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How a super El Niño affects the global climate

How a super El Niño affects the global climate

From sharky shores and starving seabirds to droughts, wildfires, and floods.
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Europe Faces New Era of Mega Fires Amid Climate Crisis

Europe Faces New Era of Mega Fires Amid Climate Crisis

Europe is experiencing unprecedented wildfires, with blazes in southwestern France burning with such intensity that they have created fire-generated thunderstorms, a phenomenon more commonly seen in the US and Canada. These fires are part of a broader trend of increasingly extreme wildfires across the continent, driven by the ongoing climate crisis. Firefighters in France and Spain are battling fires that are more ferocious and erratic than ever before, with some wildfires having been stabilized but concerns remaining due to the ongoing heat wave. The European Union has warned of potential fires in Greece and Italy, following a record-breaking fire season last year.
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Death Valley's 134-Degree Record Temperature Under Scrutiny by Meteorologists

Death Valley's 134-Degree Record Temperature Under Scrutiny by Meteorologists

The record for the hottest temperature ever recorded on Earth, 134 degrees Fahrenheit in Death Valley on July 10, 1913, is being questioned by meteorologists. A 2016 review deemed the reading 'essentially impossible,' yet it remains the official record. The World Meteorological Organization (WMO) previously dismissed a 1922 record from Libya due to measurement errors, allowing Death Valley's record to stand. Recent studies suggest the actual temperature was closer to 120 degrees Fahrenheit, casting doubt on the validity of the 1913 record.
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Climatologists Warn of Potential 'Godzilla El Niño' in 2026 with Global Impacts

Climatologists Warn of Potential 'Godzilla El Niño' in 2026 with Global Impacts

Climatologists are raising alarms about a potential 'Godzilla El Niño' event expected to occur in 2026. This term refers to an exceptionally strong El Niño, characterized by significant warming of the Pacific Ocean's surface temperatures, which can exceed 2°C anomalies. Historical events of similar magnitude, such as those in 1982-1983, 1997-1998, and 2015-2016, have led to severe weather conditions including floods, droughts, and record heat across multiple continents. The term 'Godzilla' was popularized by NASA climatologist Bill Patzert in 2015 to describe the destructive potential of such intense El Niño events. Current indicators suggest a high probability of a strong El Niño by the end of the year, with potential global consequences amplified by ongoing climate change.
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Wildfire in France Generates Pyrocumulonimbus Cloud, Creating New Weather Challenges

Wildfire in France Generates Pyrocumulonimbus Cloud, Creating New Weather Challenges

A severe wildfire near Saumos in southwestern France has become intense enough to generate a pyrocumulonimbus cloud, a type of thunderstorm created by the heat and smoke from the fire itself. This phenomenon, also known as a 'fire cloud', can produce powerful winds, lightning, and even spark new fires, complicating firefighting efforts. The fire cloud emerged as Europe faces an intense wildfire season, with heatwaves and droughts drying out vegetation across France, Spain, Greece, and Turkey. The Gironde fires in France have burned through 42,000 hectares, forcing evacuations and challenging firefighters. The fire cloud acts like a giant chimney, pulling in air and feeding the flames, while also carrying embers over long distances and generating lightning that can ignite new fires.
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Antarctica Records Coldest Temperature Since 2012 Amid Global Heat Waves

Antarctica Records Coldest Temperature Since 2012 Amid Global Heat Waves

Concordia, a high-altitude research station in Antarctica, recorded a temperature of minus 119.4 degrees Fahrenheit (minus 84.1 degrees Celsius) on July 18, marking the coldest temperature on Earth since 2012. This extreme cold occurred while many parts of the world, including North America and Europe, experienced record heat waves. Concordia is located in the interior of Antarctica, where temperatures regularly fall below minus 112 F (minus 80 C) during the winter months. The station is used for various research purposes, including seismic observations and climate modeling. Despite the extreme cold, the broader trend of global warming continues, with Antarctica experiencing complex atmospheric processes that can lead to such temperature extremes.
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Study Warns of Increased Storms in California Due to Weakening Atlantic Ocean Current

Study Warns of Increased Storms in California Due to Weakening Atlantic Ocean Current

