibits a variety of color patterns depending on its geographical location. Common colors include brown, olive, gray, and occasionally greenish tones. The body is marked with dark, diamond-shaped blotches running along the length of its back, often bordered by lighter scales. These blotches may be less defined in older individuals. The snake’s head is triangular with a distinct neck, and it has a characteristic rattle at the end of its tail, which it uses as a warning signal.

Distribution and Habitat

Crotalus helleri is primarily found in Southern California, extending into Baja California, Mexico. Its range includes a variety of habitats such as coastal sage scrub, chaparral, grasslands, woodlands, and deserts. The snake is adaptable and can be found at elevations from sea level to over 2,000 meters (6,600 feet).

Behavior

This species is generally diurnal in the cooler months and becomes more nocturnal during the warmer summer months to avoid the heat. Crotalus helleri is a sit-and-wait predator, typically ambushing its prey, which includes small mammals, birds, lizards, and amphibians. The snake’s heat-sensing pit organs, located between the eyes and nostrils, allow it to detect warm-blooded prey even in total darkness.

Reproduction

Crotalus helleri is ovoviviparous, meaning that the females give birth to live young rather than laying eggs. Mating occurs in the spring, and after a gestation period of about 5 to 6 months, the female gives birth to a litter of 4 to 12 young, usually in late summer or early fall. The newborn snakes are independent from birth and are capable of hunting and defending themselves immediately.

Venom

The venom of Crotalus helleri is highly toxic and is composed of a mixture of hemotoxins, neurotoxins, and myotoxins. This potent combination can cause significant tissue damage, disrupt blood clotting, and lead to paralysis. Envenomation in humans requires immediate medical attention, as the venom can be life-threatening if untreated. Antivenom is effective, but the severity of the bite varies depending on the amount of venom injected.

Conservation Status

As of now, Crotalus helleri is not listed as endangered or threatened. However, like many species, it faces threats from habitat destruction, human encroachment, and intentional killing due to its venomous nature. Conservation efforts focus on habitat preservation and public education to reduce unnecessary killings.

Ecological Role

Crotalus helleri plays a crucial role in its ecosystem as both predator and prey. As a predator, it helps control the populations of small mammals and other prey species, which in turn influences the population dynamics of these animals. As prey, it provides food for larger predators such as hawks, eagles, and some mammalian carnivores.

Human Interaction

Encounters between humans and Crotalus helleri are relatively common in Southern California, especially in areas where urban development encroaches on natural habitats. While the snake is generally not aggressive and prefers to avoid confrontation, it will defend itself if threatened. Public education on rattlesnake behavior and safety is essential to minimize negative interactions and ensure the safety of both humans and snakes.

Taxonomy and Classification

  • Kingdom: Animalia
  • Phylum: Chordata
  • Class: Reptilia
  • Order: Squamata
  • Family: Viperidae
  • Genus: Crotalus
  • Species: Crotalus helleri

Conclusion

Crotalus helleri is a fascinating and important species within its range. Understanding its biology, behavior, and ecological role is essential for promoting coexistence between humans and wildlife in regions where this rattlesnake is found. Conservation efforts should focus on habitat protection and educating the public about the importance of this species in maintaining ecological balance.

The Hoover House

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The Hoover House, located in Bodie, California, is a significant part of the town’s rich history. Bodie itself is a well-preserved ghost town that exemplifies the late 19th-century gold rush era in the United States. The town, named after Waterman S. Body (later spelled Bodie), experienced its peak during the late 1800s after gold was discovered in 1859.

The Hoover House served as housing for the Director of Operations of the Standard Mill in Bodie. Photography by James L Rathbun
The Hoover House served as housing for the Director of Operations of the Standard Mill in Bodie. Photography by James L Rathbun

The Hoover House was built during Bodie’s boom period in the late 19th century. The home served as a residence for the While specific records about the construction date of the Hoover House are scarce, it is believed to have been built around the 1880s, when Bodie was thriving with a population that peaked at around 10,000 people. The house is a representative example of the residential architecture of that time, featuring wood-frame construction and a design typical of the homes built for the town’s middle and upper-class citizens.

