Tuesday through Thursday provide 3 days of quiescent weather before we enter a colder and more active weather pattern late this week.
A pair of closed lows off the California coast has split the jet stream, leaving our region with sunny skies through Thursday. Circulation around these lows has produced some moderate ESE winds near ridgelines of the central and southern Cascades on Tuesday. These winds are supported by a weak easterly pressure gradient, bringing light winds through the mountain gaps. Ridgeline and gap winds should become mostly light during the evening hours and then continue to gradually taper through Wednesday evening. This will trap cooler air against the mountains Tuesday night and Wednesday morning, but there's not enough cold air to prevent temperatures from rising above freezing in most low-elevation locations on Wednesday.
A tongue of high pressure moves over the region on Wednesday night and lingers on Thursday as a frontal system approaches. A gradually increasing westerly wind will warm areas east of the Cascade Crest on Thursday.
Weather Forecast
Olympics
West North
West Central
West South
Stevens Pass
Snoqualmie Pass
East North
East Central
East South
Mt. Hood
Use dropdown to select your zone
Tuesday
Night
Mostly clear skies.
Wednesday
Mostly sunny.
Tuesday
Night
Mostly clear skies.
Wednesday
Mostly sunny.
Tuesday
Night
Mostly clear skies.
Wednesday
Mostly sunny.
Tuesday
Night
Mostly clear skies.
Wednesday
Mostly sunny. Moderate gusts at times in the evening hours.
Tuesday
Night
Mostly clear. Light ridgeline and E wind at the Pass.
Wednesday
Mostly sunny. Mostly light ridgeline winds. Decreasing light E wind at the Pass.
Tuesday
Night
Mostly clear. Light ridgeline and E wind at the Pass.
Wednesday
Mostly sunny. Light to moderate ridgeline winds become light overnight. Decreasing mostly light E wind at the Pass.
Tuesday
Night
Mostly clear. Inversions strengthening.
Wednesday
Mostly sunny. Inversions mainly before 10 AM.
Tuesday
Night
Mostly clear.
Wednesday
Mostly sunny
Tuesday
Night
Mostly clear.
Wednesday
Mostly sunny
Tuesday
Night
Mostly clear skies.
Wednesday
Mostly sunny.
Issued: 2:16 PM PST Tuesday, February 10, 2026
Precipitation (in)
Tuesday Night
Wednesday
Wednesday Night
Thursday
4 pm - 4 am
4 am - 4 pm
4 pm - 4 am
4 am - 4 pm
Hurricane Ridge
0
0
0
0
Mt Baker Ski Area
0
0
0
0
Mt. Loop - Barlow Pass
0
0
0
0
Stevens Pass
0
0
0
0
Snoqualmie Pass
0
0
0
0
Crystal Mt
0
0
0
0
Paradise
0
0
0
0
White Pass
0
0
0
0
Washington Pass
0
0
0
0
Mission Ridge
0
0
0
0
Salmon la Sac - Gallagher Head
0
0
0
0
Tieton River - Darland Mt.
0
0
0
0
Mt Hood Meadows
0
0
0
0
Timberline
0
0
0
0
Hurricane Ridge
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Mt Baker Ski Area
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Mt. Loop - Barlow Pass
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Stevens Pass
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Snoqualmie Pass
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Crystal Mt
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Paradise
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
White Pass
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Washington Pass
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Mission Ridge
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Salmon la Sac - Gallagher Head
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Tieton River - Darland Mt.
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Mt Hood Meadows
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Timberline
Precipitation (in)
Tuesday Night
0
Wednesday
0
Wednesday Night
0
Thursday
0
Issued: 2:16 PM PST Tuesday, February 10, 2026
Snow Level (ft)
Tuesday
Evening*
Tuesday
Night*
Wednesday
Morning*
Wednesday
Afternoon*
Wednesday
Evening*
Wednesday
Night
Thursday
Morning
Thursday
Afternoon
Olympics
5000'
4000'
4000'
6000'
6000'
6000'
6000'
5500'
West North
4500'
3000'
2500'
5500'
5000'
4500'
3500'
4500'
West Central
4500'
3000'
2500'
5500'
5000'
4500'
4000'
4500'
West South
4500'
3000'
3000'
5500'
5500'
4500'
4500'
5500'
Stevens Pass
3000'
2500'
2500'
5000'
3000'
