Adventures in maps

Many of the maps in our collections were made for, or about, travel. And even now in an age when we increasingly use satnavs or GPS to find our way, a map that you can hold in your hands has its own charm.  A recent Bodleian book, Adventures in maps, uses some of these to tell the stories of 20 different journeys, on foot, horseback, train, car, sailing ship and spacecraft. They include early sea charts and explorers’ maps, as well as maps marketed when travel became more widespread and commercial. The chart below shows mariners’ routes across the Southern Ocean, many of them following the traditional ‘Clipper route’ devised in the seventeenth century to take advantage of the most favourable winds. 

The dangers of sea travel are illustrated with a story by Basil Hall, a Lieutenant aboard the British frigate Endymion, who took part in the first recorded landing on Rockall in  October 1811. Rockall, an isolated rocky islet in the North Atlantic, is over 300 km from the nearest inhabited land, the Scottish island of St Kilda. The Endymion dropped off an exploring party in two small boats, and as the sailors recorded and sketched the island, they failed to notice for some time that a slight haze was gathering on the sea. Once they realised that their ship was becoming invisible in the mist, they hastily, and with some difficulty, got everyone down from the steep rock and into the small boats. But by then it was too late; their ship was out of sight in the fog. Despite some alarming experiences everyone was eventually rescued. On the same voyage they also rescued a party of survivors from a shipwreck, including several women and children, who were trying to reach land with only oars and an improvised sail; their prospects would have been poor if the Endymion had not come to their help. The chart illustrated here was made over 100 years later but makes clear both the inaccessibility of Rockall and the fact that the sea around it was still barely surveyed. It includes a drawing of Rockall as seen from the sea which emphasises its inaccessibility.Over the next few decades increasing numbers of people had the opportunity to travel. Thomas Cook organised the first package tour in July 1841, buying train tickets in bulk at a discount for 500 people travelling from Leicester to Loughborough for a temperance meeting and celebrations. A contemporary railway map in an unusual style, printed white on black, accompanies a guide to the line.

Cook went on to organise similar train trips locally, and within 10 years was taking tourists to the Scottish Highlands, and within twenty to France and Switzerland. By the 1870s Cook’s Tours had reached the Nile, and trips to North America soon followed. By this time there was plenty of competition as the idea of mass tourism took off. But Cook was the pioneer, and his company continued until the early twenty-first century.

The book also includes maps made by explorers showing their routes, such as the one made by a companion of the archaeologist David George Hogarth, travelling through Anatolia in 1894. It shows the places where they crossed the Euphrates in a terrifyingly leaky ferry and, later, forded one of its tributaries guided by a local man who took an apparently random route to avoid quicksand. Hogarth published an account of the expedition, his experiences and the archaeological finds.

You can read more in Adventures in maps, available from the Bodleian book shop.

Eastern hemisphere. From Philips’ centenary mercantile marine atlas London: George Philip, 1935. 2021 a.34.

Inset showing Rockall. From [Chart of the N.W. Coast of Scotland, including Faeroe Island & Orkney & Shetland Islands.] London: Imray, Laurie, Norie & Wilson, 1917. C18:3 (1)

Plan of the Midland counties railway. From A guide or companion to the Midland counties railway Leicester: Tebbutt, 1840. G.A. Gen. top. 8° 458

Detail from Mr Hogarth’s route from Khalfat to Malatia  / F.W. Green, 1895. MS D30:8 (2)

Les cartes olympiques de Paris

Hosting the Olympic Games is a huge task for even the largest and most seasoned of cities, requiring years of careful logistical planning. However, hosting the Games also presents a cartographic challenge, with transport alterations and dozens of temporary venues rendering ordinary city maps inadequate for visitors. Special maps are often commissioned by upcoming hosts, allowing easy navigation by the influx of international travellers. Such event maps are ephemeral by definition, but many are preserved in our collections (you can read more about our collection of Olympic maps here).

As the XXXIII Olympiad draws to a close in Paris, we’ve taken a look back through our collection of maps made for the three Games held in the French capital to date; in 1900, 1924, and 2024.

