American Railroad Maps, 1873-2012
by: Gerald A. Danzer
Henry Varnum Poor’s Manual of the Railroads of the United States for 1874-75 (New York 1874), then in its seventh edition and totaling 945 pages, had become the standard source of information on all railroads of the nation. Of the 110 pages devoted to advertisements, only one (22) was for maps. Nevertheless, Asher & Adams, publishers of maps of all kinds, atlases, and travel guides, used a full page to enumerate the various ways in which every railroad needed a map publisher: for company reports, to enhance advertising, to encourage land sales, for submission to state regulatory agencies, for internal uses in the office and in the field, as well as to aid travelers. The New York City firm stood ready to furnish maps “of any portion of the United States and Canada, in styles to suit.” The sheets were ready to use and could be customized by overprinting in gray or in color to eliminate “the cost and delay of engraving the map.” (Poor 1874-1875, 22). Meanwhile, in the Midwest, Rand, McNally and Company had vigorously entered the field of producing railroad maps, encouraging patrons to custom-design each map to show their particular line in the most advantageous fashion and to detract attention from their competitors. The upstart Chicago publisher quickly became the dominant producer of railroad maps, largely as a result of its use of the wax-engraving method of production which greatly reduced the time and costs involved.
Depression and Recovery
Maps and railroads continued to march hand in hand far into the next century. But during the mid-1870ʼs the parade of economic progress had stalled in its tracks. The Panic of 1873, precipitated by the collapse of Jay Cooke’s financial empire and centered on the Northern Pacific Railway, hit the nation with a violent suddenness and then led to a long depression lasting to the end of the decade. Henry Varnum Poor, gathering the statistics for the first year of the depression, 1874, had to acknowledge, in the initial sentence of his annual report, that “for the first time since the publication of this Manual…the railroad interests of the country have received a decided check… A full exhibit of their decline is given in the annexed tables.” (Poor 1875-1876, xxvii) Actually, maps would have told the story even better. The number of new miles of track laid in 1874 dropped by a factor of four from the high point in 1871.
Recovery would not come until 1879. “The past year has been an extraordinary one,” Railway Age declared in its final issue of that year (Dec. 25, 1879) because the total annual miles of track laid had once again resumed an upward course. “Annual miles of track laid” had become a prime measure of the nation’s economy, a factor that lent itself to cartographic presentation. But Henry Varnum Poor, conservative by nature, did not use maps in his Manual until 1887 when the American Bank Note Company supplied what amounted to a twenty-page railroad atlas of North America scattered through the volume. The New York engraving firm also did some large printing jobs and became the printer for Poor’s annual compendium. A table of contents for the atlas directed readers to the appropriate page for a clear, colored map arranged by states or provinces. The reverse side of these special atlas pages promoted the American Bank Note Company, connecting railroad maps with advertising. The atlas then became a regular part of Poor’s Manual.
Two years later, Engineering News, which had merged with the American Railway Journal in 1888, provided an attractive fold-out map (No. 9) for Poor’s annual publication, showing the new railway construction in the United States in 1886, 1887, and the beginning of 1889. The color-coded map served to advertise the weekly newspaper as well as its separately published Atlas of Railway Progress which provided the same information in greater detail, aided by a series of five larger-scaled regional maps. Like earlier versions of these useful maps, it featured, in bold red lines, the “track laid since January first of the previous year.” Each section of new track then had a number to refer to the name of the railroad on an accompanying list.
A similar map from Engineering News was inserted into the 1889 edition of Poor’s Manual, but it covered only the Southwestern region of the United States. Very interestingly, however, it showed not new construction, but how the fourteen major lines were divided into three groups based on ownership and financial control. The Gould System of railroads led the way. The following year, in Poor’s Manual for 1890, Engineering News once again presented a fold-out map of North America showing trackage laid in 1886, 1887, 1888, and 1889, number 22 in its series of maps. This sheet, measuring over 13 x 20 inches also served as the general map for an updated Atlas of Railway Progress which, beginning with this edition, began to include system maps of individual lines to accompany the data for these companies, each map probably paid for by its respective railroad company. These system maps presented an opportunity to enhance the presentation of facts and figures in what had become the investors’ bible. The number of such system maps declined in the next edition, but the Rio Grande Western Railway raised the ante with a well-designed map on a two-page spread (Poor 1891, 902-903). Attractive maps had invaded the staid precincts of high finance.
Toward the opposite end of the economic spectrum railroad maps also figured in various expressions of popular culture such as handbills, song sheets, and almanacs. The interest generated by the completion of the transcontinental railroad in 1869 called for a variety of maps in newspapers, periodicals, and advertising circulars. Two of the most interesting examples involved an insurance company’s advertising handbill and a song sheet to entertain passengers on long-distance railroad travel.
The first map presents the route across the Great West as a herald of progress. It features the completed tracks as well as sketches for a more southern line envisioned by the Kansas Pacific Railway. The map appeared on the side of a flier, slightly larger than a dollar bill, presenting the actual and projected railroad routes from St. Louis to California, all enclosed in a fancy, financial-type frame. The verso with an identical border looked like a bank note with the St. Louis Mutual Life Insurance Co. promising to pay ten thousand dollars to “your wife and children” at your passing, “for a small annual premium.” Two labels appeared on the map: one, “From St. Louis to Denver, New Mexico and California” promoted the city; the other urging the bearer “to protect your dependent ones” obviously pointed to the insurance policy, but could also refer to the message conveyed by the map as well. The piece, lithographed by A. Gast & Company, came in multiple versions, one for each of the insurance firm’s state agents. The map perhaps was chosen to provide a boost of optimism for a somber topic. It was, however, a typical railroad map, with the cartographer giving the sponsoring city every advantage, pushing Chicago to the edge of the map, cutting off the rival’s rail links to the east and erasing those to the north, south, and west. The configuration of the railroads on this map suggests a date of 1870, several years before Rand McNally & Company published its first railroad map. Thus the distorting of railroad maps to gain advantage was a well-practiced art in the Midwest before the celebrated Chicago publisher, which perfected the art of favorable treatment, designed its first map.
