Upper Taylor SNOTEL
Upper Taylor recorded 1.9 in of snow water equivalent at the start of October 4, 2026 and 0 in of snow on the ground.
as of
All values are from the start of the day, midnight Pacific Standard Time
Last 8 days
| Date | SWE | Median | Percent | Depth | Precip since Oct 1 |
|---|---|---|---|---|---|
| Oct 4 | 1.9 inches | 0.0 inches | 0 inches | 0.1 inches | |
| Oct 3 | 1.9 inches | 0.0 inches | 0 inches | 0.1 inches | |
| Oct 2 | 1.9 inches | 0.0 inches | 0 inches | 0.0 inches | |
| Oct 1 | 2.0 inches | 0.0 inches | 0 inches | 0.0 inches | |
| Sep 30 | 0.0 inches | 0.0 inches | 0 inches | 24.1 inches | |
| Sep 29 | 0.0 inches | 0.0 inches | 0 inches | 23.9 inches | |
| Sep 28 | 0.0 inches | 0.0 inches | 0 inches | 23.7 inches | |
| Sep 27 | 0.0 inches | 0.0 inches | 0 inches | 23.7 inches |
The Natural Resources Conservation Service (USDA) created the figures on this page, which are works of the US government and therefore have no copyright under 17 U.S.C. 105. The notice that 17 U.S.C. 403 requires appears in this sentence. Neither NRCS nor USDA endorses or is affiliated with WeatherTotals. See: Data sources and attribution.
Records at Upper Taylor
| Highest SWE on record | 23.2 inches, March 7, 2017 |
|---|---|
| Deepest snow on record | 83 inches, March 9, 2019 |
| Biggest season peak | 23.2 in, 2016-17 season, on March 7, 2017 |
| Smallest season peak | 8.6 in, 2025-26 season, on March 9, 2026 |
| Last season's peak | 8.6 in, 2025-26 season, on March 9, 2026 |
17 complete water years in the record, daily SWE since October 1, 2009
Station details
| Elevation | 10,710 ft |
|---|---|
| County | Gunnison |
| Position | 38.9907, -106.7450 |
| Record starts | August 26, 2009 |
| Median peak SWE | 13.6 in around April 3 |
| Median first snow | October 31 |
| Median melt-out | May 22 |
| NRCS station ID | 1141:CO:SNTL |
Nearby SNOTEL stations
- Castle Peak 5 mi
- Independence Pass 9 mi
- Brumley 13 mi
- Butte 13 mi
- Park Cone 14 mi
- Schofield Pass 16 mi
- Chapman Tunnel 20 mi
- North Lost Trail 22 mi