Benjamin Tran Dinh (previously) has built an interactive isochrone map of Europe that shows you how far you can go by train from a given station in five hours (assuming a connection time of 20 minutes, which is an approximation: generous if same-station, less so if you have to cross the city). The map updates as you move the pointer across it, which is a lot of fun.
The isochrones are generated from data from the direct.bahn.guru site, a site that is worth looking at in and of itself: it shows all the direct connections from a given station, i.e., everywhere you can get to on a single train. That site, in turn, gets its data from the Deutsche Bahn via a legacy API that is necessarily incomplete and only covers destinations reachable from Germany. But there are no complete datasets of European transport routes, so this’ll do. [Maps Mania]
This interactive map, created by Sean Marshall, compares the extent of Canada’s passenger rail network in 1955 with what was left of it in 1980 after decades of service cancellations and line abandonments. By 1980 the various railways’ services had been taken over by VIA Rail; VIA’s network would face the first of a series of cutbacks the following year (there’s a lot less of it extant today), so this map represents the public rail network at its maximum. More about the map from Sean here.
The French state railway company SNCF has a lot of nice maps of their rail network, some of which I’ve posted here before; of particular interest, though, is the Atlas du réseau ferré en France, which gathers them into an 86-page booklet, and includes a lot of diagrams showing, for example, passenger and freight volumes. It’s available here as a flipbook and can be downloaded as a PDF if you give them your email; I’d be over the moon if it existed as a hard copy.
Metropolitan France—mainland France without Corsica and its overseas territories—is often referred to colloquially as l’Hexagone. Jug Cerovic, whose work we are familiar with here, has taken that metaphor and run with it with this network diagram of France’s main passenger train lines: the grid is hexagonal, and it works. Lines are colour-coded: TGV lines are blue if they start in Paris and red if they route around it or connect regions directly (a relatively new development; intercity lines are blue-grey, regional lines are orange, and night trains are grey. International routes are also included. It’s actually quite easy to see what cities and towns get what kind of train service, and what services exist between two points—exactly what a network map should do.
Tech companies have largely ignored a U.S. National Transportation Safety Board recommendation to add railway crossing data to their map apps, Politico reports. In 2016, after an accident in which a tired truck driver who used his mobile phone to navigate crashed into an Amtrak train at a level crossing, the NTSB issued a recommendation asking mapping companies to incorporate at-grade railway crossing data from the Federal Railroad Administration’s database of some 200,000 level crossings, so that their apps can warn drivers that a railway crossing is coming up.
Nearly three years later, hardly any of them have implemented the recommendation, and to date only three have responded to the NTSB recommendation: Garmin said it has railway crossing data in its latest devices, TomTom said it has had such data for a decade; Google, for its part, worried that adding such data might overcrowd the map and distract its users. Other providers, including Apple, Here, MapQuest and Microsoft, did not respond to the NTSB. Meanwhile, UPS says its proprietary navigation system includes level crossings, and while OpenStreetMap doesn’t use the FRA database, it has a level crossing tag that’s been used worldwide more than 730,000 times.
BNSF is one of the largest railways in North America. It’s the end product of a series of rail mergers, and as such it has records for all its antecedent railroads. Including, as an item posted to its website this month reveals, maps, which BNSF is now in the process of digitizing.
Some of the most historically significant maps that BNSF has are maps filed by our predecessor railroads. These maps depicted the beginning of the railroad as we know it, and were often the first official survey of some of the more remote areas of the developing West.
Many of our vital maps were found in boxes or stashed in file cabinets or storage rooms. “We went to 200-plus locations going through thousands, if not tens of thousands of boxes,” said Obermiller of the conversion. “Now we are preserving the most vital maps to ensure we are retaining our vital records and are good stewards of our heritage.”
No word in the piece as to whether those records are available to researchers or the public.
In the mid-20th century pictorial maps in cartoonish styles were a popular way of promoting travel and tourism. In contrast to objective, realistic maps they appeal to emotions such as romance, fantasy and humor. They are used to tell anecdotes about a region’s history, culture and landscape in a way attractive to old and young. These illustrated maps are meant to inspire, not to provide travel information.
Pictorial maps or Bildkarten seem to be the opposite of the schematic metro-like maps of railway networks from the same period, composed of straight lines and without any details. Schematic and pictorial maps share one thing though: they are only loosely bound to geographic reality. Their common goal is to convey a message—either the straightforwardness of a journey or the attractiveness of a region.
Lots of maps featured here, mostly from European rail services. Since much of the study of pictorial maps focuses on the United States, as well as Britain (especially in re MacDonald Gill), this is a refreshing filling in of the gaps.
Czech Railways (České dráhy) have pulled its upcoming annual diary from circulation because it includes a sensitive map of Europe, the Lidové nivony reports (in Czech; Google Translate). The map, created by Kartografie Praha, shows Crimea, Nagorno-Karabakh, Abkhazia and South Ossetia as disputed regions and marks the territory held by the Islamic State in Syria and Iraq. Apparently afraid of offending ambassadors and business partners, the railways is holding some 5,000 copies of the diary in a warehouse. [Maps on the Web]
James Clark has updated his map of current and proposed railways in southeast Asia (see previous entry). The new version clearly delineates between current and proposed lines. “The black lines on the map represent railways that are currently operating, while the red lines are proposed lines. As with the subway map, proposed can mean anything from lines currently under construction, in feasibility study stage, or an on-the-record election promise from a pork-barrelling politician.”
Derek Hayes’s latest historical atlas (there have been many) came out last week from Firefly Books: The First Railroads: Atlas of Early Railroads. “In this book, Derek Hayes compiles archival maps and illustrations, many never before published, showing the locations and routes of the world’s early railways, as well as the locomotive and rail technology that was key to the development of those railroads. In addition to maps, the illustrations include photos of most of the surviving first locomotives from collections around the world and of replicas too, where they exist.” [Amazon]
I’ve seen real-time maps of Swiss trains before; this one, Trafimage, comes courtesy of the Swiss Federal Railways, and includes all kinds of information about the network: rail and bus lines, stations, fare networks, as well as real-time train data. Clicking on “Train tracker” makes the trains appear as circles moving along the rail lines; it’s apparently timetable-based rather than tracking actual trains, but remember: these are Swiss trains. [Maps Mania]