Tropical Storm Lala weakened as it passed the southern coast of Hawaii's Big Island on Sunday morning, leaving more than 130,000 homes without power [3].
The storm's impact underscores the vulnerability of the island's infrastructure to sudden weather intensification, specifically regarding power grid stability and road safety during heavy rainfall.
Lala reached Category 1 hurricane status early Saturday, with maximum sustained winds hitting 120 km/h [1]. The storm's eye passed the island without making landfall, which caused the system to lose strength while continuing to dump large amounts of moisture [4].
Local reports said the storm brought heavy rain, strong winds, and an increased risk of flooding and mudslides [2]. On the Big Island, where the population is approximately 210,000, the weather caused significant structural damage [2]. At least 19 roofs were lost during the storm [5].
Authorities said at least one person died in a car accident on the Big Island [4]. The incident occurred as the storm brought drenching rain to the region.
While some initial forecasts suggested the storm would hit the Big Island as a hurricane, it had already begun weakening to a tropical storm by the time the eye passed the island on Saturday [6].
“More than 130,000 homes were without power”
The transition of Lala from a Category 1 hurricane to a tropical storm before landfall mitigated the risk of a catastrophic direct hit. However, the widespread power outages and the death of one resident demonstrate that moisture-driven hazards—such as flooding and reduced road visibility—can be as disruptive as wind speeds in island environments.
