Thomas Long Smith

Thomas Long Smith known as "Peg Leg Smith" image from a woodcut in Hutchings' California Magazine, October 1860
Thomas Long Smith known as “Peg Leg Smith” image from a woodcut in Hutchings’ California Magazine, October 1860

Early Life and Beginnings

Thomas Long Smith, known as “Peg Leg” Smith, was born on October 10, 1801, in Crab Orchard, Kentucky. As a teenager, he left home seeking adventure, finding work on a flatboat navigating the Mississippi River. By the time he reached St. Louis, Missouri, Smith joined the ranks of fur trappers employed by John Jacob Astor, working alongside legendary mountain men like Kit Carson, Jim Bridger, and Milton Sublette. His early years were marked by a restless spirit and a knack for survival in the rugged American frontier.

Adventures as a Mountain Man

In the 1820s, Smith established himself as a skilled trapper and scout, joining expeditions that explored the American Southwest, including present-day New Mexico. He accompanied Alexandre Le Grand’s expedition as a scout, learning several Native American languages and adapting to the harsh environments of the frontier. His ability to navigate and communicate with Indigenous peoples made him a valuable guide for early expeditions.

In 1827, during a trapping expedition in North Park, Colorado, Smith’s life took a dramatic turn. Wounded in the left leg during a skirmish with local Indigenous people, he faced a dire situation. With no medical help available, Smith, assisted by fellow trapper Milton Sublette and fortified by a jug of “Taos Lightning” (a potent whiskey), amputated his own leg below the knee. Sublette sawed through the bone, and the wound was cauterized with a heated rifle barrel. Taken in by Ute women who treated his wound with traditional remedies, Smith recovered and crafted a wooden leg, earning the nickname “Peg Leg.” He adapted remarkably, learning to ride horses and even using his detachable wooden leg as a weapon in barroom brawls, cementing his reputation as a fierce and resourceful frontiersman.

A Life of Diverse Ventures

Smith’s career as a fur trapper thrived despite his disability, but by the 1840s, the decline of the fur trade pushed him toward less savory pursuits. He turned to horse theft, targeting large Mexican haciendas in California. In 1839, alongside mountain man Jim Beckwourth and Ute chief Walkara, Smith orchestrated a massive theft, rustling 3,000 horses from California ranches and driving them to New Mexico for profit. His partnership with Walkara also involved guiding 150 Utes across the Sierra Nevada, stealing hundreds of horses in daring raids. These exploits, while lucrative, drew the ire of authorities, forcing Smith to abandon horse thieving by the late 1840s.

During the late 1840s, Smith operated a trading post along the Oregon Trail near the Idaho-Wyoming border, assisting emigrants with supplies and repairs. Travelers described him as a “jolly one-legged man,” a testament to his charisma and resilience. He also engaged in prospecting, particularly in the Borrego Badlands of southeastern California, where his most enduring legend was born.

The Legend of the Lost Peg Leg Mine

A Map of Henry E. W. Wilsons search area published in Desert Magazine
A Map of Henry E. W. Wilsons search area published in Desert Magazine

Smith’s greatest claim to fame—and controversy—revolves around the so-called Lost Peg Leg Mine. According to legend, in 1829, while traveling from Yuma to Los Angeles, Smith attempted a desert shortcut and lost his way. Climbing a hill to regain his bearings, he noticed black, burned-looking rocks sprinkled with yellow particles. He collected samples, later learning in Los Angeles that these were gold nuggets. Despite repeated attempts, Smith could never relocate the hill, and the tale of his “lost mine” grew into a frontier myth. He sold maps and claims to the mine until his death, capitalizing on the 1849 California Gold Rush fever, though many doubted his story due to his reputation for embellishment and drinking.

