The forecast for this station is on its way.
16-day outlook, three models0.1″ of water today against a median of 1.2″, 92% below median. The median peak is 25.2″ around May 7.
| Station | SWE | % median | Depth | 48 h |
|---|---|---|---|---|
| WolverineWY · 11 mi | 0.0″ | — | 0″ | 0″ |
| White MillMT · 18 mi | 0.6″ | 55% | 2″ | 0″ |
| Fisher CreekMT · 20 mi | 0.8″ | 53% | 3″ | 0″ |
| Cole CreekMT · 20 mi | 0.4″ | 29% | 1″ | 0″ |
| Burnt MountainMT · 21 mi | 0.0″ | — | 0″ | 0″ |
| Northeast EntranceMT · 22 mi | 0.0″ | — | 0″ | 0″ |
| Parker PeakWY · 22 mi | 0.0″ | 0% | 0″ | 0″ |
| Evening StarWY · 23 mi | 0.0″ | 0% | 0″ | 0″ |
SWE is the depth of water you would get by melting the whole snowpack. Fresh powder is often 5 to 10% water; old spring snow can be 40% or more.
The station reports every hour by radio telemetry to the USDA Natural Resources Conservation Service. This page refreshes each hour. Readings are provisional until NRCS quality control.
It compares today’s SWE with the 1991–2020 median for the same calendar day at this station. Above 100% means more water in the snowpack than on a typical year’s same date.
At 9,360 ft in Park County, Wyoming (44.9431°N, 109.5674°W), in the Clarks Fork Yellowstone basin.
Vertex runs the HRRR, RRFS and GFS weather models at the station’s own elevation and carries the measured snowpack forward hour by hour. Treat it as guidance, and check your avalanche center’s forecast before heading out.