Biographies Characteristics Analysis

In which ocean is the Barents Sea located? Average long-term water temperature in the Barents Sea

barents sea, barents sea on the map
Barents Sea(Nor. Barentshavet, until 1853 Murmansk sea, Murman) is a marginal sea of ​​the Arctic Ocean. It washes the shores of Russia and Norway. The sea is limited by the northern coast of Europe and the archipelagos of Svalbard, Franz Josef Land and Novaya Zemlya. The area of ​​the sea is 1424 thousand km², the depth is up to 600 m. The sea is located on the continental shelf. The southwestern part of the sea does not freeze in winter due to the influence of the North Atlantic Current. The southeastern part of the sea is called the Pechora Sea. The Barents Sea is of great importance for transport and for fishing - large ports are located here - Murmansk and Vardø (Norway). Before World War II, Finland also had access to the Barents Sea: Petsamo was its only ice-free port. A serious problem is the radioactive contamination of the sea due to the activities of the Norwegian factories for the processing of radioactive waste. Recently, the sea shelf of the Barents Sea in the direction of Svalbard has become the object of territorial disputes between the Russian Federation and Norway (as well as other states).

  • 1 Research history
  • 2 Geographic location
    • 2.1 Oceanic and land boundaries
    • 2.2 Maritime boundaries
    • 2.3 Coastline
    • 2.4 Archipelagos and islands
  • 3 Hydrography
    • 3.1 Currents
    • 3.2 Water exchange
    • 3.3 Salinity
  • 4 Geology
    • 4.1 Bottom topography
    • 4.2 Soils
  • 5 Climate
    • 5.1 Ice cover
    • 5.2 Temperature
  • 6 Flora and fauna
  • 7 Economic importance
    • 7.1 First Arctic oil
    • 7.2 Food industry and shipping
    • 7.3 Naval potential
  • 8 philately
  • 9 Notes
  • 10 Literature
  • 11 Links

Research History

The Murmansk Sea (above, left) on the map of Tartaria compiled by N. Witsen in 1705 by Willem Barents

Finno-Ugric tribes, the Saami (Lapps), have lived off the coast of the Barents Sea since ancient times. The first visits of non-autochthonous Europeans (Novgorodians, then Vikings) began, probably, at the end of the 11th century, and then intensified.

In the old days, sailors and cartographers called the sea the Northern, Siver, Moscow, Russian, Arctic, Pechora and most often Murmansk.

The Barents Sea was named in 1853 in honor of the Dutch navigator Willem Barents.

The scientific study of the sea was started by the expedition of F. P. Litke 1821-1824, and the first complete and reliable hydrological description of the sea was compiled by N. M. Knipovich at the beginning of the 20th century.

Geographical position

Oceanic and land boundaries

Border of the White and Barents Seas

The Barents Sea is the marginal water area of ​​the Arctic Ocean on the border with the Atlantic Ocean, between the northern coast of Europe in the south and the islands of Vaigach, Novaya Zemlya, Franz Josef Land in the east, Svalbard and Bear Island in the west.

maritime borders

In the west it borders on the Norwegian Sea basin, in the south - on the White Sea (the border on the coast is Cape Svyatoy Nos), in the east - on the Kara Sea, in the north - on the Arctic Ocean. The area of ​​the Barents Sea, located to the east of Kolguev Island, is called the Pechora Sea.

Coastline

The southwestern shores of the Barents Sea are predominantly fjord-like, high, rocky, and heavily indented. The largest bays are: Porsanger Fjord, Varangian Bay (also known as Varanger Fjord), Motovsky Bay, Kola Bay, etc. East of the Kanin Nos Peninsula, the coastal relief changes dramatically - the coasts are mostly low and slightly indented. There are 3 large shallow bays here: (Cheshskaya Bay, Pechora Bay, Khaipudyrskaya Bay), as well as several small bays.

Archipelagos and islands

Hydrography

The largest rivers flowing into the Barents Sea are Pechora and Indiga.

currents

The surface currents of the sea form a counterclockwise circulation. Along the southern and eastern periphery, the Atlantic waters of the warm North Cape current (a branch of the Gulf Stream system) move east and north, the influence of which can be traced to the northern shores of Novaya Zemlya. The northern and western parts of the circulation are formed by local and Arctic waters coming from the Kara Sea and the Arctic Ocean. In the central part of the sea there is a system of intracircular currents. The circulation of sea waters changes under the influence of changes in winds and water exchange with adjacent seas. Of great importance, especially near the coast, are tidal currents. The tides are semi-diurnal, their greatest value is 6.1 m near the coast of the Kola Peninsula, in other places 0.6-4.7 m.

Water exchange

Water exchange with neighboring seas is of great importance in the water balance of the Barents Sea. during the year, about 76,000 km³ of water enters the sea through the straits (and the same amount leaves it), which is approximately 1/4 of the total volume of sea water. The largest amount of water (59,000 km³ per year) is carried by the warm North Cape current, which has an exceptionally great influence on the hydrometeorological regime of the sea. The total river flow to the sea is on average 200 km³ per year.

