Water temperature in Qinzhou
62.1
°F
February 3, 12:53
Trend:
increasingYesterday:
62.0°FTomorrow:
62.1°F
Sunrise:
Sunset:
Day Length:
11 h. 12 min.Qinzhou in February
Minimum:
60.0°FAverage:
63.6°FMaximum:
66.0°FSea water temperature in Qinzhou today
As of now, in Qinzhou, the water temperature is 62.1°F. Swimming in water of this temperature is generally concidered to be cool, and most people won't really enjoy it. Today's reading is 1.8°F lower than the average recorded on this particular day in recent years. The sea temperature remains approximately unchanged from yesterday. According to the forecast, we expect the temperature to stay about the same.Recent sea temperature and forecast
The water temperature today is above average for the last two weeks, showing a small increase in temperature. It is also close to the historical minimum temperature for this date. The maximum temperature recorded for this date was 65.8°F on 2017, while the historical minimum was 61.1°F on 2023.
Daily water temperature in Qinzhou
| Date |
Current Year
actual* / forecast** |
last year | 10 years average |
|---|---|---|---|
| Jan 20 | 59.2°F | 67.4°F | 63.7°F |
| Jan 21 | 59.4°F | 67.2°F | 63.8°F |
| Jan 22 | 59.4°F | 67.1°F | 63.7°F |
| Jan 23 | 61.2°F | 67.1°F | 64.0°F |
| Jan 24 | 61.7°F | 67.0°F | 63.9°F |
| Jan 25 | 62.1°F | 66.8°F | 63.9°F |
| Jan 26 | 62.4°F | 66.7°F | 63.9°F |
| Jan 27 | 62.6°F | 66.5°F | 64.0°F |
| Jan 28 | 62.8°F | 66.3°F | 63.8°F |
| Jan 29 | 62.9°F | 66.2°F | 63.8°F |
| Jan 30 | 63.0°F | 66.0°F | 63.8°F |
| Jan 31 | 62.5°F | 65.9°F | 63.6°F |
| Feb 1 | 62.4°F | 65.8°F | 63.6°F |
| Feb 2 | 62.0°F | 65.7°F | 63.8°F |
| Feb 3 | 62.1°F | 65.7°F | 63.8°F |
| Feb 4 | 62.1°F | 65.7°F | 63.9°F |
| Feb 5 | 62.2°F | 65.8°F | 64.0°F |
| Feb 6 | 62.2°F | 65.8°F | 64.0°F |
| Feb 7 | 62.3°F | 65.9°F | 64.1°F |
| Feb 8 | 62.6°F | 66.1°F | 64.4°F |
| Feb 9 | 62.7°F | 66.1°F | 64.5°F |
| Feb 10 | 62.7°F | 66.1°F | 64.4°F |
* actual - actual temperature values
** forecast - projected values for the next week
Real-time coastal temperatures could deviate by several degrees from the provided readings. These deviations often become evident following intense rainfall or strong winds.
Our forecasting methodology leverages a mathematical model, that uses current water and weather conditions, historical records, wind intensity and direction.