History of rail transport in Japan

This article is part of the history of rail transport by country series.

The history of rail transport in Japan began in the late Edo period. There have been four main stages:[1]

  1. Stage 1, from 1872, the first line, from Tokyo to Yokohama, to the end of the Russo-Japanese war;
  2. Stage 2, from nationalisation in 1906-07 to the end of World War II;
  3. Stage 3, from the postwar creation of Japanese National Railways to 1987;
  4. Stage 4, from privatisation to the present, with JNR split between six new railway operators for passengers and one for freight.

Stage 1: Early Development, 1872-1906

In Yokohama, 1874
No. 1, one of the earliest locomotives later type 150, was UK made

The development of the Japanese railway network commenced shortly after the country opened its borders to formal international contact after a Shogunate-imposed isolation of ~250 years, and was initiated (along with many other changes to Japanese society at the time) so that Japan could achieve rapid modernization.[2]

Though rail transport had been known through limited foreign contact such as with Dutch traders in Dejima, Nagasaki, the impact of model railroads brought by foreigners such as Yevfimy Putyatin and Matthew Calbraith Perry was huge. The British also demonstrated a steam locomotive in Nagasaki. Saga Domain, a Japanese feudal domain (han), made a working model and planned to construct a line. Bodies such as the Satsuma Domain and the Tokugawa shogunate reviewed railway construction from Edo to Kyoto via an inland route, but a line did not come to reality before the Meiji Restoration.

The Briton Edmund Morell, was the first Engineer-in-Chief of the government railway, and is respected as the father of Japanese railways

Whilst the Emperor of Japan, based in Kyoto, was the titular ruler of the country, since circa 1600 Japan had been effectively ruled by the Tokugawa Shogunate, based in Edo. Just prior to the fall of the Shogunate, the Tokugawa regime issued a grant to the American diplomat Anton L. C. Portman to construct a line from Yokohama to Edo (soon to be renamed Tokyo), but this grant was not continued by the new regime.[3]

In 1868 Thomas Blake Glover, a Scottish merchant, was responsible for bringing the first steam locomotive, "Iron Duke", to Japan, which he demonstrated on an 8-mile track in the Ōura district of Nagasaki.[4] However, after ~250 years of a culture of ‘distrust of foreigners’, construction of the ‘premier’ railway connecting Japan’s former and new capitals by non-Japanese was considered politically unacceptable to the new Japanese regime, and so the government of Japan decided to build a railway from the major port of Yokohama to Tokyo using British financing and 300 British and European technical advisors: civil engineers, general managers, locomotive builders and drivers.[5] On September 12, 1872, the first railway, between Shimbashi (later Shiodome) and Yokohama (present Sakuragichō) opened. (The date is in Tenpō calendar, October 14 in present Gregorian calendar). A one-way trip took 53 minutes in comparison to 40 minutes for a modern electric train. Service started with nine round trips daily.[6]

British engineer Edmund Morel (1841-1871) supervised construction of the first railway on Honshu during the last year of his life, American engineer Joseph U. Crowford (1842-1942) supervised construction of a coal mine railway on Hokkaidō in 1880, and German engineer Herrmann Rumschottel (1844-1918) supervised railway construction on Kyushu beginning in 1887. All three trained Japanese engineers to undertake railway projects. Two men trained by Crowford later became presidents of Japan National Railways. A bronze bust of Morel in Yokohama, a bronze statue of Crowford in the Temiya Railway Memorial Museum, and a bust of Rumschottel in Hakata commemorate their contributions to Japan's railways.[6]

The precise reason why a track gauge of 3 ft 6 in (1,067 mm) (also known as "Cape gauge") came to be selected remains uncertain.[7] It could be because 3 ft 6 in (1,067 mm) was supposed to be cheaper to build than the internationally more widely used "Stephenson gauge" of 4 ft 8 1⁄2 in (1,435 mm), or because the first British agent, whose contract was later cancelled, ordered iron sleepers made for the narrower gauge. It seems most likely, however, that Morel's previous experience building Cape gauge railways in similar New Zealand terrain was a significant influence, and Cape gauge became the de facto standard.[6]

Network expansion

The next line constructed was from another port, Kobe, to the major commercial city of Osaka (opening in 1874), and then to Kyoto (1877) and Otsu (1880) at the southern end of Lake Biwa. A line was constructed from Tsuruga, on the Sea of Japan, to Ogaki (connecting to a canal to Nagoya) via Nagahama on the northern end of Lake Biwa, opening in 1884 and utilizing trans-shipment onto water-going vessels to connect the Sea of Japan to Osaka, Kyoto and Nagoya.

