Warmer temperatures observed in the Black Sea coastal region of Krasnodar as compared to the Azov Sea
In the sun-soaked regions of Russia, the Black Sea and Azov Sea are experiencing unusually warm waters this summer. Social media users have been sharing their pleasant experiences off the coast of Sochi, where the water temperature reached an impressive +29 degrees on August 1.
Elsewhere, the water temperature off the coasts of Novorossiysk and Gelendzhik is also warmer than usual, sitting at +27 degrees. Similarly, in the Azov Sea, the temperatures in Yeysk and Primorsko-Akhtarsk are +28 degrees and +26 degrees respectively. The water in Tuapse's section of the Black Sea is also warmer than average, at +28 degrees.
These warm temperatures are part of a broader regional trend. Scientific assessments reveal a climatic shift in the Sea of Azov's hydrometeorological regime, with warming sea surface temperatures typical for summer months. This warming is consistent with regional air temperatures ranging from high 20s to mid 30s °C during the day.
The warming trend in the Black and Azov Seas is not limited to summer months. Seasonal data show that temperature sums through winter periods in the Sea of Azov are undergoing changes, possibly linked to warming trends and altered seasonal patterns. These changes are also noted in nearby Caspian Sea areas, where increasing air temperatures are driving enhanced evaporation rates.
Despite the lack of specific daily temperature values for each city, the available regional data support the conclusion of sustained warm temperatures typical of summer 2025 with evidence of ongoing climatic shifts. It's important to note that the Azov Sea is generally cooler than the Black Sea.
While the exact reasons for these temperature changes are still being researched, it's clear that the summer of 2025 is shaping up to be a warm one for the Black Sea and Azov Sea coastal areas. As always, it's essential to stay informed about local weather conditions and take necessary precautions when enjoying the water.
- The warm temperatures in the Black Sea and Azov Sea, consistent with regional air temperatures, indicate a shift towards warmer summers, as revealed by environmental-science assessments.
- The unusual warmth in the waters of the Black Sea and Azov Sea, particularly during summer, could have implications for the science of climatology, hinting at broader changes in regional weather patterns.
