Category Archives: Soviet Union / Russia

How to make a map Soviet style. Part two.

We often tend to look on maps, and by extension all other forms of art or literature, as a finished thing. This is done without any thought but in doing so we miss out on the skill and work that goes into the making. We’ve blogged about the making of maps, the science of cartography, by both the Austrian military and the Soviet cartographic department before, and a recent donation to the library has added more material to this fascinating field.

Some map-makers maps are distinctive due to style or choice of colours, and that is certainly the case with this set of four educational maps at different scales, published by the Glavnoe Upravlenie Geodezii i Kartografii pri Sovete Ministrov SSSR, (Main Directorate of Geodesy and Cartography under the Council of Ministers of the USSR, otherwise known as the GUGK). The use of soft pastel colours is instantly recognizable as from the GUGK and seems in contrast to the impression we have of a Soviet style of brutalist architecture and politics, but does allow for a beautiful map design (more on Soviet mapping can be found here and here).

Of the four maps in the pamphlet, the one at 1:50,000 is the most informative. Around the edge are instructions on surveying, depicting relief and profile and making grids. Part of the relief instructions shows heights above sea levels in profile.

The maps date from 1987, an important time in the history of the Soviet Union. Despite the appointment of Mikhail Gorbachev in 1985 and a new era of openness and more freedom than previously allowed under the concept of glasnost, the explosion and release of a radiation cloud over northern Europe from the Chernobyl Nuclear Plant in 1986 showed how weak and secretive the Soviet Union was (we blogged about Chernobyl here). Four years later, the Soviet system collapsed, bringing in a new, post-communist, Russia.

Despite the convincing topography these maps show imagined locations. The maps start at 1:100,000 then gradually focus on a smaller area as you go down through scales, like a cartographic set of Russian dolls. So the town of Snov (Снов) gets gradually bigger with each increase in scale down to 1:10,000 (1:100,000 top, 1:50,000 2nd, 1:25,000 3rd, 1:10,000 bottom).

 

 

 

This set will go into the O section of the map storage area, drawers full of maps of imaginary lands. Produced by the Soviet State to help their cartographers make maps of both the Soviet Union and many other countries, this set will lie in a drawer with maps of Middle Earth, the Island of Sodor and Ambridge.

Uchebnye topograficheskie karty, 1987. O1 (42)

Teberda

The Teberda Nature Reserve is one of the most visited reserves in all of Russia, which is pretty impressive considering how far south it is, down on the Georgian border. Located on the slopes of the Caucasus Mountains it’s a suitable hilly environment, as can be seen on this wonderful tourist map of the area.

Showing a hilly region pictorially is a common way of drawing maps as it highlights the relief in a more immediate way than a ‘birds-eye view’ (more blogs on relief and pictorial mapping here  here, and here.)

The map is produced by the cartographic division of the Soviet Union, the Glavnoe Upravlenie Geodezii i Kartografii (GUGK). You’d imagine something state run in a Soviet society to be an unimaginative organization producing efficient but dull maps. With the GUGK this couldn’t be further from the truth, their use of bold colouring and uniform text styles make their maps instantly recognizably while at the same time both informative and aesthetically pleasing, and the Teberda map is a case in point. The map has been made with south at the top, this has enabled the cartographer to show off the region and hills to its best advantage, a decision no doubt influenced by the way the hills, especially those to the west and north of the valley floor, all seem to come towards the viewer, while at the same time giving a clear view of the main north-south road system between the two main resorts (Teberda at the bottom and Dombay towards the top right). The soft pastel colours and clever use of occasional shading give a sense of altitude and also, in the higher points, a hint of snow.

On the reverse of the map is text about the region and a panorama of the higher mountains found at the top right of the main map. There’s also a lovely cover, highlighting the mountainous landscape along with the beauty on show.

Теберда – Домбай (Teberda – Dombay), 1963. C40:9 (129)

Юні друзі!

Young friends! This illustrated atlas of the Kiev region of Ukraine is a wonderful mix of both thematic and topographic maps and guides for young cartographers and naturalists. As the translated introduction says ‘This atlas is for those of you who are interested in geography and history, love nature. Explore your homeland in local history hikes and excursions’. The front cover has one of our young outdoor explorers striding out, his rucksack the outline of the Kiev Oblast.

Each double spread has a map or maps on the left with an illustration on the right of children doing something linked. So for instance where there is a thematic map on fauna, including diagrams for different bird boxes and animal prints, opposite is a picture of our naturalist heroes bird-spotting (Практичні поради юним біологам, or ‘Practical advice for young biologists).

