Weather Alerts For Stewarts Point, CA

URGENT - WEATHER MESSAGE National Weather Service San Francisco Bay Area 521 AM PST Sat Jan 3 2026 San Francisco-Marin Coastal Range-Sonoma Coastal Range- North Bay Interior Mountains- Coastal North Bay...Including Point Reyes National Seashore- San Francisco Peninsula Coast-Santa Cruz Mountains- Eastern Santa Clara Hills-East Bay Hills- Southern Salinas Valley...Arroyo Seco...and Lake San Antonio- Santa Lucia Mountains and Los Padres National Forest- Mountains of San Benito and Interior Monterey County including Pinnacles National Park- Northern Salinas Valley...Hollister Valley...and Carmel Valley- Northern Monterey Bay-Southern Monterey Bay and Big Sur Coast- 521 AM PST Sat Jan 3 2026 ...WIND ADVISORY REMAINS IN EFFECT UNTIL 1 PM PST SATURDAY... * WHAT...South winds 15 to 25 mph with gusts up to 50 mph expected. * WHERE...The Central Coast, The Salinas and Carmel Valleys and Hollister Area, The Marin Hills, Western Sonoma County Hills, The Santa Cruz Mountains, San Francisco, North Bay Interior Mountains, Coastal North Bay Including Point Reyes National Seashore, San Francisco Peninsula Coast, and East Bay Hills. * WHEN...Until 1 PM PST Saturday. * IMPACTS...Gusty winds will blow around unsecured objects. Tree limbs could be blown down and a few power outages may result. PRECAUTIONARY/PREPAREDNESS ACTIONS... Winds this strong can make driving difficult, especially for high profile vehicles. Use extra caution. &&

Coastal Hazard Message National Weather Service San Francisco CA 1059 PM PST Fri Jan 2 2026 Coastal North Bay Including Point Reyes National Seashore- San Francisco Peninsula Coast-Northern Monterey Bay- Southern Monterey Bay and Big Sur Coast- 1059 PM PST Fri Jan 2 2026 ...COASTAL FLOOD ADVISORY REMAINS IN EFFECT UNTIL 2 PM PST SUNDAY... ...BEACH HAZARDS STATEMENT IN EFFECT FROM SUNDAY MORNING THROUGH SUNDAY EVENING... * WHAT...Up to 2.5 ft of inundation above ground level is possible in low-lying areas near shorelines and tidal waterways. * WHERE...Pacific Coast from Sonoma County to Monterey County including the Monterey Bay. * WHEN...For the Coastal Flood Advisory, until 2 PM PST Sunday. For the Beach Hazards Statement, from Sunday morning through Sunday evening. * IMPACTS...Flooding of lots, parks, and roads with some road closures expected. * ADDITIONAL DETAILS...At the San Francisco tidal gauge, high tide is expected to be: 2.5 ft above normal (8.3 ft MLLW) at 10:26 AM Saturday 1/3 1.9 ft above normal (7.7 ft MLLW) at 11:18 AM Sunday 1/4 These predictions include up to 1.3 feet of storm surge that will enhance the astronomical tide and flooding threat. High tide varies up to 90 minutes earlier or later along the Pacific Coast and through the San Francisco Bay, respectively. PRECAUTIONARY/PREPAREDNESS ACTIONS... If travel is required, allow extra time as some roads may be closed. Do not drive around barricades or through water of unknown depth. Take the necessary actions to protect flood-prone property. Stay off of jetties, piers, rocks, and other waterside infrastructure. Remain out of the water to avoid hazardous surf and NEVER turn your back on the ocean. Monitor local weather, surf and tide forecasts at www.weather.gov/mtr. &&