Linking Tokyo to Nagoya and Kyoto became the next priority. Initially the proposed route was inland, from Tokyo north to Takasaki, then west through the Usui Pass to Karuizawa and the Kiso River valley. At this time the Nippon Railway Co. (NRC) became the first to be granted a concession to operate what became the Tohoku Main Line from Ueno to Aomori, with a branch line from Omiya to Takasaki. Construction of both lines was undertaken by the Government at the company’s expense, with the government having running rights on the Takasaki-Ueno section. The line to Takasaki opened in 1884, as did the Tohoku line as far as Utsunomiya.

The NRC also financed a new line linking to the Yokohama line which was built from Akabane via Shinjuku to Shinagawa (with the NRC gaining track usage rights at the government station at Shinagawa). This was the first section of what has become the Yamanote Line, and opened in 1885.

The government funded line from Takasaki reached Yokokawa at the base of the Usui Pass in 1885, and initial surveys indicated a ruling grade of 10% (later improved to 6.67%) and extensive tunneling was required to reach Karuizawa.

Construction also started on another line from the Sea of Japan, commencing at Naoetsu and opening to Karuizawa via Nagano in 1888.

As the costs of construction through the mountainous interior of Japan became apparent, in 1886 the construction of what became the Tokaido line was approved, approximately paralleling the southern coastline (and Tokaido road) as far as Nagoya. Although ~238 km longer, it was projected to cost 13% less, this saving then being allocated to construct a line from Otsu along the eastern side of Lake Biwa to Nagahama to remove the need for trans-shipment, which opened in 1889, as did the final section of the Tokaido Line via Gotemba. Until the opening of the Tokaido Shinkansen in 1964, this was the most important main line in Japan.

In the meantime the Tohoku line reached Sendai in 1887 and Aomori in 1891.

In 1888 the Sanyo Railway Co. (SRC) was granted a charter to build the Sanyo Main Line from Kobe west to Shimonoseki, a port providing a connection to the port of Moji on Kyushu, from which the Kyushu Railway Co (KRC) built its line to Hakata and Kumamoto opening between 1889 and 1891.

1891 also saw construction start on the Usui Pass section, the ~11 km section to Karuizawa requiring 26 tunnels, 18 viaducts and to be worked using the Abt rack railway system to cope with the 6.67% ruling grade. The line opened in 1893, linking Naoetsu and Nagano to Tokyo.

In 1892 the Railway Construction Act listed a series of priority routes, with the specific policy that private construction of such routes would be encouraged, and the Japanese government only funding routes not able to be privately constructed. By that year the privately owned network was ~2,124 km compared to the government owned sections totaling ~887 km.

Politicians such as Inoue Masaru stated all the railway lines should be nationalized. However, the government was financially strained after the Satsuma Rebellion, making the expansion of the network terribly slow. Politicians then wanted to allow private companies to build railways. Consequently, Nippon Railway was founded as a private entity, strongly effecting the government's projects. It expanded railways fairly quickly, completing the main line between Ueno and Aomori (present Tōhoku Main Line) in 1891. With the success of Nippon Railway, private companies were also founded. Sanyō Railway, Kyūshū Railway, Hokkaidō Colliery and Railway, Kansai Railway and Nippon Railway were called the "major five private railways" at the time. At the same time, the national railway opened lines, including the current Tōkaidō Main Line in 1889, but most of its lines were subsidiary to major private lines. In 1892, the Imperial Diet promulgated the Railway Construction Act, which listed 33 railway routes that should be constructed by either the government or private entities.

Railways were introduced to provide both inter-city and intra-city transport. The first horsecar line in Japan was built in Tokyo in 1882. The first tram was the Kyoto Electric Railway (京都電気鉄道, Kyōto Denki Tetsudō), which opened in 1895.

Some operators began to use EMUs rather than locomotives for inter-city transport. Many such railway companies, modelled after interurbans in the United States, are the origins of the current private railway operators.

A tramcar of the former Kyoto Electric Railway, now operating in the Meiji-mura open-air museum

Stage 2, 1906-1945

Pre-war development

Locomotives for the early railways were usually built in the country of the designing engineer. The first railways on Honshu used locomotives built in the United Kingdom. Locomotives from the United States arrived in Hokkaidō in 1888 and from Germany arrived in Kyushu in 1889. Early British locomotives were often tank locomotives, while the earliest American locomotives were 2-6-0 and 4-4-0 types with tenders. German manufacturers produced a number of smaller tank locomotives including some for 762 mm (2 ft 6 in) narrow gauge. Richard Trevithick's grandson Francis Henry Trevithick became locomotive superintendent for JNR in the late 19th century, and ordered locomotives from the United Kingdom including numerous 4-4-0 types. His brother Richard Francis Trevithick designed the first locomotive to be manufactured in Japan in 1893. Japanese manufacturers initially depended heavily on imported locomotive parts. JNR ceased importing locomotives in 1912. Thereafter, with the exception of a few experimental locomotives manufactured by Orenstein & Koppel or American Locomotive Company, production locomotives were JNR designs built by Japanese manufacturers.[6]