The Hoover Family

Theodore Hoover in Bodie, Calif., 1904
Theodore Hoover in Bodie, Calif., 1904

The Hoover House is named after the Hoover family, who were among the prominent residents of Bodie. Theodore Hoover, and his wife Mildred, lived in the house, while he served as the head of mining operations for the Standard Mill. It is said that Theodores brother, Herbert Hoover, visited the town during his tenure with the Standard Mill.

The house features a large veranda which overlooks the town and was one of the nicer structures in the town. However, this peace the site now must not compare with the sound of the stamp mills located just a few hundred feet from the front door. The stamps of the Standard mill of the operated 24 hours a day, six days a week and the sounds from the stamps could be heard four miles from the town.

The family was involved in various local businesses, contributing to the economic development of the town. Like many other families, the Hoovers moved to Bodie in search of prosperity brought about by the gold mining industry.

Life in Bodie

Life in Bodie during its peak was rough and often dangerous. The town was notorious for its lawlessness, with frequent gunfights and a high crime rate. Despite this, families like the Hoovers established homes and contributed to the community’s social fabric. The Hoover House would have been a comfortable residence compared to the more modest dwellings of the working-class miners.

The Hoover House Today

Today, the Hoover House stands as a testament to Bodie’s vibrant, albeit short-lived, history. Visitors to Bodie State Historic Park can view the house and get a sense of what life was like during the town’s heyday. The house, like many others in Bodie, offers a glimpse into the past, with its weathered wooden walls and remnants of a bygone era. The home is physically located near the Standard Mill.

The Hoover House, along with the rest of Bodie, serves as a historical treasure, providing valuable insights into the lives of those who lived during one of America’s most famous gold rushes.

Hoover House Summary

NameHoover House
LocationBodie, Mono County, California
Latitude, Longitude38.2121, -119.0101
Elevation8,425 ft

Hoover House Map

References

Owens Lake Steamships

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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

Waterman S Bodey

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Waterman S Bodey (14 May 1814 – 9 Dec 1859 ) was a prospector whose name became immortalized in the annals of American mining history through the town of Bodie, California. Little is known about Bodey’s early life, but his story intersects with the era of the California Gold Rush, a period marked by the discovery of gold in 1848 and the subsequent influx of prospectors and fortune seekers to the Sierra Nevada region.

Bodey hailed from Poughkeepsie, New York, and like many others, he was drawn to the West by the promise of gold and a better life. In 1859, Bodey, along with a companion named E.S. “Black” Taylor, discovered gold in the hills east of the Sierra Nevada, near what is now the Nevada-California border. This discovery marked the beginning of what would later become the town of Bodie.

Despite the potential of his discovery, Bodey did not live to see the full flourishing of the town that bore his name. Tragically, in November of 1859, Waterman S. Bodey perished in a blizzard while attempting to return to his camp with supplies from Monoville, a nearby settlement. His untimely death left him largely unknown, even as the settlement he helped found grew.

The town of Bodie itself experienced a boom in the late 1870s following the discovery of a profitable gold vein by the Standard Company in 1876. This discovery sparked a rush to the area, transforming the camp into a thriving mining town with a population that swelled to around 10,000 people at its peak. The town gained a reputation for its lawlessness and rough character, epitomizing the wild and often violent nature of frontier mining towns.

By the 1880s, the boom began to wane as the mines yielded less gold and people moved on to other opportunities. Despite several periods of revival, Bodie eventually became a ghost town, largely abandoned by the early 20th century. Today, Bodie is preserved in a state of arrested decay as a California State Historic Park, drawing visitors who are fascinated by its history and the remnants of its once vibrant community.

Waterman S. Bodey’s legacy lives on through the town that bears his name, a symbol of the rugged determination and perilous fortune-seeking spirit that characterized the California Gold Rush era.