Salinity

The salinity of the surface layer of water in the open sea during the year is 34.7-35.0‰ in the southwest, 33.0-34.0‰ in the east, and 32.0-33.0‰ in the north. in the coastal strip of the sea in spring and summer, salinity drops to 30-32 ‰, by the end of winter it increases to 34.0-34.5 ‰.

Geology

The Barents Sea occupies the Barents Sea Plate of the Proterozoic-Early Cambrian age; anteclise bottom elevations, depressions - syneclises. Of the shallower landforms, there are remnants of ancient coastlines, at depths of about 200 and 70 m, glacial-denudation and glacial-accumulative forms, and sand ridges formed by strong tidal currents.

Bottom relief

The Barents Sea is located within the mainland shallows, but, unlike other similar seas, most of it has a depth of 300-400 m, the average depth is 222 m and the maximum depth is 600 m in the trough of Bear Island (73°32′ N 22° 38′ E / 73.533° N 22.633° E / 73.533; 22.633 (G) (O)). There are plains (Central Plateau), uplands (Central, Perseus (minimum depth 63 m), depressions (Central, maximum depth 386 m) and trenches (Western (maximum depth 600 m) Franz Victoria (430 m) and others). South part of the bottom has a depth of mostly less than 200 m and is characterized by a leveled relief.

soils

From the cover of bottom sediments in the southern part of the Barents Sea, sand prevails, in some places - pebbles and crushed stone. On the heights of the central and northern parts of the sea - silty sand, sandy silt, in depressions - silt. An admixture of coarse clastic material is noticeable everywhere, which is associated with ice rafting and the wide distribution of relict glacial deposits. The thickness of sediments in the northern and middle parts is less than 0.5 m, as a result of which ancient glacial deposits are practically on the surface on some hills. The slow rate of sedimentation (less than 30 mm in 1 thousand years) is explained by the insignificant influx of terrigenous material - due to the features of the coastal relief, not a single large river flows into the Barents Sea (except for the Pechora, which leaves almost all of its alluvium within the Pechora Estuary), and the coasts of the land are composed mainly of strong crystalline rocks.

Climate

The climate of the Barents Sea is influenced by the warm Atlantic Ocean and the cold Arctic Ocean. Frequent intrusions of warm Atlantic cyclones and cold Arctic air determine the great variability of weather conditions. In winter, southwest winds prevail over the sea, in spring and summer - northeast winds. Frequent storms. The average air temperature in February varies from -25 °C in the north to -4 °C in the southwest. The average temperature in August is 0 °C, 1 °C in the north, 10 °C in the southwest. cloudy weather prevails over the sea during the year. Annual rainfall varies from 250 mm in the north to 500 mm in the southwest.

ice coverage

Severe climatic conditions in the north and east of the Barents Sea determine its large ice cover. In all seasons of the year, only the southwestern part of the sea remains free of ice. The ice cover reaches its greatest distribution in April, when about 75% of the sea surface is occupied by floating ice. exceptionally unfavorable years at the end of winter, floating ice comes directly to the shores of the Kola Peninsula. The least amount of ice occurs at the end of August. At this time, the ice boundary moves beyond 78°N. sh. In the northwest and northeast of the sea, ice usually stays all year round, but in some favorable years the sea is almost completely or even completely free of ice.

Temperature

The inflow of warm Atlantic waters determines the relatively high temperature and salinity in the southwestern part of the sea. Here, in February - March, the water temperature on the surface is 3 °C, 5 °C, in August it rises to 7 °C, 9 °C. North of 74° N. sh. and in the southeastern part of the sea in winter the surface water temperature is below -1 °C, and in summer in the north 4 °C, 0 °C, in the southeast 4 °C, 7 °C. In summer, in the coastal zone, the surface layer of warm water 5-8 meters thick can warm up to 11-12 °C.

Average water temperature by horizons °C
(for a point with coordinates 73.5° N 30.5° E; data for 1893-2001):
Horizon m January February March April May June July August September October November December
0 3,80 3,20 3,20 3,32 3,32 4,76 6,35 8,60 7,15 5,94 4,76 4,26
10 3,82 3,27 3,22 3,22 3,28 4,71 6,25 8,56 7,11 5,86 4,78 4,24
20 3,94 3,31 3,17 3,32 3,30 4,65 6,03 8,07 7,13 5,94 4,78 4,16
50 3,95 3,34 3,20 3,25 3,22 4,19 4,48 4,87 5,99 5,82 4,78 4,19
100 3,96 3,35 3,17 3,27 3,13 3,80 3,97 4,35 4,90 5,03 4,78 4,20
200 3,83 3,30 3,14 3,10 2,78 3,30 3,31 3,61 4,30 4,15 4,47 4,13
300 3,36 2,86 2,72 2,36 2,17 2,28 2,52 2,65 3,57 3,08 3,68 3,43

Flora and fauna

The Barents Sea is rich in various fish species, plant and animal plankton and benthos. Seaweeds are common off the south coast. Of the 114 species of fish living in the Barents Sea, 20 species are the most important for commercial purposes: cod, haddock, herring, sea bass, catfish, flounder, halibut, etc. Mammals are found: polar bear, seal, harp seal, beluga whale, etc. The seal is being hunted. Bird colonies abound on the coasts (guillemots, guillemots, kittiwakes). In the 20th century, the king crab was introduced, which was able to adapt to new conditions and begin to multiply intensively. Many different echinoderms, sea urchins and starfish of different species are distributed along the bottom of the entire water area of ​​the sea.

