A hot day awaits Odesa: the temperature will reach +30 °C without precipitation.

Tomorrow, August 10, dry and sunny weather is expected in Odesa with no precipitation. The highest temperature will be during the day and will last until the evening. This is reported by the Hydrometeorological Center of the Black and Azov Seas.

On the night of Sunday, it will be warm in Odesa - around +23 °C, but it will feel like +25 °C. In the morning, the temperature will slightly drop to +22 °C, but the sun will quickly warm the city. The hottest period will be during the day when the air temperature will rise to +30 °C, and due to humidity, it will feel like +33 °C. The same heat will persist in the evening, so relief should only be expected after sunset. The wind will be light, 3-5 m/s, and humidity will fluctuate from 28% in the evening to 46% in the morning. Atmospheric pressure is stable at 760-761 mmHg. The sun will rise at 05:49 and set at 20:15. The day will last for 14 hours and 25 minutes. No precipitation is expected.

Weather in the Odesa region on August 10

• Variable cloudiness.
• No significant precipitation.
• North wind, southwest during the day, 7-12 m/s.
• Temperature at night +17...22 °C, during the day +29...+34 °C.
• Visibility is good on the roads of the region.

Fire hazard forecast for August 10

In Odesa region, weather conditions will mainly contribute to an increased likelihood of the occurrence and spread of fires in ecosystems in the presence of ignition sources (open flames).

Let us remind you, Lake China is rapidly drying up, which feeds eight villages in the southern part of the region. We also reported that in the Odesa region, a man dug himself an artificial lake without permits to breed fish.

On Sunday, August 10, residents of Odesa and the Odesa region can expect sunny and hot weather with no precipitation. During the day, the air temperature will reach +34 °C, and at night it will drop to +22 °C. The Hydrometeorological Center warns about a heightened fire hazard due to the weather conditions that will favor the occurrence of fires in natural ecosystems.