The 1900 Olympics coincided with the Exposition Universelle, a world’s fair which attracted some 48 million visitors to Paris over a seven-month period. The Parisian publishing house Garnier Frères published this map of the exhibition sites, which clustered around a central portion of the River Seine. It features an overview map alongside four enlarged insets which show the details of the exhibition displays.

Plan de l’exposition universelle de 1900 (1900), C21:50 Paris (8)

Detail showing the Grand Palais and Petit Palais, which were built especially for the event. C21:50 Paris (8)

Foreign publishers also took advantage of the event, with Edinburgh-based W. & A.K. Johnston Ltd. publishing this map for an Anglophone audience. The Johnston map incorporates three different scales on one sheet; the exhibition sites, central Paris, and the whole of France.

W. & A.K. Johnston’s plan of Paris, and Exhibition, and map of France (1900), C21:50 Paris (14)

Detail of the River Seine, showing the ‘foreign section’ and the artistic exhibitions. The river itself hosted the Olympic rowing, swimming, and water polo events in 1900. C21:50 Paris (14)

The first operational part of the Paris Metro opened part way through the 1900 Olympics, but its rapid expansion in the following decades meant that it played a more significant role in subsequent Games. This 1922 map by A. Taride uses a red overprint on a street plan to highlight the lines that would have been at the disposal of visitors to the 1924 Olympics, incorporating the competing Métropolitain and Nord-Sud networks, which did not merge into a unified system until 1930. The centrepiece of the 1924 Games was the Yves du Manoir Stadium in Colombes, which hosted nine sports, in addition to the Opening Ceremony. However, neither the Metro system or Taride’s map extend as far north west as Colombes.

Nouveau plan de Paris avec toutes les lignes du métropolitain et du nord-sud (1922), C21:50 Paris (47)

Detail of the area around the Champs-Élysées and Place de la Concorde, showing the convergence of Metro lines. C21:50 Paris (47)

One hundred years later, the 2024 Games opened in a very different, digital world. This time, organisers have launched a specially designed mobile app which provides dynamic navigation instructions using real-time data to flexibly disperse crowds and ease congestion. Alongside this high-tech solution, the organisers have also provided an outage-proof paper map, which joins our collection hot off the press. While 2024 marks the third time Paris has hosted the Olympic Games, it is the first time that the city has hosted the Paralympic Games, with the map designed to cater for both events.

The Yves du Manoir Stadium reprises its Olympic role as the venue of the hockey tournaments, but once again does not appear within the main map frame, which only includes central Paris. However, the Grand Palais, built for the 1900 exposition, does feature; this time as the Olympic and Paralympic venue for fencing and taekwondo — as well as a cameo in the Opening Ceremony, during which La Marseillaise was performed from its rooftop.

Paris 2024 : plan des transports publics (2024), C21:50 Paris (219)

Produced by Lyon-based firm Latitude-Cartagène (which specialises in event mapping), the Paris 2024 map draws on OpenStreetMap data and, like Taride’s map, focuses on public transport. The map tackles the unenviable design challenge of combining a street plan and extensive transit map with station closure information, 17 Olympic venues, and the locations of the city’s permanent tourist highlights. With an audience travelling from over 200 countries, the cartographer’s brief is made harder by having to avoid any culture-specific conventions or language. All the while, the map must be sympathetic to the Paris 2024 branding style — an important commercial aspect of a modern Games — as well as that of the regional public transport authority, Île-de-France Mobilités. Using a pastel base map, minimal text, pictorial symbols, and a broad colour palette for the thematic content, it clears these hurdles with gold medal-worthy clarity.

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)

Mapping Guyana

Earlier this month, the Map Room was visited by Christina Kumar; a cartographic advisor to the President of Guyana. Over several years, Christina has created a large and highly detailed map of Guyana, and kindly donated a copy to the Bodleian Library during her visit.

Christina Kumar presents the map to Map Curator Nick Millea

The map, more than 1.5 metres in length, provides a detailed picture of the country’s land cover at 1:600,000, as well as its settlements and transport infrastructure. Christina explained how GIS software had been used to process satellite imagery in order to produce a map of this intricacy; including its detailed insets showing oil, mineral deposits, and carbon density. The map also features an attractive street plan of the nation’s capital, Georgetown.

