Category Archives: Travel

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.

A plan of the River Calder…

This map shows that, leading up to and during the Industrial Revolution, the improving of rivers for navigation went in tandem with the more celebrated building of canals. The noted engineer and surveyor John Smeaton (1724-1792) has made a map of part of the River Calder from just south of Halifax to Wakefield, listing along the route with variations of capital and lowercase letters the owners of the land,  the places marked for some form of navigational work (mainly locks and bridges) and mill owners.

A plan of the River Calder from Wakefield to Brooksmouth and from hence to Salter Hebble Bridge, laid down from a survey taken  in October and November 1757, with a projection for continuing the navigation from Wakefield to Salter Hebble Bridge near Halifax in the County of York by John Smeaton. 1757. (E) C17 (451) [17]

The whole amounts to a beautifully drawn and engraved map of the river at the start of the Industrial Revolution, and, with it’s listing of owners of lands and mills, a nice glimpse into Yorkshire life around 1757, a glimpse increased by the depictions of the towns and villages along the way, including the important wool town of Halifax. The map is both a plan of the river and a proposal for changes to the river to aid navigation, hence the claiming to be both a map of the river from Wakefield of Salter Hebble Bridge as well as a ‘projection for continuing the navigation…’ between the two. It’s nice to be able to note that the instrument maker Jesse Ramsden was born in Salter Hebble (now Salterhebble Bridge and part of Halifax) in 1735. Ramsden made the theodolite used by General Roy in the triangulation of Britain.

The left and right of the map in more detail.

The way the Calder links up with the other river and canal systems in the area can be seen on this map.

With A map of the existing navigations of Yorkshire… from 1819 ((E) C17:63 (31)) all the smaller rivers merge with larger waterways, eventually joining the Humber and from there the North Sea. The industrial importance of the area can be seen by the reference to local industry; coal, iron, waste, lime and chace (a form of metal working) and the map is, like the main map in this blog, a proposal for a new waterway, in this instance the Went Canal, though a proposal that seems not to have come to anything as the Went doesn’t appear on subsequent Ordnance Survey maps.

Smeaton was an important figure in the history of surveying and engineering. Born in Leeds in 1724 after working in law and as an instrument maker by the time of this map he was working on the use and working of watermills. This led to the creation of an equation named after him, the ‘Smeaton coefficient’ which dealt with the power of wind and water to turn wheels in mills, and was used by Orville and Wilbur Wright when they designed and flew the first motor-driven aeroplane, the Wright Flyer, in 1903.

Smeaton’s fame is based on a large number of civil engineering works, including the third Eddystone lighthouse, numerous bridges including those over the Tweed, Perth and Hexham as well as a number of harbours, including this one at Ramsgate, from a map made by Smeaton a few years before he died.

Plan of Ramsgate Harbour and principal works thereof 1790. (E) C17 (451) [63]

The two maps by Smeaton come from a volume of plans and maps of English navigational waterways spanning two hundred years, from the early 1600s to the early 1800s. The collection has the rather appropriate overall title of ‘The Cutt’.

On the road

As a general rule we do not fold our atlases in half. It would be bad for them, and probably quite difficult. This is a rare example of an atlas that was designed to be folded in half.

It’s an early road atlas to be carried while travelling. When the soft, rather tattered brown leather covers are opened, it reveals that a previous owner has made some notes of place names and distances in the inside of the cover.

The book itself could be folded or rolled, making it smaller and more portable. It is Thomas Kitchin’s Post-chaise companion, and dates from 1767. It has clearly grown accustomed to being folded in half, as can be seen from the weights required to hold it open for photography:

The very earliest road atlases date from the seventeenth century. Previously travellers relied on road books, lists of names that would enable them to ask the way from one town to the next. Arguably the first road atlas was produced by Matthew Simmons in the 1630s, with triangular distance tables (like those sometimes found in modern road atlases) and very tiny maps. The big innovation was John Ogilby’s Britannia in 1675, which used strip maps to show the major roads throughout Great Britain in unprecedented detail; this design continued to be copied for over a century, as can be seen here. Britannia was however a large volume, too bulky to transport easily.

Perhaps surprisingly, it was around fifty years after the publication of Britannia before smaller, more portable versions were produced, and then rival versions by three different publishers appeared around the same time in the 1720s; one of these, by Emanuel Bowen, was reissued in multiple editions into the 1760s. Thomas Kitchin, who produced this work, had been apprenticed to Bowen, and had married Bowen’s daughter before setting up as an independent mapmaker, embarking on a long, prolific and successful career, and being appointed Hydrographer to George III.