Indeed, one of the Chicago firm’s earliest maps, “Rand, McNally and Co.sʼ New Railway Guide Map of the United States and Canada,” originally prepared for the May, 1873 edition of the firm’s Railway Guide, was a model of thorough, accurate reporting. One early version also appeared on the reverse side of a song sheet which provided words to about three dozen songs along with a pitch for their Railway Guide “for sale on this train.” Beneath the words to the songs Charles Heck, a Chicago publisher and bookseller, also placed a notice that “this with songs, maps, etc.” would be included in “Heckʼs Prize Packages,” presumably a kit of things needed for a long train trip. The package included the large railroad map of the continent which had inset maps of the nation’s leading cities, the transcontinental route, and a “New Mining Map of Utah.” The song sheet occupied the verso of the large map and, in case one didn’t sing, also furnished household hints and recipes to peruse while passing the time. These features included directions for making goodies from blackberry wine to a wedding cake.
In short, the ubiquity of railroad maps in popular culture during the decades following the Golden Spike provides a noteworthy commentary on America as it entered the last decades of the nineteenth century. Maps of the railroad network, now reaching outward to fill a continental frame, undoubtedly reinforced a national view. Thus when Rand, McNally & Co. produced a “General Map of the Baltimore and Ohio Rail Road and Its Connections” in 1876, it included an inset map to carry the tracks across the wide Missouri, west from Kansas City and Omaha to the Pacific Ocean. Three years later, when A.T. Sears and E. Webster produced their Railway Guide with Popular Routes for summer and Winter Tourists (Chicago, 1879) they pointed to another transcontinental route, this one oriented southward: “The Illinois Central is now the great link in the chain of communication between this country, Mexico, and South America.”
North America’s traditional Golden Gate transcontinental route also became the central focus of maps with a global message such as the Pacific Mail and Steam-Ship Company’s “Chart Showing the Route of the Company’s Australian Mail Service” (Sidney: W. E. Smith, 1880) which traced her majesty’s mails by way of the “overland route to Great Britain” via Auckland, Honolulu, San Francisco, Ogden, Omaha, Chicago, and New York.
The classic visual image of an American railroad map’s transformation into a global document is “The World’s Railroad Scene,” a chromolithograph by Swain & Lewis printed about 1882. The map of North America, with the states and territories appearing in pastel colors, features only the sponsoring road, the Illinois Central. The oversize map is then projected on a globe from which a passenger train bursts through at the lower right corner of the sheet. The brilliant colors of the locomotive highlight its dominant central position in the composition. At the right a crowd gathers at a typical town’s depot. People of all ages wait to board the train, but others seem to just stand and marvel at the wonder coming to a halt right in their community. Insets show a stage coach and canal boat to remind viewers of an age passing away while a steamship, at dock on the left, is only half-way into the age of steam: Its three masts towering over the belching smokestack. The large headlamp mounted on the locomotive and the telegraph wires parallel to the rails remind us that in the modern world railroad routes had conquered time as well as space. The globe, as an earth portrait, seems the proper symbol for an American railroad and it hoists a bold I.C.R.R. beneath the North Pole.
No town is identified by a sign on the plain wooden depot, but the simplicity of its architecture is itself a symbol of American democracy. Everyplace, to amount to something, needed a railroad depot. The simple structure connected the locality to the tracks and thereby to many other communities up and down the line, eventually reaching the ocean and its global shipping traffic. One can be assured that a wall map of the “Illinois Central and Its Connections” hung in this depot; perhaps a world map might have been called for as well.
Railroad Maps and Development
Railroads in the period 1870-1900 were the key to economic development. Without tracks, communities would not be connected to the modern world; without a train station they would be left out on the march to progress. To become a progressive town, to take a role in the American pageant, one needed a train in the Age of Steam. And maps opened the door. Take Tacoma in the Washington Territory, for example.
In 1888, following the completion of the Northern Pacific Railroad, with its western terminal at Tacoma, and in anticipation of the Oregon and California Railroad completing its link to the city in 1889, Allen C. Mason, a local booster, published a Compendium of Information Concerning the City of Tacoma. The pamphlet, introduced by a map of the region, was printed in Portland, Oregon, presumably because Tacoma had not yet grown enough to supply cartographic services. Oregon, enjoying the benefits of early rail links, grew in population much sooner than the Puget Sound communities. Now that the railroad had arrived, however, Washington soon multiplied its population fivefold and became a state in 1889. The map in Mason’s pamphlet played up the new railroads, giving them the thickest lines on the map and highlighting the resources in the regions they crossed with bold type, all in caps. “Wheat, Gold, Timber, Iron, Coal,” and so on covered the Washington Territory, but diminished in Oregon and British Columbia. Although the railroads ended in Tacoma, sea lanes continued their lines, each identified by letters and a key: “to Alaska…route from China and Japan, route to Mexico and South America…to Victoria…to San Francisco.” “This city has the market of the world before it,” Mason declared (74) and its “foundation stone” was the Northern Pacific Railroad.
Pamphlets and boosters can be found for almost every town in the nation and maps like Mason’s, pointing to resources and celebrating the railroad, usually accompany them. Many times railroads themselves were the promoters, seeking financing, selling farms or developing towns on their own land, and encouraging the development of resources along their lines in the hope of expanding traffic. The whole idea behind land grants to finance the construction of railroads naturally pushed these companies into real estate promotion following the model developed by the Illinois Central Railroad in the 1850s. In the last decade of the century this line repeated its earlier program by acquiring a half million acres in the Mississippi Delta and encouraging the transformation of wetland forests into cotton fields. Not to be outdone, the Louisville and Nashville Railroad promoted its land holdings in neighboring Alabama by sending an exhibit train to tour the Middle West in 1888. It reported that a million visitors came to see these exhibit cars and took home some 30 million leaflets, many of them featuring maps.
Local communities also turned to maps to help their residents envision what the coming of a railroad could do for them. In Wisconsin, when Grant County promoters realized that their area was underserved by railroads they conceived of a railroad which would make a circle connecting the major towns in the county with a link crossing the next county to reach a major railroad in Illinois just to the south. To show the route they simply overprinted a sectional map of the county (undated) with a red line that looks like a red balloon and labeled it the “Chicago Short Line.” The proposal did not get off the ground, but most of the towns eventually found other ways to “get connected” by rail.
