Wyoming

Columbine Cascade

122 mi from Bozeman · ~3.5 hr drive

No height recorded

Columbine Cascade is a named waterfall in Wyoming — about 122 miles from Bozeman, MT. Full visit details below.

State
Wyoming
Nearest city
Bozeman, MT · 122 mi · ~3.5 hr drive
From Wikipedia: Columbine Cascade is a waterfall in Waterfalls Canyon, a part of the Grand Teton National Park in the U.S. state of Wyoming. The cascade drops approximately 250 feet (76 m) in Hanging Canyon, fed by an unnamed intermittent stream off a glacial lake. The waterfall also receives snowmelt from Ranger Peak to the north Doane Peak to the southwest and Eagles Rest Peak to the south. Less than .5 miles (0.80 km) upstream, the same unnamed creek flows over another steep section known as Wilderness Falls The peak time for waterflow is during spring snowmelt and the falls are visible across Jackson Lake from the Colter Bay Village area. Excerpt from the Wikipedia article on Columbine Cascade (Teton County, Wyoming), available under CC BY-SA 4.0.

Visiting Columbine Cascade

Trip planning

The exact location is at 43.9165°, -110.7500° — open in Google Maps for driving directions from your location.

Before you go: check current conditions with the appropriate land manager — state parks department, U.S. Forest Service ranger district, or National Park Service unit. Trail access, parking, water levels, and seasonal closures all vary. Several waterfalls in our database are seasonal and may run dry between mid-summer and the next rainy season.

If you've visited Columbine Cascade and have current notes (parking situation, dog policy, seasonality, kid-friendliness), tell us at /contact — we update pages as we learn more.

Other waterfalls within 30 miles

15 nearby

Sources

Public data

Location and tag data for Columbine Cascade comes from OpenStreetMap contributors (ODbL license) ; the Wikipedia article linked above provides additional history. We do not modify the underlying data — this page presents what's already publicly recorded. To suggest corrections, see our methodology page or contact us.