#atmospheric-rivers

#atmospheric-rivers

One recent study suggests that California could experience more intense atmospheric river storms than previously recorded, impacting water supplies and infrastructure. [ more ]

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. [ more ]

Heavy rain and flooding hit California as the first of back-to-back atmospheric rivers hit the state.

The storm initially impacted the San Francisco Bay Area before moving to the southern and eastern parts of the state.

Last winter, California experienced extensive flooding and significant snowfall from similar atmospheric rivers. [ more ]

California is preparing for potential flooding, heavy snow, and damaging winds as the first of two back-to-back atmospheric rivers approaches.

The storm, known as a 'Pineapple Express,' will be followed by an even more powerful storm on Sunday.

Last winter, California experienced extensive flooding, big waves, and heavy snowfall from atmospheric rivers, resulting in over 20 deaths. [ more ]

California is preparing for two more atmospheric rivers that could bring power outages and flooding.

Last year's atmospheric rivers brought much-needed rain and snow but also caused widespread flooding. [ more ]

California is facing the threat of heavy rain and snow in the next 10 days, potentially causing flooding.

Human-caused climate change is expected to make atmospheric rivers carry more moisture, leading to increased flooding challenges and testing infrastructure. [ more ]

The historic rainfall in Los Angeles Basin is breaking records.

Human-caused climate change is resulting in heavier and more frequent extreme rainfall events. [ more ]

A powerful atmospheric river has stalled over Southern California, causing flooding and record-breaking rainfall.

The intensity of recent atmospheric rivers is likely influenced by human-caused climate change, as warmer ocean temperatures and increased atmospheric moisture contribute to their formation. [ more ]

Atmospheric rivers are long bands of water vapor that transport moisture from the tropics to northern latitudes.

They can cause storms that produce flooding and mudslides, but they are also vital to water supplies. [ more ]

San Jose officials are preparing for a wave of expected atmospheric rivers this winter.

Last year, San Jose experienced flooding from atmospheric rivers that caused significant damage.

City officials are clearing drains and preparing waterways in anticipation of heavy rain. [ more ]