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Krasnoyarsk reservoir, Russia
Krasnoyarsk reservoir, Russia | © water-rf.ru

Current water temperature in the Yenisei River. Historical and statistical data. Forecast of changes in water temperature in the Yenisei River.

Current water temperature in the Yenisei River

#minimal
36°F
#average
36°F
#maximum
36°F

At the moment on the beaches in the Yenisei River the water temperature is very low and not suitable for swimming.

Yenisei River: countries

We track and show sea surface temperature in the following countries and regions related to this sea:

The most popular resorts in the Yenisei River over the past week

Yenisei River: water temperature data

Bathing comfort is also affected by air temperature, wind or precipitation. All this data you can see on the page of each location. To do this, you can use the search or view all locations in a region, country, state or coastline of a particular part of Earth.

Krasnoyarsk reservoir, Russia
Krasnoyarsk reservoir, Russia | © fotokto.ru

The warmest water in the Yenisei River was recorded today in Krasnoyarsk. The water temperature in this location is 36°F. And the coldest in Krasnoyarsk reservoir, its value 35°F.

The water temperature in the Yenisei River has risen both over the past week and over the month. The general trend can be seen on the graph. It shows the change in the average water temperature, calculated at all points in the Yenisei River over the past two months.

Indicators of changes in water temperature values throughout the year are important. For the two most popular swimming location in the Yenisei River, the annual schedules look like this:

Yenisei River: general information

Divnogorsk, Russia
Divnogorsk, Russia | © liveinternet.ru

The Yenisei is a river in Siberia, one of the longest and deepest rivers of the world and Russia. It flows into the Kara Sea of ​​the Arctic Ocean. The length is 3487 km, the catchment area is 2,580,000 km² (the second largest in Russia), and the annual flow is 624.41 km³ (the deepest river in Russia). The Yenisei belongs to the type of rivers with mixed feeding with a predominance of snow. The share of the latter is slightly less than 50%, rainfall 36-38%, underground in the upper reaches up to 16%, towards the lower reaches it decreases. Freezing of the Yenisei begins in the lower reaches (early October). The Yenisei is characterized by intense formation of intra-water ice, autumn ice drift. Freezing up in the lower reaches from the end of October, in the middle of November in the middle reaches and near Krasnoyarsk, and at the end of November - December in the mountainous part. In some areas, powerful ice forms in the channel. Most of the Yenisei is characterized by a prolonged spring flood and summer floods, in winter there is a sharp decrease in runoff (but the levels fall slowly due to the development of gagging). The upper reaches are characterized by an extended spring-summer flood. The flood on the Yenisei begins in May, sometimes in April, on the middle Yenisei a little earlier than on the upper, on the lower in mid-May - early June. Spring ice drift is accompanied by congestion. The range of fluctuations in the Yenisei level in the upper reaches is 5-7 m in widening and 15-16 m in narrowings, in the lower reaches it is larger (28 m at Kureika), towards the mouth it decreases (11.7 m at Ust-Port).

Below is information about the current water temperature, the current trend of its change, information about the weather in selected locations in the Yenisei River.

CityWaterAir
Krasnoyarsk36°F35°F
Krasnoyarsk reservoir35°F39°F
Abakan36°F46°F
Divnogorsk36°F36°F

Find out the temperature of sea water in more than 12000 cities and resorts around the world. Water surface temperature values are available in real time. There is a forecast of water temperature changes for the next few days, as well as historical data of sea surface temperature are available for all days of the last years.

We use data from various sources, including National Centers for Environmental Information (NOAA), meteorological services of different countries, data received from more than a thousand buoys around the world, satellite systems for scanning the surface of the oceans and seas.

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