The water level of Lake Balaton has dropped, but is still optimal for the summer season
In the last twenty days, the average water level of Lake Balaton has decreased by ten centimeters and currently stands at 110 centimeters, reports hirbalaton.hu. Although it is ten centimeters below the summer operating water level maximum, the current water level is still considered optimal for mid-summer.
On windy days, the water level of the lake can decrease by one centimeter per day. At the moment, the Sió lock is closed and the water temperature at Sióf is 28 degrees Celsius. According to the weather forecasts, cloud migrations and occasional showers may occur, but significant water supply is not expected in the coming days – writes hirbalaton.hu.
The windy weather can cause further subsidence in the water level of Lake Balaton, so it is important that visitors and local residents monitor the condition of the lake. In the middle of the summer season, the development of the lake’s water level can also be decisive from the point of view of tourism, since the water level and water temperature are extremely important factors for those vacationing on the shores of Lake Balaton.
Related news
Tourism in December 2024: growing tourist traffic, different regional trends
In December 2024, the number of guests staying in tourist…
Read more >Lake Balaton is changing: it was frozen for eight years, now it is experiencing record temperatures
Eight years ago, Lake Balaton froze completely due to the…
Read more >Tourism expansion may continue this year – sector outlook
Tourism continued to grow by the end of the year:…
Read more >Related news
Mere in Hungary: price list already available, no store yet
The Russian retail chain Mere has not yet officially opened…
Read more >NGM spokesperson: in addition to GDP data, indicators affecting people’s lives also developed favorably
Beyond the gross domestic product (GDP), there are human lives,…
Read more >GDP could grow by 2 percent in 2025
According to the current outlook, GDP growth of around 2.3-2.4…
Read more >