Tropical Storm Higos intensifies over warm Western Pacific waters near Guam and Micronesia; threatens islands with destructive winds, heavy rain, and storm surge.
⛈️ OPEN LIVE 3D WEATHER ALERTSTropical Storm Higos formed on 23 June 2026 near coordinates 14.9°N, 142.8°E in the Western Pacific, approximately 800 km east of Guam and Micronesia. The system is undergoing rapid intensification driven by warm ocean temperatures exceeding 29°C and low wind shear in the tropical belt. Current satellite imagery shows organized convection with sustained winds of 55–65 knots and a well-defined circulation centre. Communities across Micronesia, including Guam, Palau, and the Marshall Islands, face elevated risk from destructive winds, heavy rainfall, and potential storm surge as Higos moves westward.
Tropical cyclone formation requires five atmospheric conditions: warm ocean temperatures, atmospheric instability, sufficient Coriolis force, low wind shear, and adequate atmospheric moisture. At 14.9°N latitude, Higos sits near the critical threshold where Earth's rotation is strong enough to sustain rotation. The Western Pacific's warm pool—water consistently above 26.5°C year-round—acts as a heat engine, transferring energy from the ocean surface to the storm system. As Higos intensifies, latent heat released from water vapour condensation further strengthens vertical circulation, potentially driving the system toward typhoon status within 72 hours.
Pandita's real-time weather simulation ingests satellite-derived sea surface temperature (NOAA), atmospheric pressure, and wind vector data from the Joint Typhoon Warning Center (JTWC) and Japan Meteorological Agency (JMA). The 3D model visualises vertical wind shear, convective cloud towers, and storm track probability cones, allowing users to see precisely how upper-level atmospheric steering currents and oceanic heat content interact to guide Higos toward populated regions.
The Saffir-Simpson scale rates cyclones by sustained wind speed; Higos is Category 1 equivalent. Storm surge—seawater pushed ashore by wind and pressure—poses the greatest mortality risk in the Western Pacific. Island nations with elevations under 2 metres face inundation. Rainfall rates of 200–300 mm in 24 hours trigger mudslides and inland flooding.
Monitor live Higos trajectory and intensity on Pandita Data's interactive weather simulation. Updated every 6 hours with NOAA and JTWC data, the model shows real-time wind vectors, pressure tendencies, and storm surge inundation zones across Micronesia. Residents in Guam and outlying islands should activate emergency plans immediately and maintain access to battery-powered radios for evacuation orders.