There are pages on weather and climate, flora and minerals, along with topographic maps and town plans. The atlas is published by the Main Department of Geodesy, Cartography and Cadastre under the Cabinet of Ministers of Ukraine in 1997.

The atlas also includes illustrations and text on surveying techniques and, shown here, orienteering. Text above the star chart in the top corner shows how you can find north by looking for the Big and Little Dipper in the sky, while notes on the ground explain how studying the landscape can help find direction (мох укривае піеічний біх дерее і каміння, or ‘moss covers the north sides of trees’, for example). And then, finally, the healthy benefits of being a ‘young tourist’. 

Atlas yunoho turysta-krayeznavtsya, Kyyivsʹkoyi oblasti, 1997. C410 c. 3

Дорожное путешествие!

This beautiful map, published in 1965, shows that it’s not just the U.S. that does lovely road maps. Over three strips in a small atlas the road from Moscow to Simferopol via Kursk and Kharkiv (in Russian Kharkov) is shown in pictorial form.

It is the perfect map for a road trip. Starting at Moscow, with the white Grand Kremlin Palace visible behind the trees, going south following what is now the E105, part of the International E-Road network which starts in the north of Norway and finishes at Yalta, the map (and road) finishes in Simferopol, capital of what was at the time of the map the Crimean Autonomous Soviet Socialist Republic. Next to the map is text giving tourist information along the way. Throughout the map and amongst the text are small pictures of life on the road, camping

or, just in case you were having too much fun and needed a reminder of Soviet achievement, tanks on a War memorial

The map is part of a series, the Bodleian also has a version going from Moscow to the Trans-Carpathian region of Ukraine. This follows the same design as our featured map (including the lovely picture of the crane shown here) but does include a warning to the perils of the road.

As the introduction says, ‘Traveling by car from Moscow to Simferopol enjoys well-deserved popularity. The route of travel passes along a well-equipped highway, suitable for traffic at any time of the year’. Time for a holiday, mid-60s Soviet style.

If you fancied something a bit more sedate here’s a page from a travel guide to the Oka River, which flows south of Moscow.  All three maps are published by the Main Directorate of Geodesy and Cartography of the State Geological Committee of the USSR.

More on U.S. road maps here

Moskva Khar’kov Simferopol‘. 1965, Glavnoe Upravlenie Geodezii i Kartografii Gosudarstvennogo Geologicheskogo Komiteta SSSR. C40:6 d.3

Moskva – Kiyev – Zakarpat’ye, 1964 Glavnoe Upravlenie Geodezii i Kartografii Gosudarstvennogo Geologicheskogo Komiteta SSSR. C40:6 d.4

По Оке (On the Oka), 1964. Glavnoe Upravlenie Geodezii i Kartografii Gosudarstvennogo Geologicheskogo Komiteta SSSR. C40:6 d.5

Mapping radiation

On the 26th April 1986 technicians at the Chernobyl Power Plant in the Ukrainian SSR turned off the power to the number 4 reactor, hoping to test back-up generators used to keep the cooling waters circulating in case of a power outage. During the test the power-levels dropped to unexpected and dangerous levels. Following instructions that didn’t allow for such a possibility meant that the test proceeded, leading to a chain reaction releasing a huge amount of energy which immediately vaporized the cooling water, caused a devastating steam explosion and then the escape of a large radiation cloud. Wind conditions and proximity to the site meant that most of this radiation fell on the Byelorussian SSR.

This map, made post-independence in 1992, shows the density of pollution caused by Caesium-137 at different levels of contamination (a radioactive isotype that reacts with water, which as a consequence makes it easy to move around the body. It is one of the two most prominent isotypes released after the accident, and will continue to be a major health hazard in the area for the next two hundred years). The strong use of colours, more reminiscent of coloured-layering, is here used to show dramatically the area of contamination. There is also an inset of the area nearest the nuclear site showing strontium and plutonium radiation (Chernobyl is at the bottom centre of the map, Черновыль). What the map doesn’t show, of course, is the human cost to this tragedy. Only the title, ‘…until January 1992’, hints at a lethal problem still in place 6 years after the event. An updated version from 1993 manages to convey this cost though. Text in a number of languages states ‘…a catastrophe broke out – the major break-down of the power unit at the Chernobyl Nuclear Power Station. By its scale, complicity and long-term consequences it is the most severe catastrophe throughout the entire World history of atomic energy use…after the Chernobyl accident Belarus has become the zone of of the ecological disaster‘.  The text is in a number of languages; Russian, English, French, German and Polish, and when you carry on reading you realise why. As well as a map to show the spread of radiation following the accident the map is also a plea for international aid, ‘But the extent of the consequences of the catastrophe of the Chernobyl Power Station is so enormous that, it is regrettably, impossible for Belarus to liquidate them alone. The Republic badly needs medicines…The Byelorussian people, guiltless victims of the severe catastrophe, need the help of the international community.’