Administrative map of Guyana (2024), H10 (143)

The Bodleian already holds a substantial collection of maps of Guyana, particularly from the British colonial era which officially lasted from 1831 until independence in 1966. The area had previously been in Dutch hands since 1627, with the exception of short-lived periods of French and British occupation. As a result, our collection also includes French and Dutch maps of the region from the late 18th and early 19th centuries; each map a window on the various attempts to understand and control these northern shores of South America. The 1803 British occupation of the Dutch Colony of Berbice (Kolonie Berbice) proved to be longer-lasting, ultimately leading to the formal establishment of British Guiana.

We were happy to show Christina a sample of these European maps, including this Dutch map from 1802, the final year before British occupation. The map shows land holdings along the Berbice River, and features an imaginative cartouche depicting the region’s flora and fauna, perhaps with some artistic license. Christina noted that the cadastral land numbering system still remains in use today and that, with the exception of a few variations in spelling, many of the place names included on the map remain unchanged.

Karte van de Colonie de Berbice gelegen in Bats. Guiana in America (1802), (E) H10:2 (3)

Christina’s new map becomes the most recent addition to this cartographic timeline of Guyanese history; distinctive in its presentation of the nation through local eyes, rather than from a European perspective. In an era when Guyana’s natural resource management and relations with its South American neighbours are high priorities, the role of maps in understanding and administering territory remains crucially important.

The Summer Solstice

A short blog to mark a long day.

A curved line is a beautiful thing. Especially when it is both convex and concave, inward and outward, especially when it shows something as magical as the journey of the Sun across the Earth. This path is called the ecliptic. Today is the Summer Solstice*, the day of the longest amount of sunlight for those in the Northern Hemisphere. We blogged, here, about the Spring equinox, using a beautiful Dutch double hemisphere map of the World from an atlas by Claes Janszoon Visscher. In that blog we highlighted the straight line of the Equator, crossed by the Sun twice in a year to give us the Spring and Autumn equinoxes, days of equal day and night.

Planisphærium Terrestre sive Terrarum Orbis…from Atlas Minor by Claes Janszoon Visscher, c1705. Map Res. 85

Here we follow the curved line, showing the Sun’s journey through the Heavens, the ecliptic. When the Sun is at its most northern point, today, it reaches the Tropic of Cancer, and marks our Summer Solstice. It’s both obvious and amazing that it’s not the Sun though making this curved journey. The Sun stays where it is within the Solar System, even though, along with all the other objects in the Solar System we’re travelling at 450,000 miles per hour around the Milky Way. It’s the Earth that moves, tilting on it’s axis throughout the year and it’s this variation of tilt towards the Sun that produces this curved path in relation to the Earth, and from this our seasons.

Here’s a diagram from a 1909 edition of ‘Bacon’s popular atlas of the World’, showing the workings of the Solar System.  ‘Astronomical diagrams’ shows not only the seasons but also a  diagram showing the difference in the spread of the Sun’s rays at the two solstices,  a concentrated 15° on June 21st (or 20th in this year) and a wider and hence weaker 28° a the winter solstice. Surely this though depends on whereabouts on the Earth you are?

Bacon’s popular atlas of the World, 1909. G1.B1.52

Bacon’s atlas uses the Patent thumb-index,  which the publisher claims has been ‘invented specially for this work’.  Along the right-hand  edge of the atlas the margin gradually gets cut away as you journey through the atlas. This allows you, with a sliding motion up with your thumb,  to open up the atlas at any of the general maps you want, Africa for instance, and from there see a list of maps of Africa and the countries therein, followed by the country maps of that area.  Bacon promises, ‘This important improvement, it will be seen, has thus been effected without disfiguring the edge of the book’. Probably helps here to have reasonable finger-nails.

*This year’s solstice is the earliest since 1796. It’s because 2024 is a leap year, which means the solstice is 18 hours earlier than in a non-leap year. That it’s as early as it is is due to some complex maths based on  how the Georgian calendar tries to fit in leap years over the course of centuries.