Coastal Hazard Message National Weather Service San Francisco CA 1059 PM PST Fri Jan 2 2026 Coastal North Bay Including Point Reyes National Seashore- San Francisco Peninsula Coast-Northern Monterey Bay- Southern Monterey Bay and Big Sur Coast- 1059 PM PST Fri Jan 2 2026 ...COASTAL FLOOD ADVISORY REMAINS IN EFFECT UNTIL 2 PM PST SUNDAY... ...BEACH HAZARDS STATEMENT IN EFFECT FROM SUNDAY MORNING THROUGH SUNDAY EVENING... * WHAT...Up to 2.5 ft of inundation above ground level is possible in low-lying areas near shorelines and tidal waterways. * WHERE...Pacific Coast from Sonoma County to Monterey County including the Monterey Bay. * WHEN...For the Coastal Flood Advisory, until 2 PM PST Sunday. For the Beach Hazards Statement, from Sunday morning through Sunday evening. * IMPACTS...Flooding of lots, parks, and roads with some road closures expected. * ADDITIONAL DETAILS...At the San Francisco tidal gauge, high tide is expected to be: 2.5 ft above normal (8.3 ft MLLW) at 10:26 AM Saturday 1/3 1.9 ft above normal (7.7 ft MLLW) at 11:18 AM Sunday 1/4 These predictions include up to 1.3 feet of storm surge that will enhance the astronomical tide and flooding threat. High tide varies up to 90 minutes earlier or later along the Pacific Coast and through the San Francisco Bay, respectively. PRECAUTIONARY/PREPAREDNESS ACTIONS... If travel is required, allow extra time as some roads may be closed. Do not drive around barricades or through water of unknown depth. Take the necessary actions to protect flood-prone property. Stay off of jetties, piers, rocks, and other waterside infrastructure. Remain out of the water to avoid hazardous surf and NEVER turn your back on the ocean. Monitor local weather, surf and tide forecasts at www.weather.gov/mtr. &&

There is a Marginal Severe Storm Risk for your location. Continue reading for today's outlook from the National Weather Service's Storm Prediction Center. -------------------- National Severe Storm Outlook THERE IS A MARGINAL RISK OF SEVERE THUNDERSTORMS ACROSS PARTS OF THE SOUTHEAST AND CENTRAL GULF COAST...AND FROM NORTHERN/CENTRAL CALIFORNIA INTO SOUTHWEST OREGON SUMMARY Isolated severe storms are possible across parts of the Southeast today. A few marginally severe storms will also be possible from the Sacramento and northern San Joaquin Valleys to coastal areas of northern California and southwest Oregon. Southeast/Central Gulf Coast Early-morning satellite imagery shows a shortwave trough progressing southeastward across northeast TX towards the Lower MS Valley. Expectation is for this wave to continue southeastward through the Lower MS Valley and central Gulf Coast before eventually moving off the Southeast coast late tonight/early tomorrow. Surface analysis places a low associated with this wave over east TX, with another low farther east over central AL. A modest stationary front currently extends between these lows. This front will transition to a cold front this morning, progressing southeastward as the surface lows also move southeastward ahead of the approaching shortwave. Mid 60s dewpoints are in place ahead of this front from the Upper TX Coast through southern LA into southern MS/AL. Given the presence of the stationary front, this is likely near the northern extent of this greater low-level moisture. Diurnal heating will be limited by cloud cover, but the general expectation is for modest buoyancy ahead of the approaching cold front. This buoyancy will support scattered thunderstorm development along the front as it moves through the region. Low-level flow will likely veer ahead of the front, limiting low-level curvature. Even so, strong mid-level westerly/southwesterly flow will extend across the region, resulting in long hodographs that could support occasional organized updrafts. Primary severe risk will be isolated damaging gusts, although a low-probability risk for a brief tornado exists as well. Some isolated hail could also occur, particularly with any storms near the surface low over southern AL and the western FL Panhandle during the late afternoon/early evening when colder mid-level temperatures are in place. Northern/Central California into Southwest Oregon Another shortwave trough is forecast to quickly rotate through the base of the cyclone off the Northwest coast, reaching the northern CA/southern OR coast this afternoon. Deep and robust southwesterly flow is currently in place across much of the region. Some weakening is possible throughout the day, but deep-layer vertical shear should remain more than sufficient for rotating storms. However, very limited buoyancy will temper updraft strength and duration, keeping the overall severe potential low. Greatest chance for damaging gusts is expected with any deeper convection that develops as the primary forcing for ascent spreads into the northern CA and southwest OR coasts this afternoon. Additionally, southerly low-level flow up the Sacramento and northern San Joaquin Valleys, could result in enough low-level curvature for an isolated low-topped supercell capable of a brief tornado.