This extract comes from the back of the 1993 map, which includes the appeal for international aid. The three maps show the spread of the contaminated cloud between the April 27 and May 1st.

Maps have played a crucial roll in showing the aftermath of the Chernobyl incident. From tracking the contaminated cloud spreading across Eastern Europe to the more long-term mapping of contaminated lands maps have been the most useful medium to show the immediate and long-term effects of the disaster.

The Bodleian holds maps from the International Atomic Energy Agency, the Office for Official Publications of European Communities and the Hungarian Academy Research Centre for Astronomy and Earth Sciences as well as commercial publishers on Chernobyl and there are a number of interesting websites on the disaster, including Chernobyl Exclusion Zone Map – Chernobyl 35 years laterNew mapping of radioactive fallout in Western Europe | EU Science Hub (europa.eu) and  ESA – Mapping Chernobyl fires from space

Карtа Радиационной Обстановки на территории Республики по на Январь 1992 г (Map of the radiation situation on the Territory of the Republic until January 1992) 1992 C403 (101). The 1993 map, Republic of Belarus. Review – topographic map with the data on radiation contamination is at C403 (104). Both maps are at 1:1,000,000.

 

How to make a map Soviet style

On the reverse of a map of Minsk from 1991 there are some interesting and unusual sections. As well as including instructions on measuring distances there are also examples of the same area at different scales (1:1,000,000 going down to 1:10,000 and centring on the village of Borovsty). Shown here are the 1:1,000,000, 1:500,000 and 1;200,000 scale maps as well as two pictures about orientation

 

Map reading instructions and examples of different scales aren’t uncommon features, what makes this particular map stand out is the little diagram showing the process of making a map, from planning (ПроеКт) through surveying (aerial as well as ground-work) to drawing

 

and production and finishing with sales. Can the whole exercise be included as proof that the Soviet system still worked despite the Union breaking apart?, the Byelorussian SSR itself declared independence the same year the map was made, becoming Belarus.

The end result of all this work is the main map, made by the Soviet Cartographic Department, the Glavnoe upravlenie geodezii i kartografii, more commonly known as the GUGK (Main Directorate of Geodesy and Cartography). The use of oranges and greens here is a common feature of Soviet maps, immediately recognizable as a product of the GUGK.

 

Mинск и окрестности (Minsk and surroundings) 1991. C40:12 (40)

 

St Petersburg in colour

This large, beautiful map of St Petersburg was recently donated to the Bodleian Map Room. Measuring just over a metre square, it shows the city in great detail. Every building is marked and the layouts of parks and gardens around the city are shown. The fortress on Zayachy Island is shown in detail (below). The water depths in the Neva river and estuary are included. The title makes reference to some of the earlier plans on which the map is partly based, beginning with that of Fedor Shubert in 1828; it was updated from surveys in the 1850s and 1860s. It was published in St Petersburg in 1868.

The reverse of the map carries a handwritten note, “Petrograd”, which would date its acquisition by a previous owner to some time in the ten years from 1914 to 1924. Previously the city had been known as St Petersburg, since its founding by Tsar Peter the Great in 1703 (on the site of an earlier Swedish fort); he made it the capital of Russia, which it remained until 1917. In 1924, shortly after the death of Bolshevik leader Lenin, it was renamed Leningrad in his honour. In 1991 the name reverted to St Petersburg.

The map is delicately coloured in red, green, blue and black. At first glance it appears to be hand coloured as the colouring is so smooth, but closer examination suggests that it was lithographed; very slight offsetting can be seen in places (where the green plate does not exactly line up with the coastline on some of the islands, for example, as can be seen in the detail above).  Colour printing of maps took off in the twentieth century; this is an unusually fine early example.