Economic importance

The Barents Sea is of great economic importance both for the Russian Federation and for Norway and other countries.

First Arctic Oil

The water area of ​​the southeastern part of the Barents Sea (Pechora Sea) is one of the most explored hydrocarbon reserves on the Russian shelf. It was at the Prirazlomnoye field, located on the shelf of the Pechora Sea, that the first Arctic oil was produced in 2013. in total, 300,000 tons of oil were shipped from the Prirazlomnaya platform in 2014. The Prirazlomnoye field is currently the only field on the Russian Arctic shelf where oil production has already begun. Oil of the new Russian grade was named ARCO (Arctic oil) and was first shipped from Prirazlomnoye in April 2014. The deposit is located 55 km north of the village of Varandey and 320 km northeast of the city of Naryan-Mar (Pechora River). The sea depth in the area of ​​the deposit is 19-20 meters. Prirazlomnoye was discovered in 1989 and contains more than 70 million tons of recoverable oil reserves. The development license is held by Gazprom Neft Shelf (a subsidiary of Gazprom Neft).

Main article: Prirazlomnoye field

Prirazlomnoye is a unique Russian project for hydrocarbon production on the Arctic shelf. For the first time, hydrocarbon production on the Arctic shelf is carried out from a fixed platform - the offshore ice-resistant fixed platform (OIRFP) Prirazlomnaya. The platform allows you to perform all technological operations - drilling, production, storage, offloading oil to tankers, etc.

Food industry and shipping

The sea is rich in various fish species, plant and animal plankton and benthos, so the Barents Sea is an area of ​​intensive fishing. In addition, the sea route is very important, connecting the European part of Russia (especially the European North) with the ports of the western (from the 16th century) and eastern countries (from the 19th century), as well as Siberia (from the 15th century). The main and largest port is the non-freezing port of Murmansk, the capital of the Murmansk region. Other ports in the Russian Federation - Teriberka, Indiga, Naryan-Mar (Russia); Vardø, Vadso and Kirkenes (Norway).

Naval potential

The Barents Sea is the region where not only the merchant fleet, but also the Russian Navy, including nuclear submarines, is deployed.

In philately

  • Postage stamps of Russia, 2006: Lighthouses of the Barents Sea
  • Kaninsky lighthouse

    Kildinskiy-Northern Lighthouse

    Vaidagub Lighthouse

Notes

  1. Assessment and conservation of marine biological diversity in the Barents Sea
  2. ESIMO. Archived from the original on August 22, 2011.
  3. Alexey Miller: Gazprom has become a pioneer in the development of the Russian Arctic shelf. Message from the Information Department of OAO Gazprom dated 2013-12-20.
  4. Year in the Company
  5. Press-release "The first oil of the Arctic shelf of Russia was shipped

Literature

  • Barents Sea // Encyclopedic Dictionary of Brockhaus and Efron: 86 volumes (82 volumes and 4 additional). - St. Petersburg, 1890-1907.
  • Vize V. Yu., Seas of the Soviet Arctic, 3rd ed., Vol. 1, 1948;
  • Esipov V.K., Commercial fish of the Barents Sea, L.-M., 1937;
  • Tantsgora A.I., On the currents of the Barents Sea, in the book: Hydrological research in the Barents Sea. Norwegian and Greenland Seas, M., 1959.
  • I. S. Zonn, A. G. Kostyanoy. Barents Sea: Encyclopedia / Ed. G. G. Matishova. - M.: International relations, 2011. - 272 p., Ill., ISBN 978-5-7133-1404-0

Links

  • Maps of the Murmansk Coast of the Barents Sea
  • The Barents Sea in the book: A. D. Dobrovolsky, B. S. Zalogin. Seas of the USSR. Moscow publishing house. un-ta, 1982.
  • Key to the algae of the Barents Sea Shoshina E.V.

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Barents Sea Information About

The Barents Sea is located in the westernmost part of the Eurasian shelf. The area of ​​the Barents Sea is 1,300,000 km2. According to the International Hydrographic Bureau, the Barents Sea is separated from the Arctic Basin by the Svalbard archipelago, Bely Island, Victoria Island and the Franz Josef Land archipelago.

In the east, its border with the Kara Sea runs from Graham Bell Island to Cape Zhelaniya and along the straits of Matochkin Shar (Novaya Zemlya Island), Kara Gates (between the islands of Novaya Zemlya and Vaigach) and Yugorsky Shar (between the Vaigach Islands and the mainland).
In the south, the Barents Sea is bounded by the coast of Norway, the Kola Peninsula and the Kanin Peninsula. To the east is the Czech Bay. To the west of the Kanin Peninsula is the Gorlo Strait of the White Sea.

In the southeast, the Barents Sea is bounded by the Pechora Lowland and the northern tip of the Pai-Khoi Ridge (an offshoot of the Ural Ridge in the north). To the west, the Barents Sea opens wide into the Norwegian Sea and hence into the Atlantic Ocean.