4000'
4000'
5000'
Snoqualmie Pass
3000'
2500'
3000'
5000'
3000'
4000'
4500'
5000'
East North
3000'
1000'
1000'
3500'
2000'
3500'
3500'
5000'
East Central
3000'
2500'
2500'
5000'
3000'
4000'
4500'
5500'
East South
3500'
2500'
2500'
5500'
3000'
4000'
4500'
5500'
Mt. Hood
5000'
4000'
3500'
6000'
5500'
5500'
5500'
6000'
Olympics
Elevation
Tuesday
Evening*
5000'
Tuesday
Night*
4000'
Wednesday
Morning*
4000'
Wednesday
Afternoon*
6000'
Wednesday
Evening*
6000'
Wednesday
Night
6000'
Thursday
Morning
6000'
Thursday
Afternoon
5500'
West North
Elevation
Tuesday
Evening*
4500'
Tuesday
Night*
3000'
Wednesday
Morning*
2500'
Wednesday
Afternoon*
5500'
Wednesday
Evening*
5000'
Wednesday
Night
4500'
Thursday
Morning
3500'
Thursday
Afternoon
4500'
West Central
Elevation
Tuesday
Evening*
4500'
Tuesday
Night*
3000'
Wednesday
Morning*
2500'
Wednesday
Afternoon*
5500'
Wednesday
Evening*
5000'
Wednesday
Night
4500'
Thursday
Morning
4000'
Thursday
Afternoon
4500'
West South
Elevation
Tuesday
Evening*
4500'
Tuesday
Night*
3000'
Wednesday
Morning*
3000'
Wednesday
Afternoon*
5500'
Wednesday
Evening*
5500'
Wednesday
Night
4500'
Thursday
Morning
4500'
Thursday
Afternoon
5500'
Stevens Pass
Elevation
Tuesday
Evening*
3000'
Tuesday
Night*
2500'
Wednesday
Morning*
2500'
Wednesday
Afternoon*
5000'
Wednesday
Evening*
3000'
Wednesday
Night
4000'
Thursday
Morning
4000'
Thursday
Afternoon
5000'
Snoqualmie Pass
Elevation
Tuesday
Evening*
3000'
Tuesday
Night*
2500'
Wednesday
Morning*
3000'
Wednesday
Afternoon*
5000'
Wednesday
Evening*
3000'
Wednesday
Night
4000'
Thursday
Morning
4500'
Thursday
Afternoon
5000'
East North
Elevation
Tuesday
Evening*
3000'
Tuesday
Night*
1000'
Wednesday
Morning*
1000'
Wednesday
Afternoon*
3500'
Wednesday
Evening*
2000'
Wednesday
Night
3500'
Thursday
Morning
3500'
Thursday
Afternoon
5000'
East Central
Elevation
Tuesday
Evening*
3000'
Tuesday
Night*
2500'
Wednesday
Morning*
2500'
Wednesday
Afternoon*
5000'
Wednesday
Evening*
3000'
Wednesday
Night
4000'
Thursday
Morning
4500'
Thursday
Afternoon
5500'
East South
Elevation
Tuesday
Evening*
3500'
Tuesday
Night*
2500'
Wednesday
Morning*
2500'
Wednesday
Afternoon*
5500'
Wednesday
Evening*
3000'
Wednesday
Night
4000'
Thursday
Morning
4500'
Thursday
Afternoon
5500'
Mt. Hood
Elevation
Tuesday
Evening*
5000'
Tuesday
Night*
4000'
Wednesday
Morning*
3500'
Wednesday
Afternoon*
6000'
Wednesday
Evening*
5500'
Wednesday
Night
5500'
Thursday
Morning
5500'
Thursday
Afternoon
6000'
Issued: 2:16 PM PST Tuesday, February 10, 2026
5000' Temperatures (°F)
Tuesday
Night
Wednesday
Max / Min
Max / Min
Olympics
33 / 27
40 / 27
West North
32 / 28
38 / 28
West Central
29 / 27
39 / 27
West South
31 / 26
41 / 26
Stevens Pass
27 / 23
35 / 23
Snoqualmie Pass
29 / 25
35 / 25
East North
27 / 24
36 / 25
East Central
27 / 24
38 / 24
East South
29 / 25
40 / 25
Mt. Hood
32 / 30
40 / 28
Olympics
5000' Temperature Forecast (Max / Min)
Tuesday
Night
33 / 27
Wednesday
40 / 27
West North
5000' Temperature Forecast (Max / Min)
Tuesday
Night
32 / 28
Wednesday
38 / 28
West Central
5000' Temperature Forecast (Max / Min)
Tuesday
Night
29 / 27
Wednesday
39 / 27
West South
5000' Temperature Forecast (Max / Min)
Tuesday
Night
31 / 26
Wednesday
41 / 26
Stevens Pass
5000' Temperature Forecast (Max / Min)
Tuesday
Night
27 / 23
Wednesday
35 / 23
Snoqualmie Pass
5000' Temperature Forecast (Max / Min)
Tuesday
Night
29 / 25
Wednesday
35 / 25
East North
5000' Temperature Forecast (Max / Min)
Tuesday
Night
27 / 24
Wednesday
36 / 25
East Central
5000' Temperature Forecast (Max / Min)
Tuesday
Night
27 / 24
Wednesday
38 / 24
East South
5000' Temperature Forecast (Max / Min)
Tuesday
Night
29 / 25
Wednesday
40 / 25
Mt. Hood
5000' Temperature Forecast (Max / Min)
Tuesday
Night
32 / 30
Wednesday
40 / 28
Issued: 2:16 PM PST Tuesday, February 10, 2026
Ridgeline Winds (mph)
Tuesday
Evening
Tuesday
Night
Wednesday
Morning
Wednesday
Afternoon
Olympics
ENE 0-10
N 0-10
ENE 0-10
VAR 0-10
West North
SE 0-10
NNE 0-10
ENE 0-10
SSW 0-10
West Central
ESE 5-15
ENE 0-10
ENE 0-10
SSE 0-10
West South
ESE 5-15
ESE 5-15
E 0-10
SE 0-10
Stevens Pass
ESE 5-15
E 5-15
E 0-10
SE 0-10
Snoqualmie Pass
ESE 10-20