Although the building of new railroads and the opening of new areas to settlement were usually cast in positive terms and their maps pointed to progress, many people and places, especially in the older states and more settled areas raised questions of costs and benefits. The classic cartographic expression of this perspective is a “Map of the United States Exhibiting the Grants of Land Made to…Railroads” published by the Justice Publishing Company of New York under the banner headline: “Map Showing How the People’s Land has been Squandered upon Corporations.” The impression left by the map was that all of the land in the shaded areas was given away, but the broad swaths included the alternate sections of land retained by the government (“the People’s Land”) and the extra bands, called indemnity tracts, which would be available to the railroads only if their sections were already taken up by settlers. The map appeared in a pamphlet, The History of Our Public Lands, issued by the Justice Publishing Company of New York City 1882. This tract advocated reclaiming the lands set aside for the railroads but which had not yet been taken up by them. Championing “the workers of the country,” the pamphlet wanted prospective settlers to obtain these lands for $1.25 per acre under the Homestead Act. Fraud, of course existed on lands granted to homesteaders as well as to railroads and the outcry against “the give-away program” had peaked several years earlier, about 1871, when 20 million acres were set aside for railroad land grants. Indeed, Congress granted almost no land to encourage railroad construction after that date. At the same time the early Granger laws also started government regulation of the railroads. This was over a decade before the Justice Publishing Company’s map appeared. Although the “People’s Land Squandered” map seems to have had only a modest impact at its time, it was given a long and influential career when the Democratic Party had Rand, McNally and Company develop a similar map for the Presidential Election of 1884. Titled “How the Public Domain has been Squandered,” this broadside also included an excerpt from the party’s platform: “We believe that the public lands ought, as far as possible, be kept as homesteads, for actual settlers, [and] that all unearned lands heretofore improvidently granted to railroad corporations by action of the Republican party should be restored.” (Public Lands 1885) In the twentieth century either the 1882 or the 1884 version of this “propaganda” map has often appeared in history textbooks, making it probably the nation’s most well-known railroad map, and, we might add, the least understood.
Even in 1882, when the seminal propaganda piece was apparently first published, it was not new, but reproduced of an 1878 map issued in a report on the arid lands in the Western US by John Wesley Powell. (Hayes 2007, 197) This is not to say that the federal land grants to railroads were beyond criticism. Especially in the case of the transcontinentals, in Canada as well as in the United States, the tracks across the Western reaches of the continent were probably built before they were really needed. Little consideration was given to true costs, economic to be sure, but also environmental, and human, especially in the neglect of Indian and workers’ rights and livelihoods. As it was, deception, waste, fraud, and misuse of resources were all too common in the story of American railroad expansion, all factors that are difficult to portray on maps. Cartography, it seems, has a built-in bias toward optimism. Nowhere is this characteristic shown with more force than in the railroad maps of the late nineteenth century.
This observation seems to be true even in the maps produced by the state and federal regulatory agencies set up to coordinate, oversee, and regulate America’s railroads. Beginning even before the Granger legislation in the Midwest during the early 1870s, many states had sponsored internal improvement programs that included railroads. These led to various types of public agencies on the state level. The Granger laws, however, created official commissions charged with gathering information, enforcing laws, discussing problems, encouraging solutions, and even projecting future transportation needs. As state governmental agencies, these railroad commissions conceived the trackage within their jurisdiction as a state-wide system. Mapping its territory, as state governments were apt to do, led to a splendid series of railroad maps for almost all states, beginning in the 1870s or 1880s. Issued as state publications and often appended to annual reports, these maps were mostly produced by commercial map publishers under governmental contracts. As up-to-date general state maps they served as educational materials and supported state programs encouraging economic development, immigration, law enforcement, and a variety of other functions. (See Selection 5)
When the Interstate Commerce Commission was established by the federal government in 1887 it was given broad but vague powers combining executive, legislative, and judicial functions. The goal was to establish a panel of experts who would be beyond politics to oversee the nation’s railroads. But the agency developed along a legalistic, case-by-case basis, acting largely in response to public complaints. Producing maps was not seen as part of its mission as was the case with most of the various state railroad commissions. It was not until the twentieth century that the Commission embarked on a systematic mapping program in its attempt to value the capital investment of each railroad as a basis for determining fair shipping rates. (see Selection 6) Mapping railroads on the federal level was left to the topographic and thematic maps produced by the Department of the Interior and the Bureau of the Census.
After the Civil War, in an attempt to get the collection of individual railroads to function as a system, special private agents worked with the various lines to facilitate individual shipments of goods and materials. The success of these firms, like the Blue Line Fast Freight Co., which owned its own rolling stock, led to freight being “forwarded between the Atlantic and the Pacific without change of cars.” By the late 1870s the service was being utilized by ordinary people for everyday transactions. A waybill dated March 6, 1878, for example, notes that L. C. M. Barnum of West Deerfield, Massachusetts sent via a Blue Line boxcar, “one sewing machine, second hand” to M. Colestes in Chicago. The boxcar travelled over the tracks of three or four different companies to reach its destination. And, if needed, the sewing machine could have continued on to Nebraska or California. The document specified a first class rate of 160 cents per 100 pounds and carried its share of fine print, but it shows how creative people found ways to make a disjointed system work. Did Mr. or Ms. Barnum consult a railroad map before deciding to ship the sewing machine? Probably not, because a Blue Line agent could do it for them, probably using one of the “shippers’ guides” published for their use. The Rand McNally Business Atlas soon dominated this field. (See Selection 4) Soon a standard gauge, standard time, union stations, uniform operating rules, transfer agreements, and a host of mechanical improvements would ease the flow of traffic. Each step along the way added value to the nation’s transportation system. In the process, the railroad maps, which pictured a uniform, smoothly functioning transportation network, became more aligned with reality.
The push toward the standardization of railroads in the United States was largely the result of private-sector efforts. The standardization of time, which came first, started as individual companies extended the time used in a major city to the surrounding area. Timetables simplified the matter, especially if all stops used the same time. When the telegraph and other devices started to control the movement of trains, a standard time and accurate railroad watches became absolutely necessary. Switching time between zones became cumbersome if not done on an hourly basis. In 1883, a convention of railroad officials meeting in a Chicago hotel agreed to divide the continent into a series of hourly time zones. Henceforth railroad maps needed to mark each of these time zones and include an explanation of this new cartography.
