Following the cyclone, temperature drops witnessed in Khabarovsk
Weather Forecast for Khabarovsk Region After Cyclone
After the recent cyclone hit the Khabarovsk region, the weather is expected to stabilize with mild temperatures and minimal precipitation in the coming days.
According to the latest forecast, temperatures in the region will range from 75–78°F (24–26°C) as daily highs and 59–60°F (15–16°C) as daily lows from August 9–11, 2025. The weather conditions are generally sunny to partly cloudy, with no significant rain reported immediately after the cyclone.
The cyclone has affected the southern and central areas of the Khabarovsk region, but by the end of the workweek, no rain is expected in the southern areas. In fact, daytime highs in these areas may reach +27°C to +30°C, while nighttime temperatures will drop to +14°C to +15°C.
However, tomorrow in Khabarovsk, unstable weather with brief showers is expected during the day. Daytime highs in Khabarovsk tomorrow could reach +25°C to +27°C, with strong gusts of southwest wind, up to 15-20 m/s. Nighttime temperatures in Khabarovsk tomorrow will range from +16°C to +18°C.
In some areas of the Khabarovsk region, the storm will weaken, and by the end of the workweek, the wind in the region will shift to the north. The Hydrometeorological Center reported up to 80 mm of precipitation in some weather stations, but in the coming days until the 10th, there will be no significant rainfall in the Khabarovsk region.
Residents are advised to stay updated with the latest weather updates and take necessary precautions as needed. The trend after the cyclone indicates a return to normal weather conditions for the Khabarovsk region.
The unusual weather pattern caused by the cyclone is currently shifting to more stable conditions in the Khabarovsk region, providing a chance for environmental science researchers to study the effects of climate-change on the region's weather. Despite the forecasted sunny to partly cloudy skies, steady measurements of temperature and precipitation will help scientists gain a better understanding of weather patterns and climate-change implications.
