Review documented seismic events and epicentre data associated with this Wyoming wilderness landscape
This resource provides a structured catalogue of historical earthquake events associated by epicentre proximity with the Jedediah Smith Wilderness in the Teton Range. Each entry includes recorded magnitude, focal depth, and event date sourced from geological data. The collection offers a clear, objective look at past seismic movement documented within this high alpine region and its surrounding forested terrain.
A congressionally designated wilderness protecting the western slopes of the Teton Range within the Greater Yellowstone Ecosystem
The Jedediah Smith Wilderness is a federally designated wilderness area in Teton County, Wyoming, situated along the western slopes of the Teton Range. Established by Congress in 1984 and managed by the U.S. Forest Service, the wilderness occupies roughly 123,000 acres within the Caribou-Targhee National Forest and borders Grand Teton National Park to the east. The landscape is dominated by rugged alpine terrain shaped by glaciers, with high cirques, deep forested valleys, and remote basins that drain westward toward the Snake River plain. Its position inside the Greater Yellowstone Ecosystem links it to one of the largest nearly intact temperate ecosystems remaining in the contiguous United States. Protection under the 1964 Wilderness Act keeps the area free of roads, mechanized travel, logging, and mining. The wilderness provides habitat for grizzly bears, elk, moose, mule deer, bighorn sheep, and a range of high-country bird species. Through its combination of strict federal protection, dramatic Teton scenery, and ecological connection to Yellowstone, the Jedediah Smith Wilderness stands as an important piece of the broader Teton and Yellowstone conservation landscape.
Navigate Jedediah Smith Wilderness records by depth and distance
Jedediah Smith Wilderness’s earthquake view positions reported epicentres around the western Teton Range boundary through calculated distance, not through its glacial terrain, alpine ridges, valleys, or subalpine forest. Dates, magnitudes, depths, localities, sources, and wilderness distances support historical comparison without attributing mountain effects, current danger, or future events.
This page describes catalogued earthquakes associated with the park by epicentre location and distance. It does not establish causation, assess current danger, or predict future earthquakes.
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Expand beyond Jedediah Smith Wilderness earthquake history
Southeast
Explore the mapped terrain and regional park geography.
Grand Teton National Park, in United States of America. Landscapes: mountains, valleys, and cliffs.
Northeast
Explore mapped boundaries and regional natural landscape context.
Yellowstone National Park represents a significant protected landscape within Wyoming, designated as a US national park. This entry offers detailed insight into its geographic scope, mapped boundaries, and the unique natural terrain that defines it. Understand its role in regional geography and discover its protected-area identity through a structured atlas exploration, providing context for its conservation landscape.
Northeast
Rugged wilderness and glacial peaks in Wyoming
Discover the immense geographic scale of Shoshone National Forest, which protects a diverse landscape ranging from sagebrush valleys to 13,000-foot granite summits. This atlas overview details its role within the Greater Yellowstone Ecosystem and its expansive, federally designated wilderness areas, offering a clear perspective on its volcanic and glacial terrain.
Northwest
High elevation marshes and protected water basins.
Red Rock Lakes Wilderness preserves an extensive high-elevation wetland complex in Beaverhead County, Montana. This nature reserve, characterized by shallow lake basins and forested mountain ridges, serves as a vital ecological corridor in the Northern Rockies. Its protected landscape offers a study in water-driven geography, where remote marshes and reflective lakes define the terrain's character.
North
Mapping rugged alpine terrain across four distinct mountainous units
Located in southwestern Montana, the Lee Metcalf Wilderness serves as a cornerstone of ecological connectivity within the Greater Yellowstone Ecosystem. Spanning over 250,000 acres, this protected area features a unique fragmented geography consisting of the Bear Trap Canyon, Spanish Peaks, Taylor-Hilgard, and Monument Mountains units. The landscape is defined by its roadless mountain ridges, forested slopes, and deep river corridors, providing essential sanctuary for large mammal populations.
Southeast
A core alpine environment within the Wind River Range.
Fitzpatrick Wilderness represents one of the most uncompromisingly wild segments of the Wind River Range, featuring persistent glaciers, dramatic U-shaped valleys, and high granite spires. This protected landscape offers a deep look into the alpine geography of Wyoming, preserved under the Wilderness Act to maintain its rugged character, remote glacial cirques, and intricate mountain ecosystems.
Southeast
High-altitude alpine terrain and glacial basins
The Popo Agie Wilderness in Wyoming encompasses a dramatic vertical landscape, ranging from forested valleys to alpine summits above 13,000 feet. This protected area features the iconic Cirque of the Towers, dense hydrological networks of glacial tarns, and expansive granite formations that anchor its identity within the Greater Yellowstone Ecosystem.
Northwest
Extensive alpine ridges and wild river corridors
Spanning over 4.2 million acres, Salmon, Challis National Forest is a foundational protected landscape in Idaho. This area includes the highest peaks in the state, such as Borah Peak, and holds the majority of the Frank Church, River of No Return Wilderness. Utilize this atlas resource to examine the intricate mountain topography, expansive river systems, and the contiguous wild corridors that define this significant portion of the northern Rockies.
Continue your geographic research into the Jedediah Smith Wilderness through the MoriAtlas database. Gain insights into the glacial landforms, subalpine ecosystems, and wilderness boundaries that define this vital section of the Teton Range and the Greater Yellowstone Ecosystem.