Temperature and salinity of the Barents Sea

The location of the Barents Sea between the Atlantic Ocean and the Arctic basin determines its hydrological features. From the west, between Bear Island and Cape North Cape, a branch of the Gulf Stream passes - the North Cape Current. Heading east, it gives a number of branches, following the bottom topography.

The temperature of the Atlantic waters is 4-12°C, the salinity is about 35 ppm. When moving to the north and east, the Atlantic waters cool and mix with the local ones. The salinity of the surface layer drops to 32-33 ppm, and the temperature at the bottom to -1.9 ° C. Small streams of Atlantic waters through deep straits between the islands enter the Barents Sea from the Arctic basin at a depth of 150-200 m. Cold surface waters from the Arctic The pools are brought by polar waters. The waters of the Barents Sea are carried out by a cold current going south from Bear Island.

Ice conditions in the Barents Sea

Good isolation from the ice masses of the Arctic Basin and the Kara Sea is of particular importance for the hydrological conditions of the Barents Sea. Its southern part does not freeze, with the exception of some fjords of the Murmansk coast. The edge of floating ice runs 400-500 km from the coast. In winter, it adjoins the southern coast of the Barents Sea to the east of the Kola Peninsula.

In summer, floating ice usually melts and remains only in the coldest years in the middle and northern parts of the sea and near Novaya Zemlya.

Chemical composition of the waters of the Barents Sea

The waters of the Barents Sea are well aerated as a result of intense vertical mixing caused by temperature changes. In summer, surface waters are supersaturated with oxygen due to the abundance of phytoplankton. Even in winter, in the most stagnant areas near the bottom, oxygen saturation is not lower than 70-78%.

Due to the low temperature, the deep layers are enriched with carbon dioxide. In the Barents Sea, at the junction of cold Arctic and warm Atlantic waters, the so-called "polar front" is located. It is characterized by the rise of deep waters with a high content of biogenic elements (phosphorus, nitrogen, etc.), which leads to an abundance of phytoplankton and, in general, organic life.

Tides in the Barents Sea

The maximum tides are noted near the North Cape (up to 4 m), in the Gorlo of the White Sea (up to 7 m) and in the fjords of the Murmansk coast; further north and east, the tides decrease to 1.5 m near Svalbard and to 0.8 m near Novaya Zemlya.

Climate of the Barents Sea

The climate of the Barents Sea is very variable. The Barents Sea is one of the most stormy seas in the world. Warm cyclones from the North Atlantic and cold anticyclones from the Arctic pass through it, which is the reason for a slightly higher air temperature compared to other Arctic seas, moderate winters and heavy precipitation. An active wind regime and a vast area of ​​open waters create conditions near the southern coast for maximum storm waves up to 3.5–3.7 m high.

Bottom relief and geological structure

The Barents Sea has a slight slope from east to west. The depth is mostly 100-350 m, and only near the border with the Norwegian Sea increases to 600 m. The bottom relief is complex. Many gently sloping seamounts and depressions cause a complex distribution of water masses and bottom sediments. As in other sea basins, the relief of the bottom of the Barents Sea is determined by the geological structure associated with the structure of the adjacent land. The Kola Peninsula (Murmansk coast) is part of the Precambrian Fenno-Scandnavian crystalline shield, consisting of metamorphic rocks, mainly of Archean granite-gneisses. A Proterozoic folded zone stretches along the northeastern margin of the shield, composed of dolomites, sandstones, shales, and tillites. The remnants of this folded zone are located on the Varanger and Rybachy peninsulas, Kildin Island and in a number of underwater elevations (banks) located along the coast. Proterozoic folds are also known to the east, on the Kanin Peninsula and the Timan Ridge. Submarine uplifts in the southern part of the Barents Sea, the Pai-Khoi ridge, the northern tip of the Ural Mountains, and the southern part of the Novaya Zemlya fold system extend in the same northwesterly direction. The extensive Pechora depression between the Timan Ridge and Pai-Khoi is covered with a thick layer of sediments up to Quaternary; to the north, it passes into the flat bottom of the southeastern part of the Barents Sea (Pechora Sea).

The flat Kolguev Island, located northeast of the Kanin Peninsula, consists of horizontally occurring Quaternary deposits. in the west, in the area of ​​Cape Mordkap, the Proterozoic deposits are cut off by the Caledonian structures of Norway. They stretch to the NNE along the western edge of the Fenno-Scandian shield. The Caledonides of the same submeridional strike form the western part of Svalbard. The Medvezhino-Spitsbergen shallow water, the Central Upland, as well as the Novaya Zemlya fold system and adjoining banks are traced in the same direction.

Novaya Zemlya is composed of folds of Paleozoic rocks: phyllites, clay shales, limestones, sandstones. Manifestations of Caledonian movements are found along the western coast, and it can be assumed that here the Caledonian structures are partially buried by young deposits and hidden under the seabed. The Vaigach-Novaya Zemlya fold system of the Hercynian age is S-curved and probably envelops the massifs of ancient rocks or crystalline basement. The Central Trench, the Northeast Trench, the Franz Victoria Trough west of Franz Josef Land, and the St. Anna Trough (Gulf of the Arctic Basin) to the east have the same submeridional strike with an S-shaped bend. The same direction is inherent in the deep straits of Franz Josef Land and submarine valleys, located on their continuation to the north into the Arctic basin and south to the north of the Barents Sea plateau.

