the ocean

Scientists and commentators are highlighting an El Niño event described as unlike any previously recorded. The claim, widely shared online, points to abnormal ocean temperature patterns and associated extreme weather, from heatwaves to storms, affecting regions worldwide. Discussions focus on how climate change may be intensifying El Niño cycles and what this means for global weather in the months ahead.

Hurricane Polo has intensified to become one of the strongest storms ever recorded, with forecasters linking its unusual strength to El Niño conditions in the Pacific. Warm ocean waters associated with the climate pattern are seen as a key driver behind the storm's rapid strengthening, drawing widespread attention to El Niño's role in extreme weather this season.

A new report says global temperatures have reached record highs as the El Niño climate pattern strengthens in the Pacific. El Niño, which warms ocean surface waters and alters weather worldwide, is adding to the underlying warming trend driven by greenhouse gas emissions. Scientists warn the combination could push average temperatures to new extremes in the coming months, with implications for heatwaves, droughts and storms across many regions.

The 2023-24 El Niño is described as record-shattering, with analysis of its wide-ranging effects on global temperatures, weather patterns and ecosystems. The event has driven exceptional ocean warming in the tropical Pacific, contributing to record global heat, shifts in rainfall, droughts and flooding in various regions, and stress on fisheries and agriculture. Commentators are weighing how much of the recent temperature surge should be attributed to El Niño versus longer-term climate change.

USA Today reports that hurricane activity is behaving abnormally across two ocean basins, with conditions described as historically out of whack. The Atlantic and Pacific seasons have both deviated from typical patterns, prompting meteorologists and readers to question how climate change may be reshaping storm formation, timing, and intensity this year.

Hurricane Polo is spinning in the Pacific Ocean, with forecasters warning it could bring heavy rain and flooding to parts of Mexico and the southwestern United States, putting millions of people in the storm's potential path. Officials are monitoring the system as it moves, urging residents in vulnerable areas to prepare for possible flash flooding and dangerous conditions in the days ahead.

The US National Environmental Satellite, Data, and Information Service is highlighting the outlook for a very strong El Nino in 2026-2027. The agency says an unusually warm tropical Pacific Ocean could reshape weather patterns worldwide, with potential effects on rainfall, droughts, storms and temperatures across multiple continents in the coming years.

Two Pacific hurricanes are prompting warnings on opposite sides of the ocean. Hurricane Nolo remains a threat to Hawaii, with officials watching its track toward the islands, while Mexico's Baja California peninsula is bracing for a major landfall from Hurricane Polo. Residents in both regions are being urged to monitor forecasts and prepare for strong winds, heavy rain and coastal flooding.

Two powerful hurricanes are simultaneously churning in the Pacific Ocean, drawing attention from weather watchers and news outlets. Details on their projected paths and potential impact on land or shipping routes remain limited, but the rare pairing of two major storms in the basin is prompting discussion as meteorologists track their movement and intensity.

Mexico's Baja California peninsula is preparing for the arrival of Hurricane Polo, with residents and authorities bracing for heavy rain, strong winds and coastal damage. Meanwhile, Hurricane Nolo is threatening Hawaii, putting the Pacific basin on alert with two simultaneous storm threats. Emergency preparations are underway on both sides of the ocean.

A powerful El Nino event in the Pacific Ocean is putting California's coastline under threat, with beaches eroding as stronger storms and higher waves batter the shore. Reports highlight growing concern over coastal damage and the risks to communities and infrastructure along the state's beaches as the weather pattern intensifies.

SpaceX's Starship completed a test flight with a splashdown in the ocean, with the rocket appearing to burn up as it descended. The landing marks another step in the company's testing campaign for the vehicle it eventually intends to use for missions to the Moon and Mars.

SpaceX's Starship completed a full-duration test flight of roughly three hours, returning through the atmosphere and splashing down in the Pacific Ocean north of Hawaii. The flight marks another step in the rocket's development campaign, with observers tracking how the vehicle handled reentry and recovery. SpaceX has not detailed the outcome of every test objective, but the splashdown confirms the ship survived to its planned end point.