Mountains and contested borders

This mysterious and beautiful map of Sikkim and Tibet has been in the Bodleian Library for at least 83 years, described briefly in the catalogue as dating from the 19th century and in Hindi. The first of these statements was imprecise and the second completely wrong; the map is almost certainly from the 1880s and is in Tibetan. Who made the map, when, and why? With the help of experts in Tibetan, in Oxford and Princeton, we now have answers to some of these questions.

The map is hand drawn in ink and what appears to be watercolour paint, and is a strange combination of two different styles. The lower half is enclosed within a square border and graticule, as a conventional western style map such as the Survey of India was making in the area at the time. It shows rivers and place names, with roads or tracks joining the settlements; at the very bottom is a tiny stretch of railway running south from the city of Darjeeling, which shows that the map must have been made in or after 1881 when the railway was opened. There is no portrayal of hills or mountains within Sikkim, which is of course a mountainous region.

Along and outside the border of Sikkim, ranges of hills and high mountains are shown pictorially, in a style more commonly found in Tibetan maps. To the north, into Tibet, a river valley leads off between mountain ranges and the furthest mountains become a picture outlined against deep blue sky. The images that look like a bit like windmills are prayer flags on top of Mani stones; these are found on mountain passes in Tibet and people pray at these sites for a safe journey.

International boundaries are shown conspicuously in bold colour. The borders of Sikkim are marked in red, with green for Nepal to the west, orange for Bhutan to the east, and yellow for Tibet. Across the northern part of Sikkim in orange is the old boundary between Tibet and Sikkim; the new one was decided in Calcutta (now Kolkata) between the British and the Chinese in 1890, and imposed on the Tibetans in 1904.

Part of the map strongly resembles one made by the Survey of India in 1890, Skeleton map of Sikkim. The squared area strongly resembles it in scale, content and layout, and most of the placenames correspond (although the Survey of India map is in English); the only exceptions are the old Tibetan border, which is shown on the manuscript map only, and the border between Sikkim and India (then separate countries) which is shown on the published map only. The areas shown pictorially on the manuscript map are not represented on the Survey of India map. This map may have been drawn by the Sikkimese or Tibetans for the British in India; certainly the 1890 Survey of India map of Sikkim far exceeds earlier maps of  the area by the same organisation.

An intriguing pencil note on one corner of the manuscript map adds to the mystery: ‘Map of Sikkim and Tibet, presented to me by … ‘ it is dated Dec 1906 but the names of the donor and the note writer are illegible. The map is on fragile paper and has been backed with cloth; the backing has a Bodleian stamp from 1961. It is hoped that high resolution scanning of this map may cast more light on its origin and provenance.

[Manuscript map of Sikkim and Tibet]. [1881-1890]. MS D10:33 (4)

Skeleton map of Sikkim. Survey of India, 1892. D10:33 (1)

We are very grateful to Charles Manson, Tibetan Subject consultant librarian at the Bodleian Library, and Tsering Wangyal Shawa, GIS and Map Librarian at Princeton, for their help in interpreting this map.

Time zones

In the September of 1881 Sandford Fleming, a Scots born inventor, gave a paper to the International Geographical Congress in Venice. Entitled ‘The adoption of a prime meridian to be common to all the nations. [And] the establishment of standard meridians for the regulation of time’, the paper was to address the pressing need for a universal time, set from one location, in a World increasingly linked by communication and transport. In the speech Fleming alludes to the difficulties in selecting just one meridian, ‘Repeated efforts have been made to gain general concurrence to the adoption of one of the existing national meridians, but these proposals have tended to retard a settlement of the question by awakening national sensibilities, and thus creating a barrier difficult to remove’. Fleming’s hopes for an outcome to this problem were soon answered, in 1884 at an International Meridian Conference in Washington delegates agreed to Greenwich being the prime meridian, 0ᵒ, the place where everywhere else takes its measure.

One of the consequences of this idea of a global time was the creation of time zones, the important way of keeping time in relation to the position of the Sun. A system of 24 time zones was first suggested by the Italian mathematician Quirico Filopanti but it was a proposal by Fleming in 1876 of a 24 zone system, which each zone 15 degrees longitude that has been gradually adopted, and feature in these two zone maps.