Historical accounts cast doubt on the mine’s existence. Research by the Legend Detectives, a historical team, suggests that the gold mine story may belong to another “Pegleg,” possibly John Smith, active after Thomas Smith’s death. Interviews with Smith’s contemporaries, including trapping partner George Yount, and Smith’s own statements late in life, indicate he never claimed to have found gold. Nonetheless, the legend persists, fueling treasure hunts and the annual Pegleg Smith Liars Contest in Borrego Springs, where storytellers compete in his honor.

Later Years and Legacy

By the 1860s, Smith’s health and fortunes declined. He spent his final years in a veterans’ home in San Francisco, where he died penniless in October 1866 at a hospital, likely at Yerba Buena Cemetery. Conflicting reports, such as a 1930 newspaper claiming he died in a Los Angeles bar fight in 1880, reflect the muddled lore surrounding his life.

Smith’s legacy endures through cultural touchstones. The Peg Leg Smith Monument, established in 1948 by artist Harry Oliver in Anza-Borrego Desert State Park, invites visitors to add ten rocks to a pile for luck in finding the lost mine. Designated California Historical Landmark No. 750 in 1960, the site remains a draw for adventurers and history buffs. Smith appears in historical novels like Louis L’Amour’s The Lonesome Gods and Robert Lewis Taylor’s A Roaring in the Wind, as well as the 1995 game Oregon Trail II, where he runs a trading post. The annual Liars Contest, now held at American Legion Post 853, celebrates his storytelling prowess.

Historical Significance

Peg Leg Smith embodies the contradictions of the American frontier: a trailblazer who helped map the Southwest, a survivor who overcame immense hardship, and a rogue whose questionable deeds fueled his legend. While the Lost Peg Leg Mine may be more myth than reality, Smith’s life as a mountain man, trapper, and larger-than-life character captures the untamed spirit of the Wild West. His story, blending fact and fiction, continues to captivate, reminding us of the era’s rugged individualism and the allure of the unknown.

References

American Robin ( Turdus migratorius )

The American Robin (Turdus migratorius), a member of the thrush family is a migratory songbird commonly found across North America. Recognized for its bright orange-red breast, this species is a member of the thrush family, Turdidae. It is often considered a harbinger of spring due to its early arrival from migration and its prominent presence in backyards and gardens.

An American Robin ( Turdus migratorius ) pearched high in the branches of a pine tree.
An American Robin ( Turdus migratorius ) pearched high in the branches of a pine tree.

Physical Description

The American Robin measures about 9-11 inches (23-28 cm) in length with a wingspan of 12-16 inches (31-41 cm). Adults display a striking coloration: a reddish-orange breast, a dark gray to black head, back, wings, and tail, and a white lower belly and undertail. Their bill is yellow with a slight curve, and their eyes are surrounded by white rings, giving them a distinctive appearance.

Habitat and Distribution


More details
Approximate range/distribution map of the American Robin (Turdus migratorius). - Ken Thomas
More details Approximate range/distribution map of the American Robin (Turdus migratorius). – Ken Thomas

American Robins are highly adaptable birds that inhabit a wide range of environments. They are found in woodlands, farmlands, urban areas, and suburban gardens. Their distribution extends from the northern parts of Canada to Central America. During breeding season, they prefer habitats with abundant trees and shrubs, while in the winter, they may flock to areas with ample fruit-bearing trees.

Behavior and Diet

American Robins are known for their characteristic behaviors, such as running and stopping on lawns while foraging for food. Their diet is omnivorous, consisting mainly of insects, earthworms, and fruits. In the spring and summer, they predominantly feed on invertebrates, switching to a fruit-heavy diet in the fall and winter. Robins play a significant role in controlling insect populations and seed dispersal.

Reproduction

Breeding season for American Robins starts in early spring and can continue through late summer. They typically have two to three broods per year. Nests are built by the female using grass, twigs, and mud, and are often located in trees, shrubs, or on man-made structures. The female lays 3-5 blue eggs, which she incubates for about two weeks. Both parents are involved in feeding the nestlings, which fledge approximately two weeks after hatching.