A standard gauge measuring the distance between the two rails came next, signaled by the massive switch of the 5’ broad-gauge tracks in the South to the increasingly standard 4” 8½” English gauge in 1886. Except for the use of narrow gauge trackage in special areas such as mountains, the standard width gradually was adopted by all companies in the decades following the completion of the transcontinental railroad, which followed this width by Congressional mandate. The emphasis on “through trains,” the rise of shipping agencies, the sharing of cars, the lengthening of lines, and the development of systems had encouraged a standard width. In the 1870s, the Blue Line, the shipping agency which carried the Barnum sewing machine, advertised its “great central route” which used agreements with five railroads to forward freight from New York to California. The dimensions of railroad cars, clearances for bridges and tunnels, and similar standards were also worked out privately as practical matters.
The third step in standardization was both a cause and product of the gradual emergence of a national railroad network. This involved the agreement by various companies to abide by uniform operating rules. While technology was making railroad travel safer and more comfortable with improvements in braking trains, heating cars, and providing locomotive power. Uniform operating rules concerning such details as telegraphic abbreviations and uniform systems for using signal lights were needed as cars and even entire trains were shuttled from the operations of one line to another. Again a product of private agreement between the various railroad companies, these rules were approved in 1889.
For example, in 1872 P.T. Barnum wanted to introduce the efficiency of scale into his circus. This meant staging shows at the larger towns on a circuit and bypassing presentations in the smaller, unprofitable villages. If the circus wagons could zip through these places on railroad cars they could avoid the pressures to put on a performance every ten miles or so, the distance the wagons could travel in one day. Loading the first train, however, in Terre Haute, Indiana, took twelve hours because the flatcars used had different heights and some of their braking systems prevented “bridging” wagons from one car to the next. A special train solved the problem. It had thirty cars with uniform dimensions and special connecting platforms so that the wagons could be pushed up a ramp at the end of the train and moved to flat cars down the line. As similar accommodations were made in equipment, procedures, and right-of-way rules, the flow of traffic became more efficient and effective, making the network of tracks indicated on the maps actually function as a system.
Indeed special urban “system maps” for important railroad centers like Chicago became signs of progress in their own right, featuring shared trackage, union depots, transfer railroads, by-pass routes, and belt lines. Standardization, system building, and ideas of progress went hand-in-hand.
Finance Capitalism and the World the Railroads Made
All three were, in the ideology of capitalism, encouraged by the corporate form of organization, mergers, and the development of trusts. As titans of finance put together business empires abuses of power, the quest for huge profits, and ruthless behavior muddied the actual story. These aspects of finance capitalism were very difficult to portray on maps. As we have seen, propaganda sheets could label the land grants as “give-aways” and Engineering News could use various colors to distinguish between the various “empires” of the financiers, but, in general, railroad maps stood with the status quo and pointed to progress. It took an informed eye to see through the map to witness battles for corporate control, the diversion of public resources into private gain, the exploitation of patrons and workers, the neglect of environmental concerns, or the opportunity costs involved in any railroad development.
But, as the nineteenth century drew to a close, critics, promoters, and commentators from every perspective acknowledged that railroads had revolutionized the way people lived and moved and had their being. As Nicholas Faith observed, “They made a greater and more immediate impact than any other mechanical or industrial invention before or since.” (Faith 1990, 1) Joseph Nimmo, Jr., an astute observer, pointed out in 1889 that in a single lifetime the construction of the American railroads had created “an amount of wealth more than a hundred fold the entire cost or present value” of the system. Moreover, he pointed out, “the value of the goods annually transported by rail” was estimated to be twenty times the cost of constructing the system. (Nimmo 1889, 3). Meanwhile, Edward Atkinson, an apologist for the industry, pointed to society’s dependence on the rails for the basic necessities of life. Without railroads, starvation would face thousands of Americans. (Atkinson 1885, 292) That very fact of life imbued the railroads with great power.
“The few men who control the great railway lines,” William Mason Grosvenor pointed out in the previous decade, have it in their power to strip away the wealth of the nation. “A change of one twentieth of a mill per one hundred pounds, in the charge of transportation per mile, may take hundreds of millions [of dollars] from the actual value of farms.” (Grosvenor 1873, 193) Thus, more than anything else, the public interest rested on the railroads. Any map reader, toward the end of the nineteenth century, knew that railroads were the key to understanding the interaction between people and the environment in any area of the nation. Indeed the lines tracing the tracks on a map almost had enough power to erase political boundaries. In 1884, Nimmo, then an official in the Bureau of Statistics, noted in his Annual Report on the Internal Commerce of the United States that “under our laws, treaty stipulations, and usages, the principal railroads of Canada are practically constituent members of the railroad system of the United States.” (Nimmo 1884, 5) (See Selections 2, 3 and 9)
At the very time that the Barnum family used the Blue Line to send their used sewing machine from Massachusetts to Illinois, fellow citizens of the Bay State were trying to get a railroad to come to their town. Years of effort produced nothing. “Although surrounded with railroads…a short distance [away, Shrewsbury]…had not one inch of railroad within its borders.” The five and a half miles to the nearest railroad proved to be too hilly for a steam engine. Even an old-fashioned horse railroad would need several teams to reach “the ample Worchester market at their doors.” In 1890, however, a local committee reported that the town had “not waited in vain” because electricity had come to the rescue. “The electric cars are propelled up hill and down with the greatest speed and facility, at small cost, and under perfect control.” The Town of Shrewsbury by the Railroad Committee, 1890, 15, 17). Soon electric railway systems would be springing up across the country, using over-head wires and a trolley to power a new type of railroad. These lines were soon called “interurbans,” or “between cities” railroads.
In 1890 the electrification of street railroads in cities and large towns had become the standard format for a modern metropolitan transit system. Several hundred electric streetcar networks were then operating cities in the United States. The next year the two urban systems in Minneapolis and St. Paul were connected to each other to form a larger interurban system. Why not keep the trolleys expanding beyond the suburbs and outward to the next town? In 1893 the extension of the Portland, Oregon trolley to Oregon City, fifteen miles away, proved to be a great success. By 1900 1,500 miles of interurban tracks reached out from cities and towns throughout the nation. In 1918, when the interurbans reached their greatest extent, over 15,000 miles of track were in service, traversed by over 10,000 trolley cars. Then the First World War curtailed the expansion and the focus in transportation policy shifted to the highways. Indeed, automobiles, trucks, and buses took command with such speed that interurban trains were soon neglected, bankrupt, and forgotten, except for the maps and memories they left behind.