Planisphère des fuseaux horaires, 1917. B1 (1749)

This map is from the Ministère de la Marine, the department in the French Government dealing with the navy and colonies that in its original form dates back to the 1600s. The map shows 24 time zones with duplication at either end and includes both the ‘Méridien international de Greenwich‘  and, halfway between the two Greenwichs shown,  the ‘Antiméridien de Greenwich‘. A French map showing the World like this was only recently possible as the country had only agreed to the Greenwich Meridian as the prime meridian in 1911.  The simplicity of the design can’t hide though the complex exemptions across the World due to sizes of some countries and old rules in place. Take the Netherlands, which ran on Amsterdam Time,  20 minutes ahead of Greenwich up until the Second World War.

La Mondiale riforma del tempo coi 24 fusi… c1894. B1 (1750)

Simplicity isn’t a term you could use to describe our second map. ‘La Mondiale riforma del tempo coi 24 fusi e loro 24 simboli orari : Di Creazione ed Organizzazione definitiva del Prof. D. Errico Frassi Comense’,  is a wonderfully confusing series of diagrams explaining the different proposals for zonal systems between 1873 and 1894. As well as a 24 zonal southern view of the World (top right) there are also two hemisphere maps at the bottom showing a more conventional zonal view of the World. At top left is a guide to the 24 time zones but the text is near impossible to read due to size and fading. The map is a jumble of information, and the confusion isn’t helped by the lettered order of the zones, which isn’t alphabetical but according to the areas or locations the zone goes through, so for example zone XIII is S, for the Sandwich Islands (an old name for Hawaii), while zone XIV is Y for the Yukon and XV is C for Colombia.

One of the earliest attempts to introduce a time common to all was called railway time. Introduced by the Great Western Railway company in 1840 railway time was designed to standardize time across Britain, which up until that point was set by local clocks, working at different speeds according to time set, condition and weather. As railways increased along with railway journeys the need for a standard set time according to one precise clock became paramount, without this in place coordinating rail journeys would be impossible and the risk of accidents due to inaccurate timetables would only increase. Soon the other train companies adopted this fixed time, and other countries followed the practise from the 1850s onwards. The introduction of railway time, along with the increased connectivity of the World through the telegram and telegraph*, paved the way for what we now call Coordinated Universal Time. The inset shows the first of a series of timetables  by the firm Hotson’s, from 1863. Inside are a series of timetables showing the times of stops at each station along a route.

*This blog was written on the 24th May 2024, the 180th anniversary of the first telegraph message, sent by Samuel Morse from Washington to Baltimore.

The Carnation Revolution

Today, April the 25th, is the fiftieth anniversary of the Carnation Revolution*, when a military coup by left-leaning officers in the Portuguese army overthrew the Estado Novo, the anti-liberal, anti-socialist nationalist party that had been in power since 1933.

Il Portogallo…, c.1974. C32 (211)

This map hints at the Fascist style of art prevalent in Italy and Germany around the Second World War but the text around the helmet, ‘Il Portogallo non sara’ il Chile d’Europa’ (Portugal will not be the Chile of Europe), is anti-fascist, this was the slogan of the revolution and refers to the hope that this mostly peaceful coup (4 were killed on the 25th by government forces) wouldn’t run the same course as the take-over by forces loyal to Augusto Pinochet in Chile the year before, which resulted in deaths, disappearances and executions in the thousands.

This way of using a part of the body to portray something separate is called anthropomorphism. Considering the shapes of many countries and the amount of maps with some sort of allegory in their cartouches (see here and here) it’s surprising that there aren’t more maps like this. One notable example is  Europa Prima pars Terrae in forma Virginis  which comes from Heinrich Bunting’s Itinerarium et chronicon ecclesiasticum totius sacræ Scripturæ, a book of woodcut maps first published in 1581 of the Holy Land. Despite appearances this Queen represents Mary the Virgin, not the Virgin Queen Elizabeth.

