Connect with us

Published

on

A powerful storm system, expected to intensify into a “bomb cyclone,” is heading towards Northern California and southern Oregon, potentially bringing severe weather conditions from Tuesday, 19 November, to Thursday, 21 November. Meteorologists have warned of extreme rain, high winds, and significant snowfall in higher altitudes, raising concerns about flash flooding and other hazards across the region.

According to WeatherNation, the storm is forecast to undergo rapid pressure drops, a phenomenon termed “bombogenesis.” The pressure is expected to plummet from over 1,000 millibars on Monday evening to below 950 millibars by Tuesday night. This sharp decline signifies a rapidly intensifying storm, confirmed by data from the National Oceanic and Atmospheric Administration (NOAA).

Key Areas to Experience Severe Impacts

The University of California, San Diego, has classified the impacts between the San Francisco Bay Area and Eureka, California, as “extreme.” Central Oregon to Salinas, California, is also likely to experience significant effects, including wind gusts reaching up to 70 mph and rainfall ranging between 2 to 4 inches daily. Elevated regions exceeding 3,500 feet could witness snowfall accumulation of up to 2 feet, adding to the storm’s challenges.

Atmospheric River and Its Dual Role

The incoming storm is being driven by an atmospheric river, a weather pattern pulling tropical moisture northwards. While such systems are essential in providing 30% to 50% of the West Coast’s annual precipitation, they are also associated with risks like mudslides and flooding.

NOAA researchers have highlighted the long-term impacts of climate change on these weather events. A study published in 2021 warned of shifting patterns leading to heavy low-elevation rainfall and diminished high-altitude snowfall, which could disrupt the water supply by reducing snowpack that serves as a steady year-round source.

The storm is expected to deliver both challenges and opportunities, as residents brace for its impacts while water reservoirs may receive much-needed replenishment. Emergency services and weather authorities remain vigilant as the system approaches.

Continue Reading

Science

Researchers Discover New Plasma Wave in Jupiter’s Auroral Skies

Published

on

By

Scientists at the University of Minnesota Twin Cities have detected a new plasma wave in Jupiter’s aurora using NASA’s Juno spacecraft. The finding, published in Physical Review Letters, reveals how Jupiter’s magnetic field shapes auroral activity differently from Earth. The study opens new directions for understanding planetary auroras and magnetic field intera…

Continue Reading

Science

Rocket Lab Launches Five Classified Satellites on 70th Electron Mission

Published

on

By

Rocket Lab reached a key milestone with its 70th Electron rocket launch, successfully sending five secret satellites into orbit on Aug. 23, 2025. The mission, called “Live, Laugh, Launch,” lifted off from New Zealand and ended its live stream early at the request of the undisclosed customer. Rocket Lab now looks ahead to the debut of its larger Neutron rocket late…

Continue Reading

Science

Researcher Photographs Giant Solar Tornado and Massive Plasma Eruption at the Same Time

Published

on

By

On August 20, researcher Maximilian Teodorescu captured a rare photo of two dramatic solar events — a giant tornado of plasma rising 130,000 km and an eruptive prominence spanning 200,000 km. Both were shaped by the sun’s unstable magnetic fields. While the prominence did release a CME, it is not aimed at Earth.

Continue Reading

Trending