The islands in the northern part of the Barents Sea have a platform character and are composed mainly of sedimentary rocks, lying slightly inclined or almost horizontal. On Bear Island, this is the Upper Paleozoic and Triassic; on Franz Josef Land, the Jurassic and Cretaceous; in the eastern part of Western Svalbard, the Mesozoic and Tertiary. The rocks are detrital, sometimes weakly carbonate; in the late Mesozoic, basalts intruded into them.

The Barents Sea - washes the northern coast of the Scandinavian and Kola Peninsulas, Norway and Russia. It is a marginal sea of ​​the Arctic Ocean.

From the north it is bounded by the archipelagos and Franz Josef Land, from the east by the Novaya Zemlya archipelago.

The area of ​​the Barents Sea is 1424 thousand sq. km. Volume - 282 thousand cubic meters. km. Depth: average - 220 m. maximum - 600 m. Borders: in the west with the Norwegian Sea, in the south with the White Sea, in the east with.


Silver Baren... Oil from the bottom... Diving in Bar...

The northern seas have long attracted Russian people with their riches. The abundance of fish, marine animals and birds, despite the icy water, long and cold winter, made this region quite suitable for a well-fed living. And when a person is full, then he does not care about the cold.

In ancient times, the Barents Sea was called the Arctic, then Siver or Northern, sometimes it was called Pechora, Russian, Moscow, but more often Murmansk, after the ancient name of the Pomeranian (Murmansk) edge of the earth. It is believed that the first Russian boats sailed in the waters of the Barents Sea as early as the 11th century. Around the same time, Viking boats also began to swim here. And then trading settlements began to appear in the north of Russia, and fishing began to develop.

Before Russia acquired a full-fledged fleet capable of overcoming the expanses of the northern seas, Arkhangelsk was the northernmost Russian city. Founded by decree of Tsar Ivan the Terrible in 1583-1584 near the Mikhailo-Arkhangelsk Monastery, the small town became the main Russian port where foreign ships began to call. An English colony even settled there.

This city, located at the mouth of the Northern Dvina, which flows into Peter I, took a good look at it, and over time it became the Northern Gates of Russia. It was Arkhangelsk that had the honor to play a leading role in the creation of the Russian merchant and navy. In 1693, Peter founded the Admiralty in the city, and on the island of Solombala laid the foundation of a shipyard.

Already in 1694, the St. Pavel ship, the first merchant ship of the Russian Northern Fleet, launched from this shipyard. "Saint Pavel" had 24 guns on board, which Peter personally cast at the factory in Olonets. To rig the first ship, Peter himself machined the rigging blocks. The launching of the "St. Paul" was carried out under the direct supervision of Peter. "St. Paul" was issued a "travel charter" for the right to trade abroad. The ship "Saint Paul" was the first of six three-deck merchant ships launched from the sovereign's shipyard from 1694 to 1701. Since then, Arkhangelsk has become the center of all foreign trade activities of the Russian state. It was from here that the Russian North began to develop.

Of course, even before the time of Peter the Great, there were sailing directions for the mouth of the Northern Dvina, the White Sea and the coastal part of the Siver Sea, which were inherited by local pilots. But under Peter, these maps were refined and allowed fairly large ships to navigate without fear of running aground or a reef, of which there are a great many in these waters.

These places were very attractive for navigation because of their peculiarity, because the sea did not freeze here, thanks to the Gulf Stream, whose warm waters reached these northern shores. This made it possible for ships to pass west into the waters of the Atlantic and further south to the shores of America, Africa, and India. But the absence of sea ships, and a short navigation time prevented the development of the waters of the North Sea. Only rare boats of brave sailors reached the shores of Svalbard and Franz Josef Land, which separated the North Sea from the vast expanses of the Arctic Ocean.

The beginning of the study of the Barents Sea took place in the 16th-17th centuries, during the era of the Great Geographical Discoveries. Looking for trade routes, European navigators tried to go east to go around Asia to get to China, but they could not go far due to the fact that most of them were covered with ice hummocks that did not melt even during the short northern summer. The Dutch navigator Willem Barentsz scouted the waters of the North Sea very carefully in search of northern trade routes.

He discovered the Orange Islands, Bear Island, explored Svalbard. And in 1597 his ship was frozen in the ice for a long time. Barents and his crew left the ship frozen in the ice and began to make their way to the shore on two boats. And although the expedition reached the shores, Willem Barents himself died. Since 1853, this harsh North Sea has been called the Barents Sea in his honor, although before that it was officially listed on the maps as Murmansk.

Scientific exploration of the Barents Sea began much later. 1821-1824 Several sea expeditions were undertaken to study the Barents Sea. They were headed by the future president of the St. Petersburg Academy of Sciences, an honorary member of many Russian and foreign scientific institutions, a tireless navigator, Admiral Fyodor Petrovich Litke. On the sixteen-gun brig Novaya Zemlya, he went 4 times to the shores of Novaya Zemlya, explored and described it in detail.