From Itinerarium et chronicon ecclesiasticum totius sacræ Scripturæ, 1597. B 7.3. Th

The use of women to depict the four known continents was a common cartographic motif, with each continent represented by an idealized version of a female. Europe, as was the thinking of the time, is often depicted as the dominant continent, often portrayed as being above the rest, though that’s not the case in this dramatic example from Joan Blaeu’s Grand atlas, from 1663-67.

From Grand atlas, by Joan Blaeu. 1663-67. Map Res. 45

Here Europe is the figure in the blue and red dress, centre left, and carrying a sceptre. America stands behind her, Asia is in pink with Africa behind. All four have their associated animals; Europe leading a horse, Asia a camel, Africa an elephant and America an armadillo, which usually narrows down this figure to Mexicana. The figure in green is Cybele, the Greek Goddess of the Earth, symbol of eternity. Her crown is made of the walls of a city and she is often shown holding a key sitting in a chariot drawn by lions, who are themselves symbols of imperial power (we bloggged about lions here). Cybelle is also the protector of cities, hence the crown made up of city walls, she appears in an earlier blog in this guise here

Here’s a lovely variation on the theme, this time the four continents represented by putti, winged spirits that were often found on maps. Here Europe faces us holding a crown, behind is Africa holding a scorpion, Asia has his back to us with an incense burner and America peeps out from behind the pillar. This image comes from Carel Allard’s Atlas Contractus from 1703, and it is Allard we see confidently staring out of this frontispiece while pointing at the map he has made

From Atlas Contractus, 1703. Map Res. 18

*So called because of the carnations handed out to soldiers by the people on the streets

The U.S.S. Jeannette

Two different versions of the same map, separated between editions not only by 14 years, but also by differences in quality. The later map also includes fascinating additional manuscript text showing the ‘Probable drift of articles from the “Jeannette”‘.

Nord-Polar-karte, 1905. M1 (173)

The pages come from Adolf Stieler’s Handatlas, first published in 1817 and going through numerous editions with contributions from some of Germany’s leading cartographers, including Hermann Berghaus, who designed the 1905 Arctic map, and Augustus Petermann, who will play a further part in this story. An interesting and complex character as well as an outstanding cartographer, here’s a link to an earlier blog about the man.

Nord-Polar-karte (with manuscript additions), 1891. M1 (172)

The map, especially the later coloured version is good in itself, giving a high birds-eye view of the top of the World with insets showing a more traditional approach to topographical representation at the edges and two gridded circular maps at the bottom corners showing ocean currents  and coverage of the Northern Lights (see inset). But it’s the manuscript additions that make the earlier map more interesting, despite its condition. The Jeannette was originally a Royal Navy ship called the Pandora, one in a long line with that name, the first being the ship sent to capture the Bounty mutineers in 1790. In 1879 she was  sent on an expedition to the North Pole. The main aim of the expedition was to follow the Kuroshio Current, a warm current system in the Pacific similar to the Gulf Stream which it was believed, incorrectly, to flow through the Bering Strait and then into the ‘Open-Polar Sea’, an imagined sea set in the Arctic Sea free of ice. This sea was mapped by Mercator in 1569 but believed to exist even before Mercator’s famous map of the World. It was Petermann, a firm believer in the existence of the warm sea current theory, that proposed the expedition that would lead to the Jeannette setting sail in 1879.

Polus Articus, from Atlas Minor, by Gerardi Mercatoris, 1621. Map Res. 100

This map of the Polar region comes from a 1621 edition of Mercator’s Atlas Minor. Mercator went further than most in his views on the Pole, believing that not only that there was an ice-free sea but that the Earth was hollow and the ocean flowed through holes at the Pole into the Earth.

Leaving San Francisco in July the Jeannette passed through the Bering Strait in late August and continued her journey towards the Pole, but by the 7th of September she became trapped in ice, and spent the next 21 months drifting according to the currents and movement of the ice until finally the pressure put on the ship caused it to break apart and sink in June, 1881.

