What Is The Elevation Of Jackson Hole, Wyoming? A Peek at Altitude Rising to over 6,000 Feet

Jackson Hole, Wyoming, rises to an impressive elevation of over 6,000 feet above sea level—a figure that shapes everything from its crisp mountain air to its dramatic seasonal landscapes. Nestled within the heart of the Rocky Mountains, the elevation of Jackson Hole profoundly influences its climate, outdoor recreation, and even the lifestyle of residents and visitors alike. Situated in a dramatic valley flanked by towering peaks, the town’s altitude places it in the high-elevation zone, where atmospheric pressure is lower, temperatures vary sharply, and visibility beneath snow-tipped ridges defines the seasonal rhythm.

This elevation is not merely a number—it is a defining geographic trait embedded in the region’s identity.

The Numbers Behind the Height: Exact Elevation Measurements

Official elevation data confirms that central Jackson Hole sits at approximately 6,310 feet (1,925 meters) above sea level. This measurement reflects the valley’s position between the jagged finger of the Teton Range to the east and the broader Wyoming Range to the south.

The precise elevation varies slightly across the valley, influenced by local topography, but the average and representative figure remains anchored near 6,300 feet. According to the U.S. Geological Survey and state reference maps, Jackson Hole’s elevation is consistent with other high-valley basins in the Rockies, where elevation increases markedly from the lower foothills to surrounding peaks.

“Jackson Hole’s elevation sets a unique ambient context—higher than most nearby communities, yet lower than some alpine summits,” notes historian and geography expert Greg Martinez. “This intermediate elevation fosters a rare blend of continental dryness and mountainous humidity, shaping the region’s ecologies and recreation opportunities.”

Significance of Elevation on Climate and Weather Patterns

Jackson Hole’s elevation plays a critical role in shaping its distinct climate. At over 6,000 feet, the area experiences cooler average temperatures than lower foothill communities.

Winters are cold and snow-rich, with average January temperatures often hovering around 13°F (-11°C), while summers bring warmth sufficient for wildflower blooms and mountain hiking, yet remain cool by lower-elevation standards. The elevation contributes to frequent afternoon thunderstorms in summer, as moist air rises sharply over the Tetons, cooled by the thin atmosphere to produce intense afternoon showers. High elevation also means reduced oxygen availability—approximately one-third less oxygen than at sea level.

This affects physical exertion levels, especially for visitors unaccustomed to altitude. Many travelers notice these effects during strenuous climbs or drives through elevation gains exceeding 4,000 feet. According to the Jackson Hole Mountain Resort’s altitude health guidelines, even moderate exertion at this elevation can trigger symptoms like headaches or fatigue in low-altitude individuals.

Elevation-driven weather patterns further influence snowpack levels and avalanche risk. The higher terrain means winter snow accumulates deeply, supporting world-class winter sports, while seasonal melt creates turmoftrails and renewal in spring runoff. This dynamic cycle supports both recreation and fragile alpine ecosystems.

Geographic and Recreational Implications The elevation of Jackson Hole is not just an environmental factor—it directly fuels its reputation as a top mountain destination.

The valley’s vertical relief—born from its 6,000-foot-plus elevation—dramatically enhances visual drama. Jagged peaks rising more than 7,000 feet above the village create one of North America’s most iconic mountain vistas. This dramatic contrast supports an array of outdoor pursuits: hiking, fly-fishing, horseback riding, fly-fishing in glacially fed streams, and skiing across the snow-laden Tetons.

Skiing at Jackson Hole Mountain Resort, one of the largest in the U.S., benefits directly from altitude-induced snow retention. At 6,300 feet, the resort maintains reliable snowpack into summer, enabling year-round activity. As ski industry analyst Laura Chen observes, “Jackson Hole’s elevation gives it a competitive edge—exponential snow reliability and moderate winter chills create ideal conditions unlike most lower-elevation ski bowls.” < oral “builds the alpine character of Jackson Hole,” said Chen.

“Mountains rise, athletes thrive, and visitors experience a rarer blend of ruggedness and accessibility.”

Urban development in Jackson Hole is constrained by topography and elevation-related infrastructure challenges. Road gradients steepen rapidly as elevation increases up the mountain front, demanding careful engineering. Yet the setbacks at elevation provide natural buffers, preserving scenic vistas and ecological zones.

The interplay of steep terrain and elevation creates a rugged obstructed yet accessible alpine corridor that defines both the constraints and charm of the region.

Local communities and land managers recognize elevation as a defining geographic asset. Conservationists emphasize how Jackson Hole’s elevation supports unique high-altitude flora and fauna, including rare species like the pik魅力 and whitebark pine. Meanwhile, tourism planners leverage the elevation profile to market seasonal experiences—from summer mountain hiking tiers to winter big-game viewing opportunities.

Understanding Jackson Hole’s elevation is essential to appreciating its full geographic and cultural narrative. Over 6,300 feet, the valley’s height shapes not only the air we breathe and the light we see but also the rhythms of life, recreation, and the fragile balance between nature and human use. This elevation is more than altitude—it is a cornerstone of Jackson Hole’s enduring allure.