El Niño conditions are driving an unusual split in hurricane activity: the Pacific is producing storms at a vigorous pace while the Atlantic hurricane season remains unusually calm. Forecasters attribute the contrast to El Niño's strengthening of winds that tear Atlantic storms apart, while simultaneously fueling storm development in the warmer Pacific. The pattern is shaping expectations for the rest of the season.

A UK climate minister has warned that the global food system is vulnerable to El Niño, the periodic warming of Pacific Ocean waters that disrupts weather patterns and can hit crop harvests. The warning highlights concerns that extreme weather linked to El Niño could drive up food prices and threaten supply security at a time of already strained agricultural conditions.

SpaceX's Starship has splashed down in the Pacific Ocean after returning to Earth earlier than planned. The next-generation rocket, developed for missions to the Moon and Mars, ended its flight short of schedule, prompting discussion about what caused the early return and what the outcome means for the vehicle's testing programme.

The New York Times reports that the current El Niño pattern is influencing storm activity on opposite sides of the United States. The climate phenomenon, marked by warmer Pacific Ocean waters, is altering jet stream behavior and steering weather systems, shaping storm tracks for both the West and East coasts this season.

Scientists and US media are raising alarms about a slow-moving, planetary-scale Kelvin wave in the Pacific making its way toward the California coast. The ocean phenomenon could raise sea levels by up to a foot as El Niño conditions keep warm water trapped along the coastline. Observers warn the combined effect could worsen coastal erosion and flooding risks for communities already exposed to rising seas and winter storms.

The International Union for Conservation of Nature used the UN General Assembly and New York Climate Week to advance its agenda on nature protection, ocean conservation and climate action. The organisation says the gatherings offered a key moment to push for stronger commitments linking biodiversity and climate policy ahead of upcoming global negotiations.

The Atlantic has yet to produce a hurricane this season, and climate outlet Grist attributes the calm to El Niño. The phenomenon, which is driving record ocean temperatures worldwide, creates wind shear over the Atlantic that suppresses tropical storm development. The piece notes the irony that the same pattern raising global temperatures is also canceling Atlantic tropical activity, at least for now.

Ocean temperature data suggests the developing 2026 El Niño is running well ahead of the strongest El Niño events on record, with comparisons showing it in a league of its own. Observers note the pattern reflects the natural El Niño cycle叠加 on long-term ocean warming, with much of the extra heat attributed to human-driven climate change rather than the cycle alone.

Tropical Storm Hanna has formed over the Atlantic Ocean, according to AccuWeather and Yahoo News reports. Details on its projected path and strength were not immediately available. Meteorologists are tracking the system as the season progresses, with coastal residents advised to monitor official forecasts for updates on potential impacts.

Corporations frequently defend their fossil fuel emissions as insignificant compared to the global total, a framing critics call misleading. A new Guardian piece examines what the true cost of those emissions would be if their full environmental and economic impact on the oceans were properly counted, challenging the industry's 'drop in the ocean' argument and reigniting debate over corporate accountability for climate damage.

A new tropical storm has formed in the Atlantic Ocean, according to reports from US news outlets. Details about the storm's name, strength, and projected path have not yet been made available. Forecasters will be monitoring the system closely as the Atlantic season continues, with coastal communities urged to follow official advisories for updates on any potential impacts.

Scientists are tracking a slow-moving kelvin wave, a vast pulse of warm ocean water travelling along the equatorial Pacific toward the US West Coast. The phenomenon is closely tied to El Niño-Southern Oscillation dynamics, and observers warn it could shift weather patterns, raise coastal sea levels and influence storm activity for California in the months ahead, sharpening fears of extreme conditions on the West Coast.

New research highlighted by ScienceAlert finds that as the Pacific Ocean warms, its water-age circulation is behaving counterintuitively: younger surface waters are becoming older, while older deep waters are becoming younger. The finding suggests warming is disrupting normal ocean mixing and ventilation patterns, with possible implications for heat storage, carbon uptake and marine ecosystems across the Pacific.