Home Latest News Experts attribute Hurricane Beryl’s strength to unusually warm ocean temperatures.

Experts attribute Hurricane Beryl’s strength to unusually warm ocean temperatures.

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Experts attribute Hurricane Beryl’s strength to unusually warm ocean temperatures.

Hurricane Beryl, a devastating storm that made landfall in Texas after causing destruction in the Caribbean, was supercharged by abnormally high ocean temperatures, a warning sign of potentially more violent storms in the near future. The storm, which rapidly intensified from a minor category to a category 5 hurricane, left over 2 million people without power and claimed 11 lives in its path. Scientists have expressed alarm at the unprecedented strength and early occurrence of Beryl, attributing it to the unusually warm seawater fueled by climate change.

The warm ocean temperatures, driven by ongoing climate crisis, have set the stage for a potentially disastrous hurricane season, with the National Oceanic and Atmospheric Administration predicting an increased number of hurricanes. Ocean heat has been steadily rising, with last year being recorded as the hottest on record and marine heatwaves affecting 90% of the globe’s oceans. The alarming trend of warmer oceans feeding fiercer storms and extreme rainfall due to increased moisture in the atmosphere is a worrying indication of the impact of global heating on weather patterns.

The lasting effects of rising ocean temperatures extend beyond immediate storm impacts, as they are reshaping marine ecosystems and threatening life dependent on the oceans. The accelerated pace of climate change is causing irreversible changes to ocean currents, coral reefs, fish populations, and shellfish, with potentially catastrophic implications for future generations. Scientists caution that the legacy of these changes in the oceans will unfold over centuries, highlighting the urgent need for global action to address the root causes of climate change.

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