Any metropolitan map in America produced between 1900 and 1930 that omitted the city’s interurban connections had serious shortcomings. In some states, especially in the Midwest, the interurban network developed into state-wide systems. Among the largest of these, the Illinois Traction System, sent its 550 miles of tracks into every part of the state, but failed to develop effective connections with Chicago’s interurban network. Indiana residents were better served in reaching the Windy City, and the Chicago, South Shore, and South Bend remains today as the last interurban railroad.
The Atlas of Traffic Maps issued in 1925 included a map of the interurban lines belonging to the Central Electric Traffic Association based in Indianapolis. (See Selection 8) Note the extensive area covered by these lines and that the map showed freight routes rather than passenger service. Similar maps were available for passenger travel, but these were often designed on a state format such as the Indiana Traction System map of 1936 issued by the Indiana Railroad System, a private corporation.
Cartographically, the interurban routes often did not mix with the steam railroads. Usually the interurban maps included the heavy rail lines only when it was to their advantage to show connecting routes and often the difference in locomotion was not indicated. In other examples the interurban maps omitted the steam lines altogether. Even general reference maps seem to have regarded the interurbans as a separate system, local in interest, perhaps ephemeral in nature, and not worthy of systematic inclusion. The timetables issued by the electric railroads, which often included maps, were similar to those published by the traditional railroads, but usually simpler in design and less expensive to produce. The interurbans relied more heavily on regular commuters from the suburbs or periodic trips from small towns to larger centers for shopping or visiting purposes. The schedule in these cases was much more important than a map of the route.
Some interurban maps and atlases, however, did promote day trips to local places of amusement and recreation. Newspapers like the Brooklyn Eagle issued an annual atlas promoting longer vacations via inexpensive interurban service. Indeed the advantages of electrification led several promoters to urge the construction of long distance electric railroads. The proposed Chicago-New York Electric Air Line would use a third rail instead of a trolley: “No curves…Greater Speed; Perfect Safety. Time and Money Saved,” its prospectus trumpeted. The accompanying map pictured the route as a straight line through Toledo and Cleveland, emphasizing a saving of 230 miles over the New York Central Route. Although, as the sheet proclaimed, “20 million people [were] waiting to patronize this road [and travel from] New York to Chicago in 10 hours,” the line never reached either city, constructing only twenty-five miles of track in Indiana. (Modelski 1984, 95) The promise of electrification, however, did lead the Milwaukee Road to use current in crossing the mountains when it constructed its transcontinental line between 1905 and 1915. (See Selection 7)
Although interurbans continued to be built into the 1920s, other lines were abandoned as the upwardly-mobile increasingly moved to more distant suburbs or came to favor private automobiles over public transit. Steam railroads faced the same competition, reaching their peak mileage in 1916. Most interurbans were uncoincidentally built at the time (1900-1915) that steam railroads found it difficult to attract new capital. As rising costs of labor, coal, and taxes, plus increasing government regulation, cut into profits, the traditional railroads were often forced to mortgage their properties to modernize their operations. A firm in New York City even issued Kimber’s Atlas of Railroad Maps describing and illustrating the Security for Every Mortgage Bond of the Steam Railroads of the United States (1920-1923).
Railroads in Wartime
Bankruptcies faced many lines in the early twentieth century. Thus when the First World War increased the demand for transportation, US railroads were not ready. Rolling stock was in short supply and so many loaded freight cars clogged Eastern port cities in December 1917 that the federal government took over the lines, intending to run the rail network as a single system during the emergency. Antitrust legislation in the previous decades had worked against such integration, but some national leaders such as William Jennings Bryan had urged federal ownership of the railroads as an alternative to regulation. When the government took over the railroads, it quickly ordered 100,000 new boxcars and 2,000 locomotives, eliminated redundant tracks as well as duplicate routes, and streamlined operations to facilitate the movement of goods and troops to Atlantic and Gulf ports.
However, as the war ended, public opinion urged that the railroads be returned to private ownership as soon as possible. On the other hand, the efficiencies gained by coordination and new investments were obvious. The Esch-Cummins Transportation Act of 1920, in effect, gave the Interstate Commerce Commission (ICC) the power to continue shaping the railroads into a coordinated national system. It even specified that the agency must develop a plan to group the individual lines into a series of coordinated regional segments. The result, the Ripley Plan developed by a Harvard Professor (See Selection 8), was constantly amended and revised until the onset of the Great Depression made it obsolete. Then, when President Franklin Delano Roosevelt started to address the nation’s economic woes in 1933, he turned to a Wall Street leader to formulate a new national railroad plan. F.H. Prince relied on a knowledgeable railroad leader for new maps. John W. Barriger III, head of the Railroad Division of the Reconstruction Finance Corporation divided the nation’s trackage into three regions (North, South, and West) and eight operating systems. But the plan was dead upon arrival at the White House because it would result in many lost jobs. As President Roosevelt read the map, America in the Great Depression needed more, not fewer jobs. Thus the national railroad system portrayed on the maps continued to fall far short of its potential.
The railroads themselves objected to reductions in competition in large measure because during the 1920s prosperity seemed to be returning to their companies. Abandoning excess trackage, using heavier rails, expanding block signals to keep “blocks” of track section apart and thus lessen the likelihood of accidents, and espousing Centralized Traffic Control to reduce congestion, among other advances, led to efficiency gains which in turn attracted renewed capital investment.
Thus when the Second World War broke out, the nation’s railroad network was up to the wartime challenges. (See Selection 9) The Office of Defense Transportation played a coordinating rather than an operating role. Mobilizing the nation’s resources provided many opportunities to demonstrate the advantages of scientific management and the professional leadership of the Association of American Railroads in this respect paid handsome dividends. The end result, in railroad terms, was a convincing demonstration of the value of the nation’s railroads to the nation’s defense and the country’s economic health. Few maps of any kind had the patriotic theme and widespread impact of those provided by the various lines to help soldiers and sailors move easily across the country. One gets the impression that service men and women often asked for two copies, one for their own use in transit and one so the folks back home could follow their journeys on a map.