He investigated the depths of the fairway and the dangerous shallows of the White and Barents Seas, as well as the geographical definitions of the islands. His book "Four-fold trip to the Arctic Ocean on the military brig" Novaya Zemlya "in 1821-1824" published in 1828 brought him worldwide scientific fame and recognition. A complete thorough study and hydrological characteristics of the Barents Sea were compiled during a scientific expedition in 1898-1901. headed by the Russian scientific hydrologist Nikolai Mikhailovich Knipovich.

The efforts of these expeditions were not in vain, as a result, the rapid development of navigation in the northern seas began. In 1910-1915. a hydrographic expedition of the Arctic Ocean was organized. The purpose of the expedition was to develop the Northern Sea Route, which would allow Russian ships to pass by the shortest route along the northern coast of Asia to the Pacific Ocean to the eastern shores of the Russian Empire. The expedition consisting of two icebreaking ships - "Vaigach" and "Taimyr" under the leadership of Boris Andreevich Vilkitsky passed the entire northern route from Chukotka to the Barents Sea, wintering near the Taimyr Peninsula.

This expedition collected data on sea currents and climate, on the ice conditions and magnetic phenomena of these regions. A. V. Kolchak and F. A. Matisen took an active part in the development of the expedition plan. The ships were manned by combat naval officers and sailors. As a result of the expedition, a sea route was opened connecting the European part of Russia with the Far East.

At the beginning of the 20th century, measures were taken to equip the first port beyond the Arctic Circle. Murmansk became such a port. A very good place was chosen for the future port on the right bank of the Kola Bay. In 1915, during the First World War, Murmansk was upset and received the status of a city. The creation of this port city made it possible for the Russian fleet to get access to the Arctic Ocean through an ice-free bay. Russia was able to receive military supplies from the allies, despite the blockade of the Baltic and Black Seas.

In Soviet times, Murmansk became the main base of the Northern Navy, which played a huge role in the victory of the USSR over Nazi Germany and the Great Patriotic War of 1941-1945. The ships and submarines of the Northern Fleet became the only force that managed in the most difficult conditions to ensure the passage of convoys delivering military supplies and food for the Soviet Union from the allies.

During the war, the Severomorstsy destroyed more than 200 warships and auxiliary vessels, more than 400 transports and 1300 aircraft of Nazi Germany. They provided escort for 76 allied convoys, including 1463 transports and 1152 escort ships.

And now the Northern Fleet of the Russian Navy is based on bases located in the bays of the Barents Sea. The main one is Severomorsk, located 25 km from Murmansk. Severomorsk arose on the site of the tiny village of Vaenga, in which only 13 people lived in 1917. Now Severomorsk with a population of about 50 thousand people is the main stronghold of the northern borders of Russia.

The best ships of the Russian Navy serve in the Northern Fleet. Such as the aircraft-carrying anti-submarine cruiser "Admiral Kuznetsov"

Nuclear submarines capable of floating right at the North Pole

The water area of ​​the Barents Sea also served to develop the military potential of the USSR. An atomic test site was created on Novaya Zemlya, and in 1961 a super-powerful 50-megaton hydrogen bomb was tested there. Of course, the whole of Novaya Zemlya and the territory adjacent to it suffered greatly and for many years, but the Soviet Union received priority in atomic weapons for many years, which is preserved even now.

For a long time, the entire water area of ​​the Arctic Ocean was controlled by the Soviet Navy. But after the collapse of the Union, most of the bases were abandoned. All and sundry have reached out to the Arctic. And after the discovery of the largest oil fields on the Arctic shelf, the question arose of protecting the Russian northern possessions, which have strategic raw materials. Therefore, since 2014, Russia has been resuming its military presence in the Arctic. For this, bases are now being defrosted on Novaya Zemlya, on Kotelny Island, which is part of the New Siberian Islands, on the land of Franz Josef and. Modern military camps are being built, airfields are being restored.

Since time immemorial, a lot of all kinds of fish have been caught in the Barents Sea. It was almost the main food of the Pomors. Yes, and carts with fish were constantly going to the mainland. There are still quite a few of them in these northern waters, about 114 species. But mainly the types of commercial fish are cod, flounder, sea bass, herring and haddock. The population of the rest is falling.

This is the result of an ownerless attitude to fish stocks. Recently, fish have been caught more than it was reproduced. Moreover, the artificial breeding of Far Eastern crabs in the Barents Sea had a negative impact on the restoration of the fish mass. Crabs began to multiply so quickly that there was a threat of disruption of the natural biosystem of this region.

But nevertheless, in the waters of the Barents Sea, you can still find both a variety of fish and marine animals such as seals, seals, whales, dolphins, and sometimes.

In pursuit of new oil and gas fields, oil-producing countries began to strenuously move north. So the waters of the Barents Sea became the site of the conflict between Russia and Norway. And although in 2010 Norway and Russia signed an agreement on the division of borders in the Barents Sea, disputes still do not subside. This year, the Russian "Gazprom" began commercial oil production on the Arctic shelf. About 300,000 tons of oil will be produced per year. By 2020, it is planned to reach the production level of 6 million tons of oil per year.

The return of the Russian Armed Forces to the Arctic can serve as a settlement of these disputes. The Russian Arctic is the property of our people and it should be fully used for the benefit of the people and well protected from those who like to profit at someone else's expense.