A final thought: This blog post replaces our Christmas blog post (below) as the 12 days of Christmas are now over in the UK and much of the western world. However, the Christmas season is just beginning in the Russian Orthodox Church, so we would like to wish everyone celebrating a very Happy Christmas!

Plan S. Peterburga : sostavlen na osnovanīi plana Shuberta 1828 g., posli͡edneĭ rekognost͡sirovki Voenno topograficheskago depo 1858 g., gidrograficheskikh kart Nevy i ei͡a ustʹi͡a izdanīi͡a Gidrograficheskago departamenta Morskago ministerstva 1864 g. i rekognost͡sirovok proizvedennykh 1867 i 1868 godakh redaktorom T͡Sentralʹnago statistichesk: komiteta M. Ī. Musnit͡skim / ispolnen v Kartograficheskom zavedenīi A. Ilʹina. S. Peterburg : Kartograficheskoe zav. A. Ilʹina, 1868. C400:50 St Petersburg (24)

Soviet flags and emblems

Published in Moscow in 1987 by the Main Directorate of Geodesy and Cartography of the Council of Ministers of the USSR this atlas of the USSR includes the usual topographic and

thematic maps you’d expect, including this physical map of the USSR.

The treats inside though are the pages Immediately after this physical map. Over the next 17 pages, following an organizational chart showing how all the states are joined to the Soviet

system with the flag and emblem of the  Soviet Union there follows flags and emblems for, amongst others, Belorussia and the Uzbek Soviet Socialist Republic

and the Russian Soviet Federative Socialist Republic and the Ukrainian Socialist Soviet Republic.

 The flag and emblem for Latvia features the sea, befitting for a country that has some of the busiest sea ports onto the Baltic and with an important fishing industry

 while the colourful flag and emblem for Kirgiz Soviet Socialist Republic (Kyrgyzstan) shows the mountainous nature of a country where 80% of the land is part of a mountain chain.

The similarity of the flags and emblems shows an obvious central party influence. All feature the Hammer and Sickle, symbol of solidarity between the agricultural and the industrial worker as well as the Red Star, which for the Soviets was a symbol of the Red Army.

Atlas SSSR (атлас ссср), 1987. C40 e.4

 

Pacific tectonics Soviet-style

This large (2.5 by 2.2 metres), colourful and complex map of Pacific tectonic activity was produced by the Academy of Sciences of the Soviet Union. Printed on 6 sheets, the Tectonic Map of the Pacific Segment of the Earth spans an area from the Bering Straits in the north to Antarctica in the south, from the Americas in the west to the countries of South-East Asia. This is a large map covering a large area.

Tectonics, and the structural activity such as volcanoes and earthquakes that result, are a tricky thing to show, as can be seen on the map. Fault lines, areas of volcanic and earthquake zones and different eras of geological time often overlap and make for a complicated view where it is tricky to get an idea of where you are without closer inspection.  Due to the large area covered

 

the projection means the countries portrayed follow the curvature of the earth, so the Americas start at the top middle and then go down the right-hand side of the map while the Soviet Union and then the countries of East Asia, China, Malaysia, Cambodia and so on are on the left. Australia is above the legend on the bottom left sheet.

The two blue lines running from north-west to south-east represent the Great Barrier Reef

Japan’s complex geological make-up can be seen by the amount of detail overlaying the islands.

The black dots are volcanoes, the black lines with spikes are main fault zones while the purple lines are geosyncline trenches (folds in the earths crust). The different colours represent different eras in geologically history.

At the time this map was published the concept of tectonics was going through major changes. The discovery, made after important mapping surveys of the oceans floors in the 1950s and 1960s, of seafloor spreading (where vents on the ocean floor bring up rocks from the earth which slowly, very slowly, spread out until they meet the edge of the continental shelf and disappear back into the earth again like a conveyor belt) led to the somewhat grudging acceptance of plate tectonics in the mid-1960s. Tectonic plates are a series of large and numerous smaller plates that make up the surface of the Earth, and it is the movement of these plates that creates areas of weakness in the Earth leading to, amongst other things, volcanoes and earthquakes. Plate tectonics and continental drift explain a great deal about the Earth; how South America looks like it could join up with Africa like a giant jigsaw (something which has been puzzling people since the 1600s), how fossil strata and rock formations match up in countries separated by vast oceans, and how the same rocks are found on shores thousands of miles apart. As Bill Bryson notes in his book A short history of nearly everything  the acceptance of these theories suddenly meant that ‘Geologists…found themselves in the giddy position where the whole Earth suddenly made sense’.