The railroad maps addressed to service personnel were a popular version of the more elaborate travel literature produced by the railroads in the early decades of the twentieth century. These advertisements, timetables, travel guides, promotional booklets, posters, and promotional materials of every description often featured maps. Many of these folded out to present the particular line and its territory in an appealing, colorful design. Most followed established cartographic conventions for railroad maps. (See Selections 1 & 3) For example, a map showing the “Washington-Sunset Route to the East” issued by the Southern Railway, the Southern Pacific Company, and their partners in 1912 stretched the national map in east-west fashion to provide space for dozens of stations along the route from San Francisco through El Paso, New Orleans, and Atlanta to Washington, DC, with an extension to Philadelphia, New York, and Boston. The mainline, boldly stated on the map, traced a gentle arc, seeming to put half of the country within easy reach of its service.
Another example, the Wabash Railway’s travel brochure titled “A Vacation for Everybody” (1917), used a simple outline map for each offering, buttressed by a system map to show how the company’s tracks collected vacationers from the Midwest to send them on to favored destinations in the North and East.
In the 1920s the Santa Fe Railway provided patrons with free postcards which featured large red circles on a system map to show all of its celebrated Harvey House Hotels and Dining Stations. The traveler was urged to mark the place and date the card to show where “I am…today.” Other lines also tapped the post card mania of the early twentieth century to show off their trains, map their routes, and picture the fabulous sights along the way.
Railroad maps seemed to seize every new opportunity in popular print culture to advertise particular companies, from wall calendars and postcards to playing cards and comic books. One of the most striking examples updated the Illinois Central globe discussed earlier, “The World’s Railroad Scene.” The Charles I. Felthousen Company of Chicago, a producer of educational posters, recreated the image in 1910 using modern details: A motor truck and automobile in the foreground, an ornate depot in place of the former plain building, aircraft of various types in the sky, and a streetcar and steamship on the left. The simple US map on the globe named states, capitals, major cities, and rivers. Designed for geographic instruction, E.S. Yates, the artist, centered the viewer’s attention on the great agent of modern progress: The steam locomotive.
Railroads in the 1930s continued to sound the themes of progress. The Chicago Burlington and Quincy Railroad introduced its Zephyrs in 1934, the first of the streamlined passenger trains. These diesel-electric trains with storied names quickly racked up records for speed in their triumph over time. Railroads also seemed to have conquered space several decades earlier when Henry M. Flagler completed the spectacular extension of his Florida East Coast Railway to Key West. Using over eighty bridges and viaducts, the rails reached out almost a hundred miles into the sea to reach the southern-most point in the United States. But, the year after the Burlington’s Zephyrs appeared, a hurricane destroyed a long section of the Key West track. And then, adding insult to injury, when the route was rebuilt in 1938, it was as a highway rather than a railroad.
Key West inherited a landmark train station, but was left without rail service. This was a token of things to come. World War II perhaps delayed the day of reckoning, but the shift in national priorities to the construction of highways and pipelines as well as facilities for inland waterways and air travel, already notable before 1941, became more and more pronounced after 1945. In the year that the war ended, railroads carried 60% of the nation’s freight, measured by ton-miles. By 1980 that figure had dropped to 35%. In 1945 railroads dominated inter-city travel, twenty-five years later, travel by rail had almost disappeared. It would be saved only by Amtrak which started operations in 1971. (See Selection 10)
In these decades of decline, railroad motive power shifted almost completely from steam engines to diesel-electric motors. Streamliners introduced the new technology but it was in freight service that companies reaped the major benefits. Diesel-powered freight trains started in 1941 and, after delays spurred by war-time restrictions; they almost completely replaced steam locomotives by 1960.
The 1950s also witnessed the emergence of a new approach to freight transportation: the transshipment container that could be easily moved as a unit from boat to train to truck. These intermodal links surely intensified the way informed people would read a railroad map. Connecting points for rail, truck, steamship, inland water, and air transport became critical points in sustaining global commerce and modern life. Now terminal facilities attracted attention. In 1959 when the Pullman-Standard Car Manufacturing Company offered readers of Railway Age (January 19, 69) a print of a railroad painting, “suitable for framing,” it featured a new Louisville and Nashville assembly yard in Birmingham, Alabama rather than a train curving around a mountain bend or a map showing the extent of railroad coverage. The typical railroad office such as the one pictured in the March 30 issue of that year featured a system map behind the executive’s desk.
In the 1950s railroad maps were not what they used to be. Railroad cartography, especially when addressed to the general public increasingly looked like stick charts with straight lines connecting major cities in the fashion of air line maps (see the following maps in Railway Age for 1959: March 30, p. 24; April 27, p. 64; and May 18, p. 6). Moreover, many former types of railroad maps no longer had a function. The land promotion maps introduced in the 1850s were now obsolete. The Illinois Central still had a large development department, but its focus had shifted to industrial sites, urban projects, and the promotion of scientific agriculture and forestry. Even the system maps that had hung in depots and served as centerfolds in timetables started to disappear as passenger service declined.
Several thousand individual trains were eliminated in the 1950s and the Transportation Act of 1958 made it easier for railroads to abandon passenger routes altogether. With the development of the Interstate Highway System, its road maps became the primary reference tool for American geography. By 1971 when it looked like intercity railroad passenger service would completely disappear, Congress created Amtrak to salvage at least the ghost of a system. Then there was only a single railroad passenger map in the country, and it looked forlorn. (See Selection 10)
For freight service railroad maps still found a use when addressing the general public. One interesting experiment tried to adapt the “piggy-back” service used by various railroads to haul trailers for motor trucks on flatbed cars, following the example of the old circus trains. In 1971 the Auto-Train Corporation started offering piggy-back service for people and their automobiles between Washington, D.C. and Orlando, Florida. Passenger service on this train recalled the golden age of railroad travel: Private sleeping compartments, domed observation cars, first-run movies, and even entertainers posing as Disney characters. After a decade the private venture failed when it tried to expand operations to other cities. Container shipping and unit trains, however, sparked a revival of interest in railroads by the investment community and their focus shifted to the consolidation of North America’s railroads into a handful of large systems. Thus, some lines, like the Norfolk Southern, continued to issue system maps for the use of shippers.