Despite the fact that the Barents Sea is the Arctic, in recent years this region has become increasingly popular for tourists, especially those who are fond of diving, fishing and hunting. Such an extreme type of recreation as ice diving is very interesting. The beauty of the under-ice world can surprise even experienced swimmers. For example, the range of claws of king crabs that have bred in the local waters sometimes exceeds 2 meters. But you need to keep in mind that diving under the ice is an activity for experienced scuba divers.

And hunting on the islands of the Barents Sea for seals, seals or birds, which are apparently not visible here, will not leave indifferent any seasoned hunter.

Any diver, fisherman, hunter or just a tourist who has ever visited the Barents Sea will still strive to get here to see these northern beauties that are impossible to forget.

Video: Barents Sea:...


In the Barents Sea, the water temperature to a much greater extent than in other Arctic seas determines all processes associated with the density structure of water (convection, formation of a shock layer, etc.). In addition, in the Barents Sea, water temperature is the main indicator characterizing the distribution of warm Atlantic waters, which in turn determine the ice conditions and climate of the Atlantic sector of the Arctic.

The thermal regime of the Barents Sea is formed under the influence of a number of processes, of which the leading ones are autumn-winter convection, which equalizes the temperature from the surface to the bottom, and summer heating of the surface layer, which causes the emergence of a seasonal thermocline.

A large influx of warm Atlantic waters makes the Barents Sea one of the warmest in the Arctic Ocean. A significant part of the sea from the coast to 75°N. It does not freeze all year round and has positive surface temperatures. The influence of the advection of the heat of the Atlantic waters is especially noticeable in the southwestern part of the sea and insignificant in the southeast due to shallow depths in this area. here it reaches 8°C.

In the surface layer, the maximum temperature is observed in the southwestern part of the sea (9°C in June-September), the minimum temperature (0°C) is at the ice edge. From July to October, the area of ​​maximum temperatures also extends to the southeastern part of the sea, the position of the isotherms becomes close to the latitudinal one (see Figures 1a, 1b).

Figure 1a

Figure 1b

The seasonal change in water temperature is generally small, in the southwest and in the northern part of the sea it does not exceed 5-6°C and only in the southeast does it reach 10°C. In the Atlantic water mass in the extreme southwest of the sea, the surface water temperature in winter does not fall below 3°C and does not exceed 6°C, in summer it lies in the range from 7 to 13°C. In areas where ice is likely to occur, the absolute minimum is limited to a freezing point of -1.8°C. Summer maximum temperatures in the surface layer reach 4-7°C in the northwestern part of the sea, 15°C in the southeast in the open part of the sea, and 20-23 in the Pechora Bay.
With depth, fluctuations in water temperature decrease. In the southeastern part of the sea, at a 50 m horizon, they are about 2/3 of their value on the surface.
The distribution of water temperature on the underlying horizons reflects the development of convection processes (in winter) and summer heating in the sea. In summer, a seasonal thermocline is formed, which begins with the transition of the heat balance of the sea surface to positive values ​​and continues until August-September, when the depth of the shock layer reaches such values ​​at which mixing in the surface layer can no longer significantly affect the conditions in the thermocline layer. . In most of the water area of ​​the Barents Sea, the thickness of the quasi-homogeneous layer and the depth of the upper boundary of the thermocline reach 30 m by this time, and the largest gradients fall on the 30-50 m layer.
In the southwest of the sea, the maximum water temperature gradients do not exceed 0.1°C/m, while in the rest of its deep water area they reach 0.2°C/m; in the southeastern part of the sea and in coastal areas, the maximum gradients fall on the layer 10-25 and 0-10 m and amount to 0.4°С/m
To a large extent, the temperature distribution in the water column of the Barents Sea depends on the penetration of warm Atlantic waters, on winter cooling and on the bottom topography. Therefore, the change in water temperature along the vertical occurs unequally.
In the southwestern part, which is most subject to the influence of Atlantic waters, the temperature gradually and within small limits decreases with depth, remaining positive to the very bottom. In the north-east of the sea in winter, the negative temperature extends to the horizon of 100-200 m, deeper it rises to +1°C. In summer, the sea surface has a low temperature, which quickly drops to 25-50 m, where the low temperatures (-1.5°С) achieved during winter cooling remain. Below, in the layer of 50-100 m, not affected by the winter vertical circulation, the temperature increased to -1°C. Thus, between 50 and 100 m there is a cold intermediate layer. In those depressions where warm waters do not penetrate and strong cooling occurs, for example, the Novaya Zemlya Trench, the Central Basin, etc., the water temperature is uniform throughout the thickness in winter, and in summer it drops from small positive values ​​​​on the surface to -1.75 ° C at the bottom .
Underwater heights serve as obstacles to the movement of Atlantic waters, so the latter flow around them. In places of flow around the rises, low temperatures rise close to the surface of the water. In addition, above the hills and on their slopes, the water cools more. As a result, "cold water caps" characteristic of the banks of the Barents Sea are formed.
In the Central Highlands in winter, the water temperature is equally low from the surface to the bottom. In summer it decreases with depth and in the layer of 50-100 m has the minimum values. Below, the temperature rises again, but remains negative all the way to the bottom. Thus, here, too, there is an intermediate layer of cold water, but it is not underlain by warm Atlantic waters. In the southeastern part of the sea, temperature changes with depth have a pronounced seasonal course.
In winter, the temperature of the entire water column is negative. In spring, the upper 10-12-meter layer is covered with heating, below its temperature drops sharply to the bottom. In summer, the heating of the surface layer reaches its greatest values, so the decrease in temperature between the horizons of 10 and 25 m occurs with a sharp jump. In autumn, cooling equalizes the temperature throughout the layer, which becomes almost vertically uniform by winter.