Migration

American Robins are partial migrants. Northern populations migrate southward in the fall to escape harsh winter conditions, while southern populations tend to be more sedentary. Migration patterns are influenced by food availability and weather conditions. Robins migrate in flocks and can travel considerable distances, often returning to the same breeding grounds each year.

Vocalization

The American Robin is known for its melodious song, which consists of a series of clear whistles and phrases. Their song is often described as “cheerily, cheer up, cheer up, cheerily, cheer up.” Males sing to establish and defend their territories and to attract mates. Robins are also known for their “tut-tut-tut” alarm calls when threatened.

Conservation Status

The American Robin is currently listed as a species of Least Concern by the International Union for Conservation of Nature (IUCN). Their population is stable and widespread, benefitting from their adaptability to human-modified environments. However, they face threats from pesticide use, habitat loss, and window collisions.

Cultural Significance

American Robins hold a significant place in North American culture, often symbolizing renewal and the arrival of spring. They appear in various folklore and literature, celebrated for their vibrant appearance and cheerful song. The robin is also the state bird of Connecticut, Michigan, and Wisconsin, reflecting its widespread recognition and admiration.

The American Robin is a resilient and versatile bird that plays an important role in ecosystems across North America. Its striking appearance, melodious song, and adaptability have made it a beloved bird among birdwatchers and the general public. Ongoing conservation efforts ensure that this iconic species continues to thrive in its natural habitats.

References

Northern Flicker (Colaptes auratus)


The Northern Flicker (Colaptes auratus) is a medium-sized woodpecker found across North America. It belongs to the family Picidae, which includes woodpeckers, sapsuckers, and flickers. This species is known for its distinctive sharp bill, behavior, and widespread distribution.

Northern Flicker nesting in the cedar siding of a Big Bear mountain cabin.
Northern Flicker nesting in the cedar siding of a Big Bear mountain cabin.

Description

The Northern Flicker exhibits sexual dimorphism, with males and females displaying different coloration. They have a length ranging from 28 to 36 centimeters (11 to 14 inches) and a wingspan of approximately 42 to 54 centimeters (16.5 to 21.3 inches).

  • Plumage: The upperparts of the Northern Flicker are brown with black barring, while the underparts are beige or tan with black spots. They have a black bib on their chest and a prominent black crescent on the breast. The undersides of their wings and tails are a vibrant yellow or red, depending on the subspecies.
  • Head: Their head is distinctive, with a gray face, a long, slightly curved bill, and a black malar stripe extending from the base of the bill to the neck.
  • Behavior: Northern Flickers are primarily ground foragers, often seen hopping on lawns or probing the soil for insects with their long, barbed tongues. They also feed on ants, beetles, termites, and fruits.

Habitat

Northern Flickers inhabit a variety of habitats, including open woodlands, forest edges, parks, suburban areas, and occasionally urban environments. They prefer areas with scattered trees and ample open ground for foraging.

Breeding and Nesting

Breeding season for Northern Flickers typically begins in late April and extends into August. They are cavity nesters and will excavate their own nest holes in dead or decaying trees, fence posts, or even buildings.

  • Eggs: Clutch sizes usually range from 3 to 8 eggs, which are white and elongated.
  • Incubation: Both parents participate in incubating the eggs, which lasts for about 11 to 14 days.
  • Fledging: The young birds fledge after approximately 25 to 28 days and remain dependent on their parents for several weeks after leaving the nest.

Migration

Approximate range/distribution map of the Northern Flicker (Colaptes auratus). In keeping with WikiProject: Birds guidelines, yellow indicates the summer-only range, blue indicates the winter-only range, and green indicates the year-round range of the species.
Approximate range/distribution map of the Northern Flicker (Colaptes auratus). In keeping with WikiProject: Birds guidelines, yellow indicates the summer-only range, blue indicates the winter-only range, and green indicates the year-round range of the species.

While some Northern Flicker populations are migratory, others are year-round residents. Migratory populations breed in northern regions and winter in southern areas, while non-migratory populations may remain in the same area throughout the year.

