Ohrid — Current Water Temperature, Annual Trends and Forecast
This page provides information on the current water temperature in Ohrid, trends, monthly ranges and the forecast for the coming days.
Current Water Temperature
Water Temperature in Ohrid today is 24.2°C.
Water Temperature: Daily Trends, Historical Records, and Forecast
✅ As of today, the minimum water temperature ranges from 75°F (23°C) to 79°F (26°C). This is a very comfortable temperature for swimming, and many people can enjoy prolonged stays in the water without feeling cold. The water is pleasantly warm, making it ideal for relaxation and water sports. This temperature range is particularly popular among tourists, as it combines comfort and safety for health. It is important to note that these swimming tips and recommendations apply only in good weather. When the air temperature is below 68°F (20°C), and sometimes even below 77°F (25°C), swimming can be unpleasant even with relatively high water temperatures.
Water Temperature Chart Over the Last 30 Days
Table of Daily Sea Temperature Data
| Date | Current | Average | Forecast |
|---|---|---|---|
| JUL 15 | 23.3°C | 22.0°C | |
| JUL 16 | 23.3°C | 22.0°C | |
| JUL 17 | 23.6°C | 22.0°C | |
| JUL 18 | 23.8°C | 22.0°C | |
| JUL 19 | 24.7°C | 22.0°C | |
| JUL 20 | 24.7°C | 22.0°C | |
| JUL 21 | 24.7°C | 22.0°C | |
| JUL 22 | 24.9°C | 22.0°C | |
| JUL 23 | 22.0°C | 24.1°C | |
| JUL 24 | 22.0°C | 24.0°C | |
| JUL 25 | 22.0°C | 23.9°C | |
| JUL 26 | 22.0°C | 23.8°C | |
| JUL 27 | 22.0°C | 23.7°C | |
| JUL 28 | 22.0°C | 23.5°C | |
| JUL 29 | 22.0°C | 23.4°C |
* Current - Actual water temperature value
** Average - Average water temperature on this day in recent years
*** Forecast - Our water temperature forecast
Actual nearshore water temperatures may fluctuate by several degrees from the reported values, especially following heavy rainfall or extended periods of strong winds. Certain wind patterns can cause colder, deeper waters to rise and replace the sun-warmed surface water, leading to noticeable variations.
Our forecast is based on a proprietary mathematical model that considers real-time water temperature changes, historical trends, key weather patterns, wind strength and direction, and air temperature specific to each region. Additionally, we incorporate data from other resorts to enhance accuracy.
Monthly Water Temperature Range (Min, Max & Average)
| Month | Min | Avg | Max |
|---|---|---|---|
| January | 3°C | 7°C | 10°C |
| February | 3°C | 7°C | 10°C |
| March | 6°C | 10°C | 13°C |
| April | 7°C | 12°C | 17°C |
| May | 10°C | 17°C | 23°C |
| June | 14°C | 20°C | 25°C |
| July | 17°C | 22°C | 27°C |
| August | 18°C | 23°C | 28°C |
| September | 14°C | 20°C | 25°C |
| October | 11°C | 15°C | 19°C |
| November | 8°C | 12°C | 15°C |
| December | 3°C | 7°C | 10°C |
Ohrid: Weather Forecast
July 23
July 24
July 25
July 26
July 27
Location & Local Information
Ohrid is a historic city and major tourist destination in North Macedonia, famous for its location on the eastern shore of Lake Ohrid, one of the oldest and deepest lakes in Europe. The city’s climate, influenced by the lake, provides distinct seasonal water temperature variations. In the winter months, the surface of Lake Ohrid is cold, typically ranging from 4∘C to 8∘C. However, the long and sunny summers allow the surface layer near the shore to absorb solar heat effectively, resulting in comfortable swimming temperatures that generally peak between 22∘C and 26∘C in July and August.
Swimming in Lake Ohrid near the city of Ohrid is fully allowed, highly recommended, and officially regulated at numerous designated beaches. The lake is internationally recognized for its exceptional water clarity and pristine quality, which is regularly monitored by health authorities and consistently classified as suitable for bathing. The combination of warm summer temperatures and verified clean water makes it an ideal spot for recreation and water sports. Swimmers are advised to be mindful of the lake's great depth and the rapid drop in temperature below the immediate surface layer.