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Tropical Storm Karina strengthens into a hurricane in the Pacific

Published August 31, 2026 · Updated August 31, 2026 · By Thomas Martin - tyunews.com

Foto : Thomas Martin - tyunews.com

Pacific Cyclone Karina Reaches Hurricane Status as Forecasters Eye Potential Major-Storm Development

Tyunews.com – The open waters of the eastern Pacific gained a new Category 1 hurricane on Sunday when Tropical Storm Karina completed its transition from a tropical storm, according to the Miami-based National Hurricane Center. The cyclone, now packing maximum sustained winds of 80 miles per hour (130 kilometers per hour), sits roughly 820 miles (1,325 kilometers) to the southwest of the southernmost point of Mexico's Baja California Peninsula. Forecasters indicated the system could intensify further during the coming days, potentially reaching Category 3 strength or beyond — the threshold at which any Pacific or Atlantic cyclone is classified as a "major" hurricane.

Because Karina's center remains well offshore, no landfall or direct wind impact is anticipated. The storm is tracking northwest at approximately 15 miles per hour (24 kilometers per hour), a trajectory that carries it progressively farther into the deep Pacific basin rather than toward any populated coastline. Even so, the system's outer circulation is expected to generate long-period swell that will reach the shores of southwest Mexico and the Baja California Peninsula, producing elevated surf and strong rip currents for several days. Beachgoers and swimmers in those regions were advised to exercise caution, as rip currents remain the leading cause of drowning deaths along Pacific coastlines.

What Separates a Category 1 from a Major Hurricane

The Saffir-Simpson Hurricane Wind Scale divides hurricanes into five categories based on sustained wind speed. A Category 1 hurricane, like Karina at present, carries winds between 74 and 95 mph. Categories 3, 4, and 5 — collectively termed "major" hurricanes — begin at 111 mph and extend beyond 156 mph. The distinction matters to coastal planners and insurers because major hurricanes produce dramatically greater storm surge, wind damage, and rainfall totals than their weaker counterparts. If Karina does reach Category 3 strength while still offshore, the practical consequence for land would remain limited to swell and wind-driven ocean conditions rather than structural damage.

A Second System: Tropical Storm Lowell

At the same time, a separate tropical system designated Lowell was being tracked approximately 1,150 miles (1,850 kilometers) southeast of the Hawaiian Islands. Like Karina, Lowell posed no threat to any land area and was expected to remain over open ocean. The simultaneous presence of two named storms in the Pacific basin is not unusual during the peak months of the Pacific hurricane season, which runs from June through November and typically produces more named storms than the Atlantic basin in any given year.

Atlantic Season Outlook: El Niño's Cooling Effect

While attention in the Pacific turned to Karina and Lowell, the National Oceanic and Atmospheric Administration (NOAA) released its seasonal outlook for the Atlantic basin, projecting a below-average hurricane season for the current year. The primary driver of that forecast is the presence of El Niño conditions in the tropical Pacific, which strengthen vertical wind shear over the Atlantic and suppress the formation and intensification of tropical cyclones there.

Under the NOAA scenario, the Atlantic basin would see between eight and 14 named storms during the season. Of those, three to six would be expected to reach hurricane strength (sustained winds of 74 mph or higher), and one to three would intensify into major hurricanes. For comparison, a typical Atlantic season produces around 14 named storms, six hurricanes, and three major hurricanes, so the projected range sits at or below the long-term average.

The interplay between El Niño and Atlantic tropical activity is one of the most reliable predictors in seasonal forecasting. Warmer-than-average sea-surface temperatures in the central and eastern Pacific tilt the Walker circulation, increasing upper-level outflow over the Atlantic and shearing developing storms apart before they can organize.

Residents of Gulf Coast states, the southeastern United States, and Caribbean islands therefore face a statistically lower probability of a direct hurricane strike this season than in a neutral or La Niña year. That does not eliminate risk entirely — even a below-average season can produce a single devastating landfall — but it does shift the odds in favor of a quieter Atlantic summer.

Why Offshore Pacific Storms Still Matter

Although Karina will not make landfall, its existence illustrates a recurring pattern in Pacific meteorology: storms that develop in the eastern basin often track northwestward along the subtropical ridge, eventually becoming extratropical systems over the North Pacific. Along the way, their gravity waves and wind fields can stir up ocean swell that propagates hundreds of miles toward coastlines. For surfers, fishermen, and coastal communities in Baja California and the Mexican Pacific states, the practical hazard from an offshore hurricane is not wind but water — rogue sets, rip currents, and elevated tides that can catch swimmers off guard even when skies remain clear and the storm itself is invisible on the horizon.

The National Hurricane Center will continue issuing advisories on Karina's track and intensity through the week, updating its forecast cone as new satellite and reconnaissance data become available. For now, the storm remains a purely oceanic phenomenon, a reminder that the Pacific basin routinely generates powerful cyclones far from any populated area, where their only audience is the open sea.

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