Pacific Ocean

USA Today reports that hurricane season is 'broken,' with activity in two oceans described as historically out of whack. The article points to abnormal patterns in storm activity across the Atlantic and Pacific basins, suggesting this season is defying typical expectations and raising questions among meteorologists about what is driving the unusual behavior.

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.

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.

Forecasters are tracking continued tropical activity in the Eastern Pacific while monitoring a new area of interest in the Atlantic. The update highlights that both basins remain watchful as the season progresses, with no specific storm impacts named yet. Residents in coastal regions are advised to keep an eye on upcoming forecasts as systems develop.

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 strong, or 'super', El Niño event is being linked to significant regional weather impacts across the Midwestern United States. The phenomenon, driven by unusually warm Pacific Ocean waters, typically alters precipitation and temperature patterns, affecting the Midwest's agriculture, flooding risks and winter conditions. Attention is focused on how this cycle may play out differently for the region.