#atmospheric-rivers

#atmospheric-rivers

Northern California faces further storms bringing rain, mudslides, and flooding risks after this weekend's substantial rainfall.

Severe unexpected rainfall caused significant flooding and landslides in the San Francisco Bay Area.

Powerful storms, including strong atmospheric rivers, are forecasted to impact British Columbia, the Pacific Northwest, and Northern California this week.

Atmospheric rivers are shifting poleward, resulting in diverse and severe climate impacts including intensified droughts, floods, and altered global weather patterns.

Better forecasting of atmospheric rivers could significantly reduce damage costs and improve community preparedness against extreme weather events.

Atmospheric rivers are shifting poleward, significantly affecting weather patterns and water resources worldwide.

Atmospheric rivers can create heavy rainfall and pose risks of landslides, especially in previously burned areas of California.

California had more atmospheric rivers this winter compared to last year but experienced fewer intense storms, resulting in a more balanced and average rainy season.

The Glory Hole at Lake Berryessa has reactivated for the first time in six years due to recent heavy rains.

California faces severe winter weather contrasts with wildfires in the south and heavy storms in the north, highlighting the state's diverse climate.

Lake Casitas has dramatically rebounded to 96% capacity in 2024 after years of drought and restrictions.

Atmospheric rivers played a crucial role in restoring water levels to reservoirs across Southern California.

Atmospheric river storms have significantly raised water levels in Shasta Lake, now at 77% capacity and over 130% of its historical average.

The 2024-2025 water year's severe storm signals the return of atmospheric rivers, bringing intense weather patterns and significant precipitation.

Atmospheric rivers are essential for California's water but can cause severe flooding and hazards when excessive.