This Atlantic hurricane season is about to do something that hasn't happened in 175 years

The price of oil and gas could become more volatile due to a lack of hurricane disruptions.

The Atlantic hurricane season is on track to have its latest first hurricane formation in 175 years, with no hurricane having formed by mid-September. This unprecedented quietude is attributed to a strengthening El Niño in the Pacific, which is generating hostile wind shear over the Atlantic and limiting tropical system development. The accumulated cyclone energy for the season is currently at a historic low, ranking 77th out of 77 years since 1950. While the season officially continues until the end of November, the odds of an entirely hurricane-free season are increasing, a phenomenon not seen in recorded history dating back to 1851. Older records, stretching back to 1851, also indicate at least one Atlantic hurricane every year, with the previous latest first hurricane occurring in 1941.

The unusually quiet Atlantic hurricane season, driven by a powerful El Niño, has significant implications beyond reduced storm threats. The lack of activity means less disruption to oil and gas production and shipping in the Gulf of Mexico, which typically sees price spikes when hurricanes approach or make landfall. This could contribute to more stable or potentially lower energy prices, benefiting consumers and industries reliant on fossil fuels. The broader climate impacts of the strong El Niño, however, suggest potential for extreme weather events globally later in the year and into 2027, including intensified droughts and record-breaking heat.

This season's anomaly serves as a stark reminder of how complex climate interactions can override typical seasonal patterns. While the Atlantic remains quiet, the global meteorological implications of the strong El Niño, such as potential impacts on global food production and record-breaking global temperatures expected in 2027, are significant. The data from this season will undoubtedly inform future climate modeling and disaster preparedness strategies, highlighting the need for adaptability in anticipating weather extremes.