This extract from the earlier map shows two islands discovered as the ship was trapped, Jeannette and Henrietta, with a further island, Bennett, discovered as the crew tried to reach land after the ship sank. The map dramatically shows the location of the ship’s final moments, ‘Untergang [doom] d. Jeannette, 13 Juni 1881’ and the manuscript additions show the path taken by the ‘articles’ of the ship, the remains left on the ice after the ship went down, which slowly floated on currents down the east coast of Greenland before beaching on the southwest of the island.

Stanford’s map of the countries around the North Pole, 1875. M1 (107)

This beautiful map of the North Polar region was published 4 years before the voyage of the Jeanette by Stanford’s, the famous map publishers and sellers out of 55 Charing Cross. This map highlights the hardship faced by Polar explorers, with vast areas of the Arctic labelled ‘Unexplored Polar Region’. It’s to the credit of these intrepid explorers that there is so much red text and lines on the map, indicating what the map calls ‘chief Arctic worthies and the dates of discovery’.  The inset from the map shows the same area as shown earlier in this blog, with the group of islands round New Siberia before the discoveries made by the Jeanette.

It’s a story reminiscent of Shackleton and the Endurance in the South Pole, with one crucial difference. Like the Endurance the Jeannette’s crew survived the hardships of the ship’s entrapment. But 20 of the crew of the Jeannette perished in the attempt to reach safety, including the captain, George Washington de Long, although 13 of them did survive.

 

Spring

Around this time we celebrate the Spring Equinox, an important point in the yearly calendar but also, marking as it does the change from Winter to Spring with the hope of better weather and more light, good for the soul. Both the Spring and Autumn equinoxes mark the point when the Sun’s path is directly above the Equator, giving equal amounts of daylight and night (the word ‘equinox’ comes from the Latin term Aequus nox, equal night). This double hemisphere World map comes from a Dutch eighteenth-century atlas* and shows the paths of the Equator and the Tropics of Cancer and Capricorn, when the Sun is at it’s highest point for Northern and Southern summer and winter solstices.

Planisphærium Terrestre sive Terrarum Orbis…from Atlas Minor by Claes Janszoon Visscher, c1705. Map Res. 85

The line of the Equator is described as ‘Æquator sive circulus æquidialis vulgo æquinotialis’  (‘Equator or equidistant circle’)

Here’s a page from a German atlas by the publisher Justus Perthes, circa 1910, explaining the way the movements of the Earth around the Sun (Erde und Sonne) create the solstices, equinoxes and seasons.

Page 2 from ‘Sydow-Wagners method. Schul-Atlas’ c1910. B1 (1745)

In Erde und Sonne different diagrams explain the journey of the Earth around the Sun, showing the tilting of the Earth on its axis that gives us the changing seasons. For the purposes of the blog figure 5 is the most important, Lauf der Erde um die Sonne (Erdrevolution), which shows the Earth’s rotation around the Sun. At the top is the Earth in relation to the Sun on the 21st of March, showing a perfect split between light and shade running from Pole to Pole,

This last third period of March has a number of ‘named’ and other important days. As well as the Equinox, the 18th of March, according to the Venerable Bede, was the first day of the Creation. This idea was due to Lady Day, the 25th, which was until 1751 considered the first day of the year. With the 18th being the first day of Creation it could then be worked out that, by a nice coincidence,  fours day later on the 21st the Sun, Moon and Stars were created, this is also St Benedict’s day. The 25th, Lady Day, marks the Annunciation of the Virgin Mary, nine months later it will be Christmas.

Mary is an important figure in the history of navigation. She is the Pole Star, a constant in the night sky and is also the saint of Navigators and, most useful on a journey, the ‘Virgin of Good Winds’. This image of the Virgin and Child comes from an early Portuguese portolan chart of the Atlantic. The cartouche with Mary in the centre is located in North America, a guide to those making the perilous journey across the ocean to the New World. Circling Mary are the words to the prayer ‘Ave Maria’, a prayer no doubt uttered on many a dangerous moment on-board ships, ‘…pray for us sinners now and at the hour of our death. Amen’.

[From an] Untitled portolan chart of the Atlantic, c1550 MS K1 (111)

*We have more than one edition of the Atlas Minor…, one edition uses gold-leaf at key points to highlight certain features, including appropriately enough, a Sun