Although many road atlases of this period survive, the binding is what makes this one unusual. Its appearance caused a certain amount of excitement in the Map Room as some of us had heard of road atlases being made to this design, but had never seen one before. Unsurprisingly the soft backed versions are less likely to have survived, being less robust and more heavily used than the hardbacks. The fact that this one has the notes relating to a previous owner’s journeys makes it additionally interesting.

Kitchin’s post-chaise companion, through England and Wales; containing all the ancient and new additional roads… by Thomas Kitchin. London: John Bowles, Carington Bowles and Robert Sayer, 1767. Map Res. 3

Further information can be found in County atlases of the British Isles, by Donald Hodson. Vol. 1. Welwyn: Tewin Press, 1984.

Maps for the Aironauts…engravings by the best masters

At twenty minutes to two on the afternoon of the 8th September 1785 Mr Thomas Baldwin, to the ‘tears of delight and apprehension, the misgivings of humanity, and other sensations of surprize’ of the inhabitants of Chester took flight in a hot air balloon. Ascending to a height of four miles over Chester Baldwin was able to look down on the earth, a true birds-eye view. He wrote of his adventures in a book published the following year, Airopaidia : or aerial recreation, describing the voyage as well as giving a detailed account of the preparation involved in the flight (for instance a canon was fired at 7 am to let people know that the balloon was being inflated), the equipment taken onboard (as well as ballast brandy and feathers to throw out at various times to check wind speed and direction), and, rather worryingly, what to do if you start to descend too quickly. Baldwin also included some lovely original maps showing the views from above the clouds.

This has to be one of the earliest maps to include clouds over the land. The first manned balloon flight was only two years earlier in France, with the first in Britain almost exactly a year before Baldwin’s ascent so Baldwin was one of the earliest to see the earth partly obscured in this way. In the bottom left corner is Chester (‘the gay scene was a fairy-land, with Chester Lilliput‘) with the River Mersey snaking along from right to left. Imposed over everything is a twisting black line showing the route the balloon took over the Cheshire countryside. The maps are beautifully drawn, fully deserving the praise given them in the book, ‘Descriptions of the aerial scenes are illustrated with engravings, by the best masters; two of which are coloured‘. The engraver is named as Angus, a name not listed in map engravers and map-makers dictionaries held at the Bodleian but is possibly William Angus (1752-1821), who specialized in plates for books and prints working out of Islington.

On the next page the book does something rather clever. There is another map, this time a topographic map of the same area naming features not hidden by the cloud-cover but with the same route shown. Both the coloured view and the black and white map are folded, but the black and white map is on an extended piece of paper, meaning that you can have both open at the same time and compare the same area side-by-side, like this

The obvious advantages to cartography from balloon flights came just at the wrong time. Triangulation surveying had recently been introduced to Britain from France, and despite the efforts involved in first of all measuring out an accurate base-line then surveying across the country from this point the results produced maps of sufficient accuracy to make this the favoured method of map-making. Balloons though wouldn’t be forgotten, and were used to survey enemy positions in the early days of the First World War. Where the balloon did give an advantage was in the drawing of panoramas. The ability to draw an oblique view of a town or city was established well before balloon flights (see here) but these maps were drawn from low down, meaning that the buildings nearest the cartographer were given more prominence. The extra height gained from the balloon meant that a greater area could be shown as the angle of the observation was greater, and the area observed was greater. This can be seen to great effect in this wonderful ‘Balloon map of London’

C17:70 London (327), 1859

Despite a balloon appearing at the top of the map the view taken is from the north, with south of the river disappearing into the distance, suggesting this is the viewpoint from another balloon. The balloon featured is a nice bit of decoration in keeping with the theme of the map.

We’ve blogged about clouds on maps before, in this case their use in wartime deception here and balloons featured in an earlier blog here

Our blogs are usually written after either coming across a map that sparks our interest or of reading of one in a book or journal. In this case the latter, Baldwin’s flight and maps are mentioned in Rachel Hewitt’s excellent biography of the Ordnance Survey, ‘Map of a Nation’.

Airopaida : containing the narrative of a balloon excursion…198 e.80. 1786

Road maps, but not as you’d imagine

Two contrasting road maps from the early to mid 1700s. One, by ‘Emanuel Bowen, Geographer to his most Sacred Majesty K. George the 2nd’ is straightforward. By including approximate coastlines and county boundaries Bowen is able to map roads in a conventional way, as in they go where you’d imagine them to.