D51, debuted in 1936, is the most mass-produced steam locomotive in Japan with 1,115 units.
South Manchuria Railway

Private railway companies were the major players in the early stages. However, after the First Sino-Japanese War and the Russo-Japanese War, the government planned to directly control the unified railway network for strategic purposes. In 1906 the Railway Nationalization Act was promulgated, nationalizing many trunk railway lines. From this time, the nationalised railway became the major Japanese network.

However, having used its money for nationalizing, the government did not have enough money to expand the network to the countryside. It passed the Light Railway Act, encouraging smaller private operators to build light railways (軽便鉄道, keiben tetsudō).

Larger private railway operators developed their businesses, modeled on interurbans. Hanshin Express Electric Railway (the current Hankyu Railway) built its own department store connected to its terminus; the management model is still used. Unlike interurban operators in United States, which suffered from motorization as early as the 1910s, Japanese counterparts did not experience the phenomenon until the 1960s, giving them stable development and allowing their survival.

The first subway in the East (the current Tokyo Metro Ginza Line) opened in 1927. The first trolleybus appeared in 1928.

In the territories of the Japanese Empire at the time, railways in Korea, Taiwan, and Sakhalin were built by the Japanese. In Manchukuo, a nation in Northeast China virtually controlled by Japanese, South Manchuria Railway operated its railway network.

One of achievements in this period in railway technology was the conversion of link and pin couplers of locomotives and cars to automatic couplers in July 1925 in Honshū and Kyūshū after considerable preparation.[8] On April 1, 1930, the Ministry of Railways adopted the metric system, replacing Imperial units, for the measuring of railways.[9]

Wartime situation

Soldiers leaving home by train
Hiroshima streetcar No.651 destroyed by A-bomb. This car was repaired and was used after the war.

After the start of the Second Sino-Japanese War and the Pacific War (World War II), the railways came under military control. In 1938, the government decided to unify private railways into regional blocks, making larger companies such as Tokyo Kyuko Electric Railway (called Great Tōkyū in comparison with postwar Tōkyū) and Kinki Nippon Railway.

In this period there was a second wave of nationalization. Twenty-two railway companies were forcibly acquired by the government in 1943 and 1944. Unlike the first wave in 1906–1907, which integrated trunk lines into government control, this wave mainly targeted railways with industrial value. The acquired lines include the Tsurumi Line, the Hanwa Line and the Iida Line.

On October 11, 1942, the Ministry of Railways adopted the 24-hour clock following the use in the military.

From 1943, the national railway reduced its civilian passenger service, giving priority to military transport. In 1944, it abolished all the limited express trains, first-class cars, dining cars, and sleeping cars. Under the Ordinance for Collection of Metals (金属類回収令, Kinzokurui Kaishū Rei, Imperial Ordinance No. 835 of 1941), some railway operators were forced to remove one track from double track lines and others were forced to discontinue their business in order to satisfy the military demand for steel.[10]

On January 29, 1940, a train fire at Ajikawaguchi Station on the Nishinari Line resulted in 189 deaths. This is the deadliest rail accident in Japan if excluding the explosion of military train of the Okinawa Prefectural Railways on December 11, 1944 that resulted in about 220 deaths.

The war, especially strategic bombings by United States, damaged the railways heavily. The worst case was in Okinawa, which lost its railways until the opening of Yui Rail in 2003. In most cases, railways resumed operations fairly quickly. Some lines of the national railway resumed after the day of Tokyo bombing. Sanyō Main Line resumed two days after the atomic bombing in Hiroshima, while Hiroshima Electric Railway resumed three days after.

Stage 3, 1945-1987: Post-war recovery and development

Kodama, debuted in 1958, was the first EMU limited express train by JNR, linking Tokyo and Osaka.
101 series EMU, an innovative commuter train, debuted in 1957.
Tōkaidō Shinkansen made its first service in 1964.

It took several more years for the railways to fully recover. After the defeat, the lack of materials caused facilities to not be properly maintained. The lack of materials necessitated people buying in wholesale resulting in a rapid increase in passengers. Train services were further reduced due to the lack of coal. Overcrowded trains resulted in numerous accidents. Transport related to U.S. General HQ (GHQ) was given first priority, with many "Allies Personnel Only" trains.

In 1949, under the directive of the GHQ, Japanese Government Railways, which had been directly operated by the Ministry of Transport, was reorganized as Japanese National Railways (JNR), a state-owned public corporation.