Figures 2a, 2b show four regions (western, northern, Novaya Zemlya, and northeastern) for which vertical water temperature profiles have been constructed, respectively, in summer and winter, characterizing the period of formation and destruction of the thermocline (May-November). It can be seen from them that despite the significant differences in the hydrological regime of the regions, they are characterized by a number of common patterns, in particular, the delay in the annual maximum of water temperature with increasing depth and a slower drop in temperature in autumn compared to spring growth. Under real conditions, these generalized water temperature distribution profiles are complicated by the existence of diurnal and synoptic thermoclines, uneven heat advection, internal waves, the influence of river runoff, and ice melting. For example, in the southeastern part of the sea in July, at a horizon of 10 and 20 m, a significant decrease in water temperature is observed, due to the fact that in June-July this area is characterized by a pronounced density stratification due to the inflow of a large volume of river water.

It washes the northern coasts of Russia and Norway and is located on the northern continental shelf. The average depth is 220 meters. It is the most westerly relative to the rest of the seas of the Arctic. In addition, the Barents Sea is separated from the White Sea by a narrow strait. The boundaries of the sea pass along the northern coasts of Europe, the archipelagos of Svalbard, Novaya Zemlya and Franz Josef Land. In winter, almost the entire sea freezes, with the exception of its southwestern part due to the North Atlantic Current. The sea is a strategic object for navigation and fishing.

The largest and economically important seaports are Murmansk and Norwegian - Vardø. Now a serious problem is the pollution of the sea with radioactive substances that come here from Norwegian factories.

Importance of the sea for the economy of Russia and Norway

The seas have always been the most valuable natural objects for the development of the economy, trade, and defense of any country. The Barents Sea is no exception, which is of great strategic importance for coastal states. Naturally, the waters of this northern sea provide an excellent platform for the development of maritime trade routes, as well as for military vessels. The Barents Sea is a real treasure for Russia and Norway, as it is home to hundreds of species of fish. That is why the fishing industry is very developed in the region. If you do not know, then read about it on our website.

The most valuable and expensive species of fish caught from this sea are: sea bass, cod, haddock and herring. Another important facility is a modern power plant in Murmansk, which generates electricity using the power of the tides of the Barents Sea.

The only ice-free polar port in Russia is the port of Murmansk. Through the waters of this sea pass important sea routes for many countries, followed by merchant ships. Interesting northern animals live near the Barents Sea, for example: polar white bear, seals, seals, beluga whales. The Kamchatka crab was artificially imported, which took root well here.

Holidays on the Barents Sea

It is interesting, but lately it has become fashionable to prefer an extraordinary vacation in exotic places, which at first glance seem completely unsuitable for a long-awaited vacation. Travel lovers began to wonder where else, besides tourist-filled places, you can go and at the same time get a lot of pleasure and impressions. You may be a little surprised, but one of these places is the Barents Sea.

Of course, in order to bask in the sun and sunbathe on the beach, a trip to this northern sea, for obvious reasons, is not justified.

But there are other interesting things to do in this region. For example, diving is very popular. The water temperature, especially in July-August, is quite acceptable for diving in a wetsuit. The waters here are home to an amazing variety of marine life. If you have never seen live kelp, holothurians and huge king crabs (they look pretty awesome), then be sure to go to this place. You will discover many new sensations and get vivid impressions. Yachting is another favorite activity of tourists coming to these parts. You can rent a yacht right on the coast. Take care of your clothes, they should be warm and waterproof. There are various yachting routes in the Barents Sea, but the direction to the Seven Islands is especially popular. There you will see large colonies of northern birds that build their nests on the shores of the islands. By the way, they are accustomed to people and are not afraid of them. In winter, drifting blocks of ice can be seen in the distance.

Cities on the Barents Sea

Several large cities are located along the coastline of the Barents Sea: Russian Murmansk and Norwegian Kirkenes and Svalbard. A lot of sights are collected in Murmansk. For many, a trip to the aquarium will be a very interesting and memorable event, where you can see many types of fish and other unusual inhabitants of the seas. Be sure to visit the main square of Murmansk - the Five Corners Square, as well as the monument to the defenders of the Soviet Arctic. We recommend going to the picturesque Semyonovskoye Lake.

In Norwegian Kirkenes, very informative and exciting excursions are held at the World War II Museum. Nearby is a beautiful monument dedicated to the soldiers of the Red Army. From natural sites, visit the impressive Andersgrot Cave.

Svalbard will surprise you with magnificent nature reserves and national parks, where you can see amazing natural beauty, as well as the highest point of the archipelago - Mount Newton (1712 meters high).