ESE 5-15
E 0-10
ESE 0-10
East North
ESE 0-10
ENE 0-10
ENE 0-10
SSW 0-10
East Central
ESE 0-10
SE 0-10
E 0-10
S 0-10
East South
ESE 5-15
ESE 0-10
E 0-10
SSE 0-10
Mt. Hood
SE 5-15
ESE 0-10
ESE 0-10
SE 0-10
Olympics
Ridgeline Winds (mph)
Tuesday
Evening
ENE
0-10
Tuesday
Night
N
0-10
Wednesday
Morning
ENE
0-10
Wednesday
Afternoon
VAR
0-10
West North
Ridgeline Winds (mph)
Tuesday
Evening
SE
0-10
Tuesday
Night
NNE
0-10
Wednesday
Morning
ENE
0-10
Wednesday
Afternoon
SSW
0-10
West Central
Ridgeline Winds (mph)
Tuesday
Evening
ESE
5-15
Tuesday
Night
ENE
0-10
Wednesday
Morning
ENE
0-10
Wednesday
Afternoon
SSE
0-10
West South
Ridgeline Winds (mph)
Tuesday
Evening
ESE
5-15
Tuesday
Night
ESE
5-15
Wednesday
Morning
E
0-10
Wednesday
Afternoon
SE
0-10
Stevens Pass
Ridgeline Winds (mph)
Tuesday
Evening
ESE
5-15
Tuesday
Night
E
5-15
Wednesday
Morning
E
0-10
Wednesday
Afternoon
SE
0-10
Snoqualmie Pass
Ridgeline Winds (mph)
Tuesday
Evening
ESE
10-20
Tuesday
Night
ESE
5-15
Wednesday
Morning
E
0-10
Wednesday
Afternoon
ESE
0-10
East North
Ridgeline Winds (mph)
Tuesday
Evening
ESE
0-10
Tuesday
Night
ENE
0-10
Wednesday
Morning
ENE
0-10
Wednesday
Afternoon
SSW
0-10
East Central
Ridgeline Winds (mph)
Tuesday
Evening
ESE
0-10
Tuesday
Night
SE
0-10
Wednesday
Morning
E
0-10
Wednesday
Afternoon
S
0-10
East South
Ridgeline Winds (mph)
Tuesday
Evening
ESE
5-15
Tuesday
Night
ESE
0-10
Wednesday
Morning
E
0-10
Wednesday
Afternoon
SSE
0-10
Mt. Hood
Ridgeline Winds (mph)
Tuesday
Evening
SE
5-15
Tuesday
Night
ESE
0-10
Wednesday
Morning
ESE
0-10
Wednesday
Afternoon
SE
0-10
Issued: 2:16 PM PST Tuesday, February 10, 2026
Extended Weather Synopsis
A weak frontal system stalls over NW Washington Thursday night, bringing some light rain and snow as snow levels lower toward seasonal norms. Rain and snow spread throughout the region on Friday as a secondary front catches up to the initial stalled front, bringing light to moderate rain and snow. The offshore trough cuts off Friday night and forms a cutoff low off the Oregon Coast on Saturday. After a decrease in precipitation Friday night into early Saturday, a warm front could bring increasing precipitation to portions of the forecast region late in the day. Snow levels should be near seasonal norms.
The NWAC program is administered by the USDA-Forest Service and operates from the National Weather Service Forecast Office in Seattle. NWAC services are made possible by important collaboration and support from a wide variety of federal, state and private cooperators.
The 5000’ temperature forecast does not imply a trend over the 12 hr period and only represents the max and min temperatures within a 12 hr period in the zone. The 6-hr snow level forecast, the forecast discussion, and weather forecast sections may add detail regarding temperature trends.
The snow level forecast represents the general snow level over a 6 hr time period. Freezing levels are forecast when precipitation is not expected.
*Easterly or offshore flow is highlighted with an asterisk when we expect relatively cool east winds in the major Cascade Passes. Easterly flow will often lead to temperature inversions and is a key variable for forecasting precipitation type in the Cascade Passes. Strong easterly flow events can affect terrain on a more regional scale.
Ridgeline winds are the average wind speed and direction over a 6 hr time period.
The wind forecast represents an elevation range instead of a single elevation slice. The elevation range overlaps with the near and above treeline elevation bands in the avalanche forecast and differs per zone.
Wind direction indicates the direction the wind originates or comes from on the 16-point compass rose.
Water Equivalent (WE) is the liquid water equivalent of all precipitation types; rain, snow, ice pellets, etc., forecast to the hundredth of an inch at specific locations. To use WE as a proxy for snowfall amounts, start with a snow to water ratio of 10:1 (10 inches of snow = 1 inch WE). Temperatures at or near freezing will generally have a lower ratio (heavy wet snow) and very cold temperatures can have a much higher ratio (dry fluffy snow).