Beginning in the 1950s, the electrification of trunk lines began to progress. Electrification of Tōkaidō Main Line was completed in 1956, the Sanyō Main Line in 1964, and the Tōhoku Main Line in 1968. In 1954, the government decided to abolish steam haulage, and most were decommissioned by 1976. Many trains were converted from locomotive-hauled services to electric or diesel multiple units. The "New Performance Trains" (新性能電車, Shin-seinō densha), such as 101 series EMU developed in 1957, symbolize the phenomenon.

The 1960s saw great improvement in the economy, including the railways. The Tōkaidō Shinkansen, the first modern high-speed rail line, opened in 1964. Many limited express trains and overnight trains started to cross the nation, marking the golden age of railways.

However, Japan finally began to experience motorization, and tram networks in cities were treated as obstacles to vehicles. They quickly disappeared, partly replaced by rapidly built subway networks. The first monorail, the Ueno Zoo Monorail, opened in 1957.

With the expanding economy, the number of commuters using railways rapidly increased, especially in the Greater Tokyo Area. JNR tried to increase its capacity by the Five Directions of Commuting Campaign (通勤五方面作戦, Tsūkin Go-hōmen Sakusen) to redevelop major five lines in the area by making them quadruple track. This improved passenger flow through the network tremendously.

The cost of the campaign and the construction of Shinkansen and other lines further increased debt. Confrontation between the unions and management was serious, resulting in many strikes. To resolve the situation, JNR was privatized in 1987, separated into seven separate companies known collectively as the Japan Railways Group (JR Group).

Stage 4, 1987-present: The current situation

SCMaglev train on the Yamanashi test track

After the privatization, the JR companies tried to improve their services, some of them being successful. At the same time, many local lines with lower ridership closed, since JRs are now private companies. Decades after motorization, railways in the countryside, often inconvenient with infrequent services, became less important for locals. The share of railways in total passenger kilometers fell from 66.7 percent in 1965 to 42 percent in 1978 and 29.8 percent in 1990.

Fierce competition between railway operators put a great emphasis on efficiency, possibly more so than safety. Some think the Amagasaki rail crash in 2005, which killed more than 100 passengers, is the result of such a trend.

Rail transport in Japan retains its reputation for efficiency, capacity, punctuality, and technology through continuous improvements. The Port Liner, one of the first Automated guideway transit systems in the world, opened in 1981. In 1988 the zairaisen (3'6" gauge) networks of Hokkaido and Shikoku were connected to Honshu following the opening of the Seikan Tunnel (the longest railway tunnel in the world until 2016) and the Great Seto Bridge, with the Shinkansen network extended to Hakodate following the dual-gauging of the Seikan Tunnel in 2016. SCMaglev reached its world record speeds of 581 km/h in 2003 and 603 km/h in 2015, while the much slower Linimo, debuted in 2005, is the first maglev metro in the world.

The development of Japan since 1872 is analogous to that of its rail network. Over this period, railways became the most important means of transport – especially for the movement of passengers – and they retain this role in the larger cities today. With many suburban cities having been developed by railway operators, the unchallenged importance of rail is something unique in the world.

See also

References

  1. ↑ Wakuda Aoki, et al., A History of Japanese Railways 1872–1999 (2000)
  2. ↑ Ericson, S. The Sound of the Whistle: Railroads and the State in Meiji Japan (1996) Harvard East Asia Monographs
  3. ↑ Free, Early Japanese Railways 1853–1914: Engineering Triumphs That Transformed Meiji-era Japan, (Tuttle Publishing, 2008) (ISBN 4805310065)
  4. ↑ Semmens, Peter (1997). High Speed in Japan: Shinkansen - The World's Busiest High-speed Railway. Sheffield, UK: Platform 5 Publishing. ISBN 1-872524-88-5.
  5. ↑ Free, (2008)
  6. 1 2 3 4 Naotaka Hirota Steam Locomotives of Japan (1972) Kodansha International Ltd. pp.22-25,34-38,44-46&52-54 ISBN 0-87011-185-X
  7. ↑ Akira Saito (June 2002), "Why Did Japan Choose the 3'6" Narrow Gauge?" (PDF), Japan Railway & Transport Review, EJRCF (31): 33–38
  8. ↑ (in Japanese) 鉄道博物館 展示資料紹介 [自動連結器]
  9. ↑ Ishino, Tetsu et al. (eds.) (1998). 停車場変遷大事典 国鉄・JR編 [Station Transition Directory - JNR/JR] (in Japanese). I. Tokyo: JTB Corporation. pp. 63–64. ISBN 4533029809.
  10. ↑ ja:不要不急線 lists the lines.

Further reading

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