Maps for Consolidation
Maps, whether on paper or in the mind, have always undergirded the thousands of mergers and acquisitions that forged longer routes and transportation systems out of the original short lines. The Southern Railway System’s advertisement in Railway Age (March 30, 1959 pp. 18-19) boasted “Man Power, Map Power, you get both…” by way of its services. “Just look at the map and you’ll see what we mean.” In this case acquisitions fashioned a network so shippers “could often ʻdo it all with a one system haul.ʼ” The merger of the rival Pennsylvania and New York Central lines in 1966 was possibly the most celebrated merger after 1960 when the consolidation envisioned by industry experts in the 1920s and 1930s finally took root. It was not successful, but the idea behind it provided a key to the future. Each of these business combinations needed regulatory approval and the support of Wall Street. The literature generated by this process often included advocacy maps.
Donald J. Russell, President of the Southern Pacific Company, provided an early example of such maps in 1960 when he prepared a map to accompany “An Open Letter to Shippers, Communities, and the General Public” on “Why Southern Pacific’s Proposal Best Serves the Public Interest.” The issue at hand was which company should acquire the Western Pacific Railroad, Mr. Russell’s line or the Santa Fe Railway? “The map shows why only Southern Pacific and Western Pacific can co-ordinate their operations to produce major public benefits,” Russell’s letter insisted. The map emphasized how the two lines were geographically intertwined, running “virtually side by side” and thus in the best position “to compete for traffic” with “other modes of transportation.” Carefully reading the map in the context of the letter and the accompany notes provides many insights into the course of railroad history over the next half century, ending with the consolidation of North American railroads into six first class rail systems. In the process both the Southern Pacific and the Western Pacific would eventually become part of the Union Pacific Railroad. Moreover, the US-Canadian boundary would be crisscrossed by international railroad companies as envisioned by experts over a century earlier.
Prospects for Century 21
Most of the maps showing the possibilities of high-speed passenger rail routes look like air line charts rather than railroad maps, often eliminating the cross-ties and reducing the right-of-way to a straight line. The tragedy of 9-11 in 2001, along with other factors, revived some public support for railroad passenger service, and an advertising campaign by Amtrak in 2011 introduced a new type of railroad map. In these examples, the map traced the thoughts of a passenger in route as a line gently curved across the page from “Point A” on the left to “Point Be” on the right. In one magazine advertisement a college student starts out with a segment labeled “Crank out five pages of thesis” before observing “a roadrunner” and “snapping rolls of film,” somewhat anachronistically. (Midwest Living, September 2011) Another version, this one for newspapers, showed stations along the way: “Relax, Read, Nap, Chat, Dinner, and Stars.” The punchline in each case was: “Be transported in more ways than one.”
The same adage, of course, applies to railroad maps. There is more than one way to read them. Old maps document the geographies of the past, but they also point to states of mind. They collect a host of data and, in the process, reveal larger forces at work. One needs some context to sense the layers of meaning in any map, but the intricate interaction between railroads and their maps seems to illuminate especially well the paths to cartographic literacy.
“In terms of its ability to haul goods or people, the diesel-electric locomotive is, so far, the most fuel-efficient form of self-powered land transportation ever devised” the editor of Railway Age declared in March 2010 (28). As such, railroads have an important future as well as a storied past. Maps have served them well in the past and promise continuing utility in the future. But we must keep in mind the old adage that the map is not the territory. It must be read critically and in context.
Among the special characteristics of maps is their ability to push readers into further searching and investigation. Something strikes us about a particular example and we would like to know more about it. The problem is that our quest starts out vague and confused, without a specific question in mind or even a general direction to arrange our thoughts. Maybe before jumping immediately into a search for context and understanding we might profit by reflecting on what it is about this map that attracts us. First read the “Further Reading” section of the unit on “American Railroad Maps, 1828-1876.” Then, if so inclined look at the focus maps in this unit and note our following responses to the question each one raised for us: “What particularly interests us about this map?” Our Responses:
Through the White Mountains, (1880). Reading a topographic map is always a challenge because a reader must start with the lay of the land. In this case the mountains create barriers, dividing the land into a series of valley. How will the railroad get through them, reaching to Portland on one end and to Ogdensburg on the other? How does the topography influence the route?
“The movement of Troops to quell the North West Trouble,” (1885). Upon first glance this seems like an ordinary map, but when we read its title, our interest in stimulated. What does this map mean? Although the cartography seems like an ordinary railroad map, the title spells out something extraordinary, pushing readers to find out more about it.
The Duluth, South Shore, & Atlantic Railway (1890). This is obviously a tourist map designed to stimulate passenger traffic. Its design and use of color attract our attention. Why is this piece so effective in its graphic design? How does “the look of the map” help it achieve its purpose?
A Business Atlas Map of Florida, 1909. How would one design a special atlas addressed to business concerns, especially people interested in sending goods or services from one place to another in the United States? In shaping an answer be sure to consider such elements as accuracy, providing all the necessary information, clarity, and the need for frequent revision.
Railroad Map of Georgia, 1916. Many states issued a railroad map each year. These became precursors of state highway maps which started about the time this map appeared. Both types of transportation maps also served other purposes. Who would use a railroad map? Why did they want to use a map that covered only one state?
Railroad Valuation Maps, 1919. Large-scale maps provided useful aids in totaling the value of a company’s physical assets. This was important in setting the rates they could charge. Like track charts, these maps often included other features along the right-of-way such as private buildings, roads, and parks. Use this sheet to reconstruct the past geography of Itasca.
A Time-Table Map, 1920. Passenger railroads in the United States from the very beginning published time tables in newspapers and on handbills or posters. Eventually they included a map of the route or the system along with the schedules. What value was added by including a map? What features on the map would appeal to readers?
A Railway Traffic Map, 1925. Traffic maps addressed people concerned with the operation of a railroad, especially students learning about freight rates and territories. How do they differ from railroad maps created for the general public?
A Track Chart: Kansas City, 1945. Large-scale track charts such as this one help us understand railroad operations. This example shows a key transportation node involving several railroads in a dense urban setting. Use it to compare with the small town in focus map 6.