References

Theodore Jesse Hoover

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Theodore Hoover in Bodie, Calif., 1904
Theodore Hoover in Bodie, Calif., 1904

Early Life and Education

Theodore Jesse Hoover was born on January 28, 1871, in West Branch, Iowa. He was the older brother of Herbert Hoover, who would later become the 31st President of the United States. Theodore grew up in a Quaker family that valued hard work, education, and service. His father, Jesse Hoover, was a blacksmith and farm implement dealer, and his mother, Hulda Minthorn Hoover, was deeply involved in the local community.

Theodore attended Stanford University, where he pursued a degree in mining engineering. He graduated in 1901, becoming part of Stanford’s early cohorts of engineers. His time at Stanford laid the groundwork for his future career and instilled in him a passion for both engineering and conservation.

Career in Engineering and Mining

After graduating, Theodore Hoover embarked on a successful career in mining engineering. He traveled extensively, working on mining projects in various countries, including Australia, China, South Africa, and Russia. His expertise in mining engineering and his innovative approaches to solving complex problems earned him a reputation as a leading expert in the field.

In 1912, Hoover joined the faculty at Stanford University as a professor of mining and metallurgy. He brought his practical experience and global perspective to the classroom, inspiring a new generation of engineers. His teaching emphasized not only technical skills but also the importance of ethical practices and environmental stewardship in mining operations.

Arrival in Bodie

In the early 20th century, Theodore Hoover arrived in Bodie, California, a booming mining town known for its rich gold deposits. Bodie, once a thriving gold rush town in the late 1800s, experienced fluctuating fortunes as mining activity waxed and waned. By the time Theodore Hoover arrived, the town had already seen its peak population and was in decline.

Contributions to Mining in Bodie

Theodore Hoover’s contributions to Bodie were marked by his work as a mining engineer and manager. He was employed by the Standard Consolidated Mining Company, one of the most significant mining enterprises in Bodie. Under his leadership, Hoover implemented more efficient mining techniques and technologies, which helped to extend the life of the mines in Bodie. His engineering skills and innovative approaches contributed to the extraction of gold and other precious metals, ensuring that the mines remained productive for a longer period.

While Theodore Hoover’s time in Bodie did not radically transform the town, his work left a lasting impact on the mining industry in the region. He exemplified the skilled and educated professionals who were essential to the continued operation of mining enterprises during a period when many such towns were facing decline. His contributions helped maintain employment and economic activity in Bodie for a longer period than might have been possible otherwise.

I suppose there has been no relative of any president of the United States who has received less benefit from the distinction of this relative than in my case. So far from having any benefit out of the situation it has only brought me expenses and knocks on the head; rotten press, publicity and other decided handicaps.

Theodore Jesse Hoover

Contributions to Conservation

Theodore Hoover was a pioneer in the field of conservation. He recognized the environmental impacts of mining and advocated for sustainable practices long before it became a widespread concern. Hoover’s work included promoting the reclamation of mined lands, the efficient use of natural resources, and the protection of water quality.

His contributions to conservation were not limited to his professional work. Hoover was actively involved in various conservation organizations and initiatives. He served on the board of directors for several environmental groups and was a vocal advocate for policies that balanced economic development with environmental protection.

Later Life and Legacy

In addition to his work in engineering and conservation, Theodore Hoover played a significant role in the development of Stanford University. He served as the first dean of Stanford’s School of Engineering from 1925 to 1936, where he helped shape the school’s curriculum and fostered an environment of innovation and excellence.

Hoover retired from Stanford in 1936 but continued to be active in both professional and community affairs. He authored several books and papers on mining, metallurgy, and conservation, contributing valuable knowledge to these fields.

Theodore Jesse Hoover passed away on May 4, 1955, leaving behind a legacy of innovation, education, and environmental stewardship. His work as an engineer, educator, and conservationist had a lasting impact on the mining industry and helped pave the way for more sustainable practices.

Theodore Jesse Hoover’s life was marked by a commitment to excellence and a forward-thinking approach to the challenges of his time. His contributions to mining engineering and conservation continue to be relevant today, reflecting his vision of a world where technological progress and environmental preservation go hand in hand. Through his work and legacy, Theodore Hoover remains an inspiring figure in the history of engineering and environmental science.

References