A new study indicates that the Atlantic Meridional Overturning Circulation (AMOC), a crucial ocean current, is slowing down. This change could significantly impact global weather patterns, particularly increasing the intensity of storms in California. Researchers from UC Riverside have been monitoring the AMOC using observation buoys, noting that its weakening could lead to warmer equatorial waters and altered wind and rainfall patterns. This shift may drive more atmospheric rivers to the West Coast, potentially leading to more severe weather events.
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Super El Niño Expected to Drive Record Weather Patterns in 2026/2027

Super El Niño Expected to Drive Record Weather Patterns in 2026/2027

A Super El Niño is rapidly developing in the Pacific Ocean, with forecasts indicating it could reach record-breaking intensity by late fall and early winter 2026/2027. This phenomenon, characterized by a warm temperature anomaly exceeding +3°C (+5.4°F) in the equatorial Pacific, is already influencing global atmospheric patterns. The event is expected to amplify seasonal weather changes, including shifts in jet streams and pressure systems, impacting regions such as North America and Europe. Current data from NOAA and NCEP models suggest significant temperature and precipitation anomalies, with warmer conditions in Europe and altered storm tracks in the United States. The Super El Niño is also accelerating the evolution of fall and winter weather patterns, with potential for extreme impacts globally. Source time: Thu, 30 Jul 2026 07:36:04 GMT.
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Weakening Atlantic Ocean Current May Intensify California Storms

Weakening Atlantic Ocean Current May Intensify California Storms

A recent study highlights the potential global weather impacts of a weakening Atlantic Meridional Overturning Circulation (AMOC), a critical ocean current system. Researchers, including UC Riverside's Mohima Sultana Mimi, have observed that the AMOC, which redistributes heat by moving warm water northward and cold water southward, is slowing down. This disruption could lead to warmer equatorial waters, influencing hurricane development and altering wind and rainfall patterns. Specifically, a weakened AMOC strengthens prevailing winds in the North Pacific, which in turn drives more intense atmospheric rivers toward California. These atmospheric rivers, capable of transporting vast amounts of water vapor, are a key factor in the state's weather systems, often bringing heavy rainfall and snowfall.
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Global Heat Waves Intensify Amid El Niño and Climate Change

Global Heat Waves Intensify Amid El Niño and Climate Change

Heat waves are gripping multiple regions worldwide, including Europe, North America, and Asia, with record-breaking temperatures expected. The phenomenon is partly driven by El Niño, which has strengthened since its development in June, contributing to unusually warm ocean waters. Western Europe is facing another round of extreme heat following its hottest June on record, while the western United States braces for temperatures as high as 115°F (46°C) in Phoenix and 110°F (43°C) in Montana. Asia, including South Korea and Japan, is also experiencing severe heat. The jet stream's wavy pattern is locking heat domes in place, exacerbating the situation. Climate change and warm ocean temperatures are amplifying these conditions, with scientists warning of long-term impacts.
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Super El Niño Influences 2026 Hurricane Season in Atlantic and Pacific

Super El Niño Influences 2026 Hurricane Season in Atlantic and Pacific

The 2026 hurricane season is being significantly influenced by a super El Niño, characterized by unusually warm ocean waters in the central and eastern Pacific. This phenomenon is affecting weather patterns globally, with notable impacts on hurricane activity in both the Atlantic and Pacific Oceans. In the Atlantic, increased wind shear is suppressing hurricane formation, while the Pacific is experiencing heightened tropical activity. The super El Niño is expected to become one of the strongest on record, potentially altering typical weather patterns and affecting hurricane development throughout the season.
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NASA's New 3D Geoid Model Reveals Earth's Gravitational Anomalies

NASA's New 3D Geoid Model Reveals Earth's Gravitational Anomalies

NASA has released a new 3D geoid model that visualizes Earth's gravitational field, revealing irregular bulges and depressions caused by variations in mass distribution. This model, created using satellite data from the Gravity Recovery and Climate Experiment (GRACE), highlights the planet's gravitational anomalies. The data, spanning 15 years, has been instrumental in understanding ice loss in Antarctica and Greenland, contributing to sea-level rise estimates. The model also aids in tracking groundwater depletion and drought conditions globally, providing valuable insights into Earth's changing climate and its impacts.