The volcano of Krakatoa, the black dot at the northern end of the orange line, between Java and Sumatra.

The idea behind plate tectonics, that the Earth’s crust could move, had its origins in ideas from the turn of the century. One of the earliest exponents of drifting continents was Alfred Wegener, a German meteorologist. He published a book in 1912 called Die Entstehung der Kontinente und Ozeane setting out the theory that the continents were once all joined together and had, throughout time, separated and re-joined in different ways a number of times. Here is the title page from the earliest English translation in the Bodleian from 1924.

 

Wegener’s theory didn’t go down well in the scientific community, not only going against current thinking but also coming from someone working outside the relevant disciplines, Wegener after all being in their eyes only a weatherman.

 

The Physical Atlas of Natural Phaenomena, 1849. Allen LRO 393

This extract from an atlas published in 1849 shows the volcanic activity in the Pacific area, with the red dots indicating active volcanoes, the black inactive. This map shows how the Pacific plate, which runs along the line of the activity, was evident even if scientists of the day were unaware of the concept.

Tectonic Map of the Pacific Segment of the Earth, Academy of Sciences of the U.S.S.R. 1970. J1 (188)

 

 

 

What’s in a name

Physical features rarely change. It takes something pretty spectacular, a volcanic eruption or large-scale mining say, to make a difference to the surface of the earth. Maps reflect this, hardly changing apart from the style of printing or colours used. What does change though are names, particularly names in countries which go through political or military upheaval. Stalingrad is one of the more famous cases in point.

tsaritsyn

Sheet M38, Saratov, G.S.G.S. No. 2758. c1920. B1 (41)

Originally called Tsaritsyn the city changed its name to Stalingrad in 1925 to honour Joseph Stalin, who had been the chairman of the local Military Committee during the Russian Civil War in 1919. After Stalin’s death and re-evaluation of his time the city changed its name for a third time in 1961 to Volgograd, the ‘town on the River Volga’.

Blatt-Nr M 38, Ssaratow, Generalstab des Heeres, 1943. B1 (41)

These maps come from the International Map of the World, one of the most ambitious and celebrated of all map series. The scheme was originally proposed at an international Cartographic Conference in 1891 by a German cartographer called Albrecht Penck with the intention of covering the whole of the Earth with maps at a scale of 1:1,000,000.  The suggestion ran into immediate problems, both technical and political, not least of which was determining the meridian used. Meridians are crucial in the making of maps, especially a global series as this would be, as they set the degrees used. French cartographers wanted to use their Paris-based meridian, English cartographers pushed for Greenwich.

volvograd

NM 38, Volgograd, Army Map Service, 1965. B1 (41)

For Penck the benefits of such a scheme were numerous but the two most important were that the maps would produce a general cover of the Earth at a scale detailed enough to be of use and that a large area of the Earth had already been mapped at this or a similar scale so the scheme was already, unofficially and without been called as such, partly in place. Penck set out the rules by which his maps would be made. Latinized names and the use of as few colours as practical were intended to give the maps as uniform a look as possible. It took until 1904 before numerous issues were resolved, and for the first maps to be produced, with French, German and English military cartographic groups publishing maps of areas of colonial interest (Germany maps of Eastern China, France maps of Persia and the Antilles and the English Africa). Eventually the entire globe was covered by 2,500 sheets, sheets which often had numerous editions and published by countries with opposing political views. For example during the period of the Second World War different editions of the sheet covering London and the Channel were  published by the cartographic departments of the British, Soviet and German military.

gerlon

 

German (1941), English (1944) and Russian (1938) versions of sheet M30, from the International map of the World series. B1 (41)

Stalingrad is of course most famous as one of the major battlegrounds of the Second World War. Situated on the western bank of the Volga River, with a large industrial output and a key strategic position controlling the river traffic to central Russia, the battle for the city started in August 1942 and lasted 5 months. After initial heavy losses Russian troops were able to re-group in the country to the east of the river and in a large pincer movement encircle German troops in November. This map of the city is printed on the reverse of a general series of maps of Eastern Europe published in 1942 by the German Army. The main map features, as well as the map itself, a large amount of text on the landscape, transport network and population of the area shown on each sheet. On reverse the town plans has further text on the city shown, with an index of crucial points.

Umbegungsskizze von Stalingrad, on reverse of sheet D49 of Osteuropa 1:300,000. 1942. C40 (72a) [D49]