A new and accurate maps of the roads of England, 1748. Gough Maps England & Wales 29

This certainly isn’t the case with the second map. George Wildey, selling prints and maps from the ‘west end of St. Paul’s Churchyard’,  sets out in linear form a guide which ignores the natural curves of the roads shown and includes in order the towns passed through on main and side routes. The map also includes information on market days, distances between towns and if the town or city has a special status (university, post town, bishopric).  With it’s straight lines it could almost be a map of the Roman roads.

The grand roads of England c1720. Gough Maps England & Wales 18

Bowen shows things geographically and with roads crossing over other roads, as they do on the ground, meaning locations aren’t forced to appear out of place. On the Wildey map because of the rigid need to show things in a straight line and to keep things as clear as possible locations, especially in the crowded western side of the map, are forced into strange places. Wildey also doesn’t show distances between places, instead he gives an idea only by the miles between one location and the next. Take Bristol. This busy port appears as expected on a route coming west out of London which when it gets to the city branches out to Exeter and Banbury. Bristol also appears at the top left, at the end of a route that leaves Chester travelling south through Ludlow and Hereford. This Bristol is located on the map between Hollyhead and Hollywell (Holyhead and Holywell) in North Wales. Gloucester as well crops up in a few stranger places, and again it’s when side routes branch out from hub cities. Wildey’s map becomes less a cartographic object and more an itinerary, a list showing to get here you need to first go here, and here, and here.

According to the text in the cartouche Bowen’s map is made ‘according to Ogilby’s survey’. This is the famous  set of maps published in 1675 by John Ogilby. We blogged about his remarkable life, the maps that made him famous and the possible hidden agenda behind them here http://blogs.bodleian.ox.ac.uk/maps/2020/11/12/measuring-distances-a-wheel-or-a-chain/ 

Bowen’s map does include some cartographic peculiarities. Shipping routes across the Channel to join up with Calais and Helevoet Sluys (now Hellevoetsluis, South Holland) show as if they are roads across the sea, in the case of Calais an early taster for a later tunnel under the water. Bowen also includes notes on features to look out for when travelling, ‘Remarkable things worthy a curious traveller’s observations on some of the principal roads described in this map’. For instance, ‘Near Basingstoke is Basing House belonging to the D. of Bolton. Tis famous in history for withstanding several sieges in the beginning of the Civil War till at last was taken in storm by Cromwell and burnt. His being enraged at the words LOVE LOYALTY wrote with a dyamond in all its windows’.

Wildey’s map appears confusing and unconventional but the theory behind it is good and has survived today in maps which show information such as travel routes where the need to give clear information overrides any need for geographical accuracy. The most famous example being also one of the most used maps to have been published, the London Underground map.

 

The voyage of the Hero

Admiralty Charts have a reassuring familiarity about them. The Hydrographic Office of the Admiralty first started publishing maps in 1800 and this map from 1860 uses cartographic conventions still in place today. This sense of timelessness comes from the charts concentrating on hydrographic information; soundings, rocks, beacons and so on, features that don’t alter over time. Almost all our cartographic charts in the Bodleian come from legal deposit in pristine condition. I say almost because we do have a number of donated charts as well. What is special about this particular donated map is that it is a chart that has been used, a course has been plotted of a voyage made between July and August of an unspecified year by an unknown ship. A chart used as intended.

North Atlantic Ocean, published at the Admiralty, 18th June, 1860. B1 a.19

The challenge is to try and discover more about the journey, which really comes down to when and what ship? All we have to go on when looking at the chart is the route, from Southampton across the Atlantic to Quebec, with positions at noon each day from July 10th to August 18th. A seemingly impossible task but there is a clue separate from the map. The chart is one of a number bound up in a volume with the simple title Charts of the Gulf & River St. Lawrence by Capt. H.W. Bayfield, R.N and on the contents page there is a hastily written note in pencil that is the key to the mystery . Sir Henry Acland has a strong connection with Oxford and the Bodleian. Born in Exeter in 1815 Acland became a Fellow of All Souls College and then in 1851 Physician to the Radcliffe Infirmary and Radcliffe Librarian in the Radcliffe Camera which had been, since built, the home of the Radcliffe Science Library. It was during Acland’s time as Librarian that the collection of books moved to a new Radcliffe Science Library and the Camera became part of the Bodleian. This explains Acland’s close relationship with the Bodleian, and the reason why he donated the set of nautical charts to the library in July 1880.

