Hurricane Lala weakens to a tropical storm, but flooding persists in Hawaii
Al Jazeera
β’Sun, 16 Aug 2026 14:55:51 +0000
π° What Happened
Hurricane Lala weakened from a Category 1 hurricane to a tropical storm after sweeping close to Hawaii, yet dangerous conditions remained as heavy rain and powerful winds continued to batter the islands. On Saturday, the US National Hurricane Center issued a hurricane warning for the Big Island, which has not experienced a direct hurricane landfall in 155 years. Hurricane-force gusts accompanied by flash flooding were forecast even after the downgrade. As the storm drifted west from Maui to Oahu and Kauai, pounding waves crashed against the Big Island shore and fierce sideways rain swelled rivers. Officials expected up to one metre of rain on higher windward slopes, which could turn rivers into turbulent floods and trigger life-threatening mudslides.
π The Backstory
Hawaii exists in the middle of the Pacific and is regularly affected by eastern Pacific storms, yet direct hurricane landfalls are extraordinarily rare because cool surrounding waters usually weaken systems before they arrive. The last direct landfall on the Big Island families remember is nearly a century and a half ago. This unusual proximity forced authorities to issue rare warnings and mobilise emergency resources ahead of Lala's arrival. The storm comes at a time when extreme weather, driven by unusually warm ocean temperatures, is becoming harder to predict across the Pacific. Hawaii had already endured drought and water-supply pressure in recent years, and storms like Lala illustrate the double threat of too little rain and sudden floods.
π― Why It Matters
Even though Lala weakened before a direct hit, the storm is a test of Hawaii's preparedness for a rare hurricane event, and the widespread power outages show how quickly fragile island infrastructure can strain. The enormous rainfall forecasts and mudslide danger demonstrate that a downgraded storm can still create catastrophic conditions. For climate researchers and emergency planners, the event adds fresh evidence about how warming oceans are shifting storm behaviour, making conventional warning thresholds and evacuation plans more complex to manage in the years ahead.
Hurricane Lala weakened from a Category 1 hurricane to a tropical storm after sweeping close to Hawaii, yet dangerous conditions remained as heavy rain and powerful winds continued to batter the islands. On Saturday, the US National Hurricane Center issued a hurricane warning for the Big Island, which has not experienced a direct hurricane landfall in 155 years. Hurricane-force gusts accompanied by flash flooding were forecast even after the downgrade. As the storm drifted west from Maui to Oahu and Kauai, pounding waves crashed against the Big Island shore and fierce sideways rain swelled rivers. Officials expected up to one metre of rain on higher windward slopes, which could turn rivers into turbulent floods and trigger life-threatening mudslides.
Hawaii exists in the middle of the Pacific and is regularly affected by eastern Pacific storms, yet direct hurricane landfalls are extraordinarily rare because cool surrounding waters usually weaken systems before they arrive. The last direct landfall on the Big Island families remember is nearly a century and a half ago. This unusual proximity forced authorities to issue rare warnings and mobilise emergency resources ahead of Lala's arrival. The storm comes at a time when extreme weather, driven by unusually warm ocean temperatures, is becoming harder to predict across the Pacific. Hawaii had already endured drought and water-supply pressure in recent years, and storms like Lala illustrate the double threat of too little rain and sudden floods.
Even though Lala weakened before a direct hit, the storm is a test of Hawaii's preparedness for a rare hurricane event, and the widespread power outages show how quickly fragile island infrastructure can strain. The enormous rainfall forecasts and mudslide danger demonstrate that a downgraded storm can still create catastrophic conditions. For climate researchers and emergency planners, the event adds fresh evidence about how warming oceans are shifting storm behaviour, making conventional warning thresholds and evacuation plans more complex to manage in the years ahead.