Creating a National Railroad Network, 1971. When planners envisioned the national passenger railroad network that eventually became Amtrak, the goal was to cross each state with both a north-south and an east-west route. This ideal soon became impractical. The final choice for the initial network is shown here. Check it out for limitations and suggest possible changes.
Amtrak. September 2011. Advertisement. In Midwest Living.
Atkinson, Edward. 1885. The distribution of products: or, The mechanism and the metaphysics of exchange: three essays. New York: Putnam.
Engineering News Publishing Company. ca. 1888. Engineering News Atlas of Railway Progress. New York: Engineering News Publishing Company.
Challis, David M., and Andy Rush. 2009. “The Railways of Britain: An Unstudied Map Corpus.” In Imago Mundi, v. 61, no. 2, 186-214.
Cram Atlas Company. 1875. New Commercial Atlas of the United States and territories. Chicago: Cram Atlas Company.
Duluth South Shore & Atlantic Railway. 1891. Along the Bowstring, or South Shor of Lake Superior. [New York]: Duluth South Shore and Atlantic Railway.
Faith, Nicholas. 1990. The World the Railways Made. London: Bodley Head.
Grosvenor, William Mason. November 1873. “The Railroads and the Farms.” In Atlantic Monthly, 591-610.
Hayes, Derek. 2007. Historical Atlas of California. Berkeley: University of California Press.
Hayes, Derek. 2010. Historical Atlas of the North American Railroad. Berkeley: University of California Press.
The History of our public lands. 1882. New York: Justice Publishing Company.
Johnson, Christopher. 2006. This Grand Magnificent Place: The Wilderness Heritage of the White Mountains. Durham, NH: University of New Hampshire Press.
A.W. Kimber & Company. 1923. Kimberʼs Atlas of Railroad Mortgage Maps, describing and illustrating the Security for Every Mortgage Bond of the Steam Railroads of the United States. New York: A.W. Kimber & Company.
Lomazzi, Brad S. 1995. Railroad Timetables, Travel Brochures, & Posters: A History and Guide for Collectors. Spencertown, NY: Golden Hill Press.
Mason, Allen C. 1888. Compendium of Information Concerning the City of Tacoma. Pamphlet. Tacoma, WA.
Middleton, William D., et al, eds. 2007. Encyclopedia of North America Railroads. Bloomington: University of Indiana Press.
Modelski, Andrew M. 1984. Railroad Maps of North America: The First Hundred Years. Washington, DC: Library of Congress.
Modelski, Andrew M. 1975. Railroad Maps of the United States: A Selective Annotated Bibliography of Original 19th-century Maps in the Geography and Map Division of the Library of Congress. Washington, DC: Library of Congress.
Musich, Jerry. 2006. “Mapping a Transcontinental Nation, Nineteenth- and Early Twentieth-Century American Rail Travel Cartography.” In Cartographies of Travel and Navigation, edited by James R. Akerman, 97-150, 316-321. Chicago: University of Chicago Press.
Nimmo, Joseph. 1881. The Railroad Problem: Cost of Transportation, Railroad Confederations or Pooling Arrangements, and the Governmental Regulation of Railroads. Washington, DC: Government Printing Office.
Nimmo, Joseph. 1884. Reciprocity of Transportation Facilities between the United States and the Dominion of Canada: and the Canadian Pacific Railway. Washington, DC: Government Printing Office.
Pacific Mail and Steam-Ship Company. 1880. Chart Showing the Route of the Company’s Australian Mail Service. Sydney.
Poor, Henry Varnum. 1874. Manual of the Railroads of the United States for 1874-75. New York.
Pullman-Standard Car Manufacturing Company. print of Louisville and Nashville assembly yard in Birmingham, Alabama, Railway Age (January 19, p. 69)
Shrewsbury Railroad Committee. 1890. The Town of Shrewsbury: its location, advantages and attractions as a place of residence and for business. Shrewsbury, MA.
Southern Railway System. Railway Age, 1959: March 30, p. 24; April 27, p. 64; and May 18, p. 6.
Railway Age, editor’s note (?) March 2010
Rand McNally and Company. 1873. “Rand, McNally and Co.s’ New Railway Guide Map of the United States and Canada.” In Railway Guide. Chicago: Rand McNally and Company.
Rand McNally and Company. 1876. Business Atlas of the Great Mississippi Valley and Pacific Slope. Chicago: Rand McNally and Company.
Rand McNally and Company. 1877. Business Atlas. Chicago: Rand McNally and Company.
Russell, Donald J. 1960. “Why Southern Pacific’s Proposal Best Serves the Public Interest.” In An Open Letter to Shippers, Communities, and the General Public. Pamphlet.
Saint Louis Mutual Life Insurance Company. / A. Gast & Co. Lithographers, Transcontinental railroad handbill, ca. 1870
Santa Fe Railway. ca. 1920. Harvey House Hotels and Dining Stations. Postcard.
Sears, A. T., and E. Webster. 1879. Railway Guide with Popular Routes for summer and Winter Tourists. Chicago: A. T. Sears & E. Webster.
Searles, William H., et al. 1880. Field Engineering: A Handbook of the Theory and Practice of Railway Surveying, Location, and Construction. Twenty-second edition by Philip Kissam, 1949. New York: John Wiley & Sons.
Southern Railway System. March 30, 1959. Advertisement. In _Railway Age,_18-19.
Stover, John F. 1999. The Routledge Historical Atlas of the American Railroads. New York: Routledge.
Swain & Lewis. ca. 1882. The World’s Railroad Scene. Chromolithograph.
Wabash Railway. 1917. A Vacation for Everybody. Brochure.
Yates, E. S. ca. 1910. Twentieth-Century Transportation. Print. [Chicago]: Delmont Company, Charles I. Felthousen.
- White Mountains, NH, Railroad Map, 1870
- Canadian Pacific Railway, Metis Rebellion, 1886
- Lake Superior South Shore Railway, 1890
- Rand McNally Business Atlas, Florida Map, 1909
- Georgia Railroad Commission Map, 1916
- Milwaukee Road Time Table, 1920
- Atlas of Traffic Maps, 1925
- Railroad Operations Map, Industrial District, Kansas City, 1945
- Amtrak Passenger Routes, 1971
- Railroad Valuation Map, Itasca, IL, 1919