An extract from the chart showing the route taken to Quebec, sailing through the wonderfully named Gut of Canso (also called the Gut of Canseau) between Nova Scotia and Cape Breton Island.

Research into Acland’s life then explains the rest. In 1860 he became physician to H.R.H. the Prince of Wales (who later became Edward VII) just before he went on an official trip to Canada and the United States  onboard H.M.S. Hero, the first time a Prince of Wales had made this journey. The map charts the daily position of the Hero as it voyaged across the Atlantic.

The Gut of Canso (here called Canseau) taken from one of the other charts in the volume. The numbers are soundings while the yellow colours show the positions of lights, which could either be fixed (indicated by the letter F) or revolving (the letter R).

In Oxford Acland is famous for a map made six years before the voyage of the Hero. In 1854 he produced a report on a series of Cholera outbreaks in Oxford which had led to a number of fatalities. It came with a map which highlights the poor sanitary conditions in parts of the city (the areas shaded in green) , the parts of the Thames contaminated and unsafe to drink and the locations where there were cases of Cholera (more on the map can be found here). 

Map of Oxford to illustrate Dr. Acland’s memoir of cholera in Oxford in 1854… 1854. C17:70 Oxford (15)

The Acland Hospital, so long a feature on the Banbury Road in Oxford and now at the Manor Hospital in Headington was built as a memorial to Acland’s wife Sarah. A daughter, also called Sarah, was an early photographer, some of her work can be found in the Museum of the History of Science in Oxford.

In the year after the voyage a book was privately published by Gardner D. Engleheart. ‘Journal of the progress of H.R.H. the Prince of Wales through British North America and his visit to the United States… (203 a.333)’. The book includes illustrations and text about the visit and, helpfully for the purpose of this blog and identifying the map, a log of the journey out giving positions at noon on each day as well as a number of different diary entries from the voyage. So for instance we learn that the Royal Yacht (the Hero) ‘with the Prince Consort sailed at 4 a.m.’, presumably to catch the tide. Then, far more dramatically, from a different diary on the 12th ‘Man overboard! The gun-room steward jumped out of one of the ports, in a fit of temporary insanity, and was drowned! Every effort was made to rescue him, but he would not be saved.’

Cycling Then and Now

The recent changes to the Highway Code set us thinking about the origin of cycling maps and their development. We have maps going back to 1887 but cycling routes were described purely by text earlier than that with this Walks in Epping Forest. A handbook to the forest paths with cycling and driving routes dating from 1885.

They still hadn’t really got into their stride twenty years later with this account of a route from Witney to Charlbury indicating the amount of puff require by the use of manicules.

 

 

 

 

 

 

 

 

Interestingly, early advertisements for cycle hire and repair used the language associated with horses; ”warehoused and cleaned” could easily have been “stabled and groomed”. The maps being sold for cycling just showed main roads – which with the absence of many cars were sufficient.

This is map by Mason & Payne shows routes suitable for cycling in 1888 but today they are mainly major A roads with many being dual carriage ways, not really conducive for a pleasant ride through the country.

 

Many did not show relief, rather crucial for a cyclist, but this Bacon’s Cycling Map does show generalised relief in the form of hachures but also railway stations to facilitate cycle touring.

Cycling as a hobby has increased especially in recent years but modern maps and apps are very different from those early examples.  Cycle information is generally overlaid on to a topographic background usually in layers showing you what to expect every metre of the way.

The same route is shown thus

 

Unlike Bacon’s map, it is quiet roads and cycle tracks that are highlighted and sought out to make any expedition safer and more enjoyable. All sorts of analysis and interactive data is also available at the swipe of a finger and there is a sharing element promoting online competition rather than just the satisfaction of making it to the pub at the end first.

 

 

 

 

 

 

 

 

 

What probably hasn’t changed is the search for relief from any cycling-induced injuries or soreness as this early advertisement shows.

Walks in Epping Forest (1885) Johnson g.417

The Roads Round Oxford (1896) Vet. A7 e.505

Bacon’s Cycling Road Map of England and Wales. Sheet 5 (1887) – (E) C17 (73)

Mason and Payne’s Cycling Map of the British Isles … (1888) – C15 (180)

OS route courtesy of Stuart Ackland

Strava route courtesy of Nick Millea

Witney to Banbury courtesy of cycle.travel.co.uk

 

The roads of England and Wales

Our previous blog dealt with some of the first road maps aimed at motorists in the early twentieth century. Although people have been travelling by road for thousands of years, road maps themselves are a comparatively recent invention. Until the 1670s and the advent of John Ogilby’s strip maps, most maps did not show roads, Once the idea had been established it was soon extremely popular; it was widely copied in Britain and elsewhere. Amongst the many maps of the roads of England produced in the late seventeenth century, this is a particularly decorative example.

