Sea TemperaturesAkhtuba (near Akhtubinsk) Sea Temperature
Looking to find out what the sea water temperature in Akhtuba (near Akhtubinsk) is for today and the next few days? Below are data and charts that will give you information about sea temperatures in Akhtuba (near Akhtubinsk) and nearby locations.
Water temperature in Akhtuba (near Akhtubinsk) right now
Below is the current sea temperature for Akhtuba (near Akhtubinsk), Russia on January 10, 2026.
Today
1.97° C
35.55° F
Yesterday
2.16° C
35.88° F
A week ago
2.04° C
35.67° F
Water at this temperature is freezing cold, can cause pain and takes your breath away. Unless you are very experienced and are under strict supervision, swimming in this water for more than a few minutes can be very dangerous. Be careful, stay safe, and enjoy the rush of endorphins and exhileration from a brief cold water swim.
The average sea temperature for Akhtuba (near Akhtubinsk) on January 10 over the last 10 years is 1.97° C (35.55° F), with a low temperature of -0.14° C (31.75° F) and a high of 4.1° C (39.38° F).
Analysis and forecast for Akhtuba (near Akhtubinsk) water temperatures
The water temperature in Akhtuba (near Akhtubinsk) today is the same as the average temperature of 1.97° C (35.55° F) and the temperature on this day last year was 1.97° C (35.55° F).
The chart and table below shows the change in water temperature in Akhtuba (near Akhtubinsk) over the last 30 days:
| Date | Temperature (Celsius) | Temperature (Fahrenheit) |
|---|---|---|
| January 10 | 1.97° C | 35.55° F |
| January 9 | 2.16° C | 35.88° F |
| January 8 | 2.25° C | 36.05° F |
| January 7 | 2.41° C | 36.34° F |
| January 6 | 2.53° C | 36.55° F |
| January 5 | 2.33° C | 36.19° F |
| January 4 | 2.22° C | 36° F |
| January 3 | 2.04° C | 35.67° F |
| January 2 | 1.91° C | 35.44° F |
| January 1 | 1.64° C | 34.95° F |
| December 31 | 1.52° C | 34.74° F |
| December 30 | 1.43° C | 34.58° F |
| December 29 | 1.28° C | 34.3° F |
| December 28 | 1.27° C | 34.28° F |
| December 27 | 1.43° C | 34.57° F |
| December 26 | 1.31° C | 34.35° F |
| December 25 | 1.38° C | 34.49° F |
| December 24 | 1.6° C | 34.87° F |
| December 23 | 1.74° C | 35.13° F |
| December 22 | 1.86° C | 35.34° F |
| December 21 | 1.83° C | 35.3° F |
| December 20 | 1.87° C | 35.36° F |
| December 19 | 1.8° C | 35.25° F |
| December 18 | 1.89° C | 35.41° F |
| December 17 | 1.88° C | 35.39° F |
| December 16 | 1.82° C | 35.27° F |
| December 15 | 1.9° C | 35.41° F |
| December 14 | 2.13° C | 35.83° F |
| December 13 | 2.57° C | 36.62° F |
| December 12 | 2.84° C | 37.11° F |
The actual nearshore temperatures may vary by several degrees and this can also be heavily affected by weather. Strong winds can cause cold, deep waters to replace the surface waters that had been warmed by the sun, and heavy rain can also reduce the temperature of the sea surface temperature as well.
Water temperature in Akhtuba (near Akhtubinsk) by month
The chart below shows the monthly average water temperature in Akhtuba (near Akhtubinsk).
For more detailed information on how the sea temperature in Akhtuba (near Akhtubinsk) changes for each month of the year, choose from the months below.
Akhtuba (near Akhtubinsk) map and nearby water temperatures
Why measure sea surface temperatures (SST) in Akhtuba (near Akhtubinsk)?
The ocean covers about 71% of the Earth's surface, and scientists record the sea surface temperature (SST) of locations such as Akhtuba (near Akhtubinsk) because they want to understand and learn how the ocean communicates with the atmosphere of Earth.
SST is one measure that provides information on the global climate, and it can be used to predict the weather in Akhtuba (near Akhtubinsk) as well as atmospheric model simulations and to study marine ecosystems in the area.
Data source and citation
Raw data for the calculations made to find the sea surface temperature in Akhtuba (near Akhtubinsk) comes from the National Oceanic and Atmospheric Administration (NOAA) and their 1/4° daily Optimum Interpolation Sea Surface Temperature.
The water temperature data is constructed by combining observations from different platforms (satellites, ships, buoys, and Argo floats) on a regular global grid. A spatially complete sea surface temperature map is then built by interpolating to fill in gaps in the data.
If you'd like to use any of the information above in the format it is presented, please use the citation tool below.