Conservation Status

The Northern Flicker is widespread and generally considered to be of least concern in terms of conservation status, according to the International Union for Conservation of Nature (IUCN). However, habitat loss and fragmentation, as well as competition for nest sites with invasive species such as European Starlings, pose localized threats.

The Northern Flicker is a fascinating species with its distinctive appearance, behavior, and adaptability to various habitats. Understanding its ecology and conservation needs is crucial for ensuring the continued well-being of this iconic woodpecker across its range. Further research into its nesting habits, population dynamics, and response to environmental changes can aid in effective conservation strategies.

Field Guide Description

“Two distinct groups occur: “Yellow-shafted Flicker” in the east and far north, and the “Red-shafted Flicker” in the west. These flickers have brown, barred back; spotted underparts, with black crescent bib. White rump is conspicuous in flight; no white wing patches. Intergrades are regularly seen in the Great Plains. “Yellow-shafted Flicker” has yellow wing lining and undertail color, gray crown, and tan face with a red crescent on nape. “Red-shafter Flicker” has brown crown and gray face, with no red crescent.”

Field Guide to the Birds of North America, Third Edition, pg 318

Classification

KingdomAnimalia
PhylumChordata
ClassAves
OrderPiciformes
FamilyPicidae
GenusColaptes
Speciescauratus

References

California Goldfields ( Lasthenia californica )

Lasthenia californica, commonly known as California goldfields, is an annual flowering plant belonging to the family Asteraceae. It is native to California and is particularly prominent in the coastal ranges and valleys. This species is well-known for its vibrant yellow blooms that contribute significantly to the wildflower displays in California during the spring.

California Goldfields ( Lasthenia californica )
California Goldfields ( Lasthenia californica )

Taxonomy

  • Kingdom: Plantae
  • Clade: Angiosperms
  • Clade: Eudicots
  • Clade: Asterids
  • Order: Asterales
  • Family: Asteraceae
  • Genus: Lasthenia
  • Species: L. californica

Morphology

Lasthenia californica is characterized by its bright yellow, daisy-like flowers. The plant typically reaches heights of 10-50 cm. Key morphological features include:

  • Stems: Erect, slender, and often branched.
  • Leaves: Basal leaves are linear to narrowly oblanceolate, often covered with fine hairs.
  • Flowers: Inflorescences are capitula, composed of numerous yellow ray and disk florets.
  • Fruit: Achene, with each achene being topped with a pappus aiding in wind dispersal.

Habitat and Distribution

Lasthenia californica is commonly found in a variety of habitats including grasslands, coastal prairies, and open woodlands. It thrives in areas with well-drained soils and full sunlight. The plant’s distribution is largely concentrated in California, though it can also be found in parts of Oregon, Nevada, and Baja California.

Ecology

California goldfields play a significant role in their ecosystems. They provide nectar and pollen for various pollinators, including bees, butterflies, and other insects. The plant’s early blooming period helps sustain pollinator populations before other wildflowers and crops bloom.

Reproduction

Lasthenia californica reproduces sexually through seed production. The flowering period extends from February to May, during which pollination occurs primarily via insects. After pollination, seeds develop and are dispersed by wind and gravity. The seeds have a dormancy period that allows them to germinate under favorable conditions in the following year.

Conservation Status

Lasthenia californica is not currently listed as endangered or threatened. However, its habitats are often threatened by urban development, agriculture, and invasive species. Conservation efforts focus on preserving native habitats and controlling invasive species to ensure the continued survival of this and other native wildflower species.

Cultural and Economic Importance

California goldfields are valued for their aesthetic contributions to natural landscapes and wildflower displays. They are also studied for their ecological interactions and adaptability to various environmental conditions. Additionally, they are used in restoration projects aimed at re-establishing native plant communities.