The map is titled “A new map of England and Wales with the direct and cros roads” (cross roads were those linking between the main roads). Distances between settlements are given in miles. Hand colouring of the county boundaries enhances the map but does not detract from the details. Beneath the decorative and closely written cartouche, two angry sea monsters are having a face off. The cartouche explains that the map is “Sold by Philip Lea Globemaker at the Atlas and Hercules in Cheapside near Fryday Street” (addresses were more fun in those days).

Top right there is a table with information about the counties, including the county town for each one; where this was a cathedral city there is a tiny picture of a bishop’s mitre to accompany the name.

The sea is illustrated with small pictures of ships, as was popular on maps of the time. More unusually, a previous owner of the map has tried their hand at reproducing one of these, and a tiny pen and ink sketch of a ship appears in the Channel along with the printed illustrations.

The map was originally published by Phillip Lea around 1689, in an atlas of England and Wales consisting mainly of Saxton’s county maps. This in itself is remarkable since Saxton’s maps were first published in the 1570s; over one hundred years later, the plates were still being updated, edited and reused (in fact their final use was not until about 50 years after this). To accompany these county maps, Lea included two maps of the whole of England and Wales: one general one, and this one which focused on the roads, thus bringing the atlas thoroughly up to date. It was also sold in a slightly later state as a separate sheet, and was available in four separate strips for greater portability; on the complete map, the joins of the four strips are clearly visible.

A new map of England and Wales with the direct and cros roads : also the number of miles between the townes on the roads by inspection in figures. [London] : Sold by Philip Lea Globemaker, [1689?]. (E) C17 (456)

Danger hills

The advent of motoring as a popular pastime allowed publishers to add a new angle to their map sales, the map specially designed for the Motorist. This cover from an early example (Bacon’s new half-inch maps for cyclists and motorists, circa 1908, C17:5 e.11) shows a view of a new open-topped car with it’s wealthy owners out for a nice jaunt on well-lit streets, accompanied by that other new phenomenon (and additional new source of revenue), the cyclist. But included in this idealised view is a warning, for the map shows ‘Danger hills’.

The first cars started to appear on British roads in the mid 1890s, a mixture of imports from France and Germany and home-made efforts, with maps specifically aimed at motorists appearing soon after. These were often reprints of earlier maps with additional titles and, in many cases, some new information relevant to this new form of transport. In the case of the Bacon map this was the highlighting of dangerous and steep hills, with arrows indicating different degrees of steepness. This extract from the map shows the Marlborough Downs, with the fluted arrows indicating a steep hill and the non-fluted indicating hills to be approached with caution.

The danger seems to have been just as likely to be having a car with enough horse power to ascend such hills as to the danger of any physical harm involved. Luckily the car on the cover looks like, according to ‘Cars and how to drive them, Part 1‘ (1903, 384415 d.11), the French model De Dion-Bouton. According to the well-whiskered Mr. Roger H. Fuller, author of the chapter on the De Dion, the car is not only one of the most popular of the ‘modern light car’, with over a 1,000 now in Britain but, with 8 horse power ‘is speedy, its hill-climbing powers are hard to beat, and it is preferred by many who can afford a more costly car’.

In contrast to the Bacon map is the Ordnance Survey equivalent at the same scale (both maps are 2 inches to a mile, 1:126,720). This map offers no extra thrills, the cover is plain with title and diagram showing neighbouring sheets only, nothing to tempt the motorist into thinking this is something aimed at them.  This extract shows the same area, and while there are no indicators of anything dangerous the cartography on show is both more aesthetically pleasing and better laid out than the Bacon version, even if that is ‘Reduced by permission of the New Ordnance Survey’. This is evident in the way that both maps show relief. Both use contours and spot heights but the use of shading on the Ordnance Survey gives an immediate and pleasing sense of terrain.

Due to the expense involved driving was both for the rich and a leisure activity (in 1903 the De Dion cost £325, well over two years wages for a skilled tradesman). At the time of the map, a speed limit at 20 mph meant any long journeys would have been more practical by train. These maps show how, for a pootle in the country, it really was an open road, just be careful of those hills.