New snowfall across
Oregon
today, with
Nohrsc South Fork Bull Run
receiving up to
6” of
new snowfall, raising snowpack levels up to
11”.
Snowpack levels across the state are currently 110% of normal.
The deepest snowpack in Oregon
was last observed at
Nohrsc Bear Grass
with a
snowpack depth of
46”,
about 133%
of normal when compared to it's
35"
average depth for this time of year.
Nohrsc Mt. Howard,
perched at an elevation of
7,852.32 ft.,
is currently experiencing some of the coldest temps in
Oregon
with air temps last recorded at
26 degrees.
More snowfall is expected this week, and areas like
Nohrsc Bigelow Camp
are forecasted to receive up to
66"
of snowfall in the next 5 days.
Statewide Snowpack |
110.0%
Of Normal |
Coldest Location |
26°
Nohrsc Mt. Howard |
Top 5-Day Forecast |
66"
Nohrsc Bigelow Camp |
Deepest Snowpack |
46"
Nohrsc Bear Grass |
Most Snowfall Past 24 Hours |
6"
Nohrsc South Fork Bull Run |
Oregon's snowpack conditions vary across different mountain ranges in the state. The Cascade Range, including Mount Hood and Mount Jefferson, provides a significant amount of snow for Oregon. The snowmelt from these mountains feeds into several important rivers and watersheds, such as the Willamette, Deschutes, and McKenzie Rivers. These rivers are crucial for water supply, agriculture, and hydropower generation.
Winter climate characteristics in Oregon include frequent storms from the Pacific Ocean, which bring precipitation in the form of rain or snow. The snowpack accumulates from late fall to early spring, with peak snow depth typically occurring in March. Snow science plays a vital role in understanding and predicting snowpack conditions, as well as managing water resources and mitigating potential flood risks.
Oregon has a rich snow science and history, with notable events like the creation of the Pacific Northwest Snow Survey in the 1930s and the development of snow telemetry (SNOTEL) sites. These SNOTEL sites provide real-time snowpack data, helping researchers and water managers monitor conditions and make informed decisions. Overall, accurate and up-to-date information from reliable sources is necessary to understand Oregon's snowpack conditions and their impacts on the state's water resources.