Lasthenia californica is a vibrant and ecologically significant wildflower native to California. Its bright yellow blooms are a hallmark of the spring season in many regions, contributing to the biodiversity and aesthetic value of the areas they inhabit. Understanding the biology, ecology, and conservation needs of this species is essential for preserving its role in native ecosystems.

References

Creek Dogwood (Cornus sericea)

Cornus sericea, commonly known as Redosier Dogwood, Red Twig Dogwood, or American Dogwood, is a deciduous shrub native to North America. It belongs to the family Cornaceae and is known for its striking red stems, especially visible in the winter, which provide ornamental value. This report explores the botanical characteristics, habitat, ecological significance, and uses of Cornus sericea.

Creek Dogwood (Cornus sericea)
Creek Dogwood (Cornus sericea)

Botanical Characteristics

Morphology

  • Stems and Bark – The most distinctive feature of Cornus sericea is its bright red stems, which are particularly vibrant in young twigs. The bark is smooth and can be greenish-red in younger branches, turning grayish-brown with age.
  • Leaves – The leaves are opposite, simple, and ovate to lanceolate, with a length of 5-12 cm. They have a smooth margin and are characterized by prominent venation. In the fall, the leaves turn a variety of colors including red, purple, and orange.
  • Flowers – The flowers are small, creamy-white, and arranged in flat-topped clusters called cymes. Each flower has four petals and blooms from late spring to early summer.
  • Fruit – The fruit is a small, white to bluish-white drupe, typically maturing in late summer. These drupes are an important food source for various bird species.

Growth and Reproduction

Cornus sericea can grow up to 1.5-4 meters in height and spreads through both seeds and vegetative means. It readily forms thickets by sending up new shoots from its root system. The plant prefers moist, well-drained soils but can tolerate a range of soil types including wet, clay soils.

Habitat and Distribution

Geographic Range

Cornus sericea is widespread across North America, from Alaska and Newfoundland south to New Mexico and Virginia. It thrives in a variety of habitats including wetlands, stream banks, and forest edges.

Environmental Preferences

This shrub prefers full sun to partial shade and thrives in moist, well-drained soils. It is often found in riparian zones, wetlands, and along the edges of lakes and rivers. Cornus sericea is adaptable to different soil types, including clay and sandy soils, and can tolerate seasonal flooding.

Ecological Significance

Wildlife Habitat

  • Birds – The berries of Cornus sericea are a crucial food source for many bird species, including American robins, cedar waxwings, and woodpeckers. The dense thickets provide excellent cover and nesting sites for birds.
  • Mammals – Small mammals, such as rabbits and beavers, feed on the bark and stems. The plant’s dense growth offers shelter for various small animals.

    Erosion Control

    Due to its extensive root system, Cornus sericea is effective in stabilizing soil and preventing erosion, especially along riverbanks and slopes. It is often used in riparian restoration projects for this reason.

    Uses

    Ornamental Use

    Cornus sericea is widely planted as an ornamental shrub for its vibrant red stems, which provide winter interest in gardens and landscapes. It is also used in hedges, windbreaks, and as a natural screen.

    Traditional and Medicinal Uses

    Indigenous peoples of North America have historically used Cornus sericea for various purposes. The bark and stems were used in basket weaving, and the plant had medicinal applications, such as treating colds, fevers, and diarrhea.

    Conservation and Restoration

    Due to its ability to thrive in wet environments and stabilize soil, Cornus sericea is utilized in wetland restoration and conservation projects. It helps in maintaining biodiversity and improving water quality by filtering runoff.

    Conclusion

    Cornus sericea is a versatile and ecologically significant plant with wide-ranging benefits for wildlife, soil stabilization, and ornamental use. Its adaptability to different environments and its role in supporting biodiversity make it an important species in North American flora. Conservation and utilization of this shrub can contribute to sustainable environmental management and restoration efforts.

    This report provides a comprehensive overview of Cornus sericea, highlighting its importance in various ecological and practical contexts. Further research and conservation efforts can enhance our understanding and utilization of this valuable plant species.

    Resources