Highway

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For high-speed freeways, see Controlled-access highway.
A typical Interstate Highway in Chicago, Illinois, United States
The Tampere Highway in Vantaa, Finland

A highway is any public or private road or other public way on land. It is used for major roads, but also includes other public roads and public tracks. In the United States, it is used as an equivalent term to controlled-access highway, or a translation for autobahn, autoroute, etc.[1]

According to Merriam Webster, the use of the term predates the 12th century. According to Etymonline, "high" is in the sense of "main".

In North American and Australian English, major roads such as controlled-access highways or arterial roads are often state highways (Canada: provincial highways). Other roads may be designated "county highways" in the US and Ontario. These classifications refer to the level of government (state, provincial, county) that maintains the roadway. In British English, "highway" is primarily a legal term. Everyday use normally implies roads, while the legal use covers any route or path with a public right of access, including footpaths etc.

The term has led to several related derived terms, including highway system, highway code, highway patrol and highwayman.

Overview

Major highways are often named and numbered by the governments that typically develop and maintain them. Australia's Highway 1 is the longest national highway in the world at over 14,500 kilometers (9,000 mi) and runs almost the entire way around the continent. China has the world's largest network of highways followed closely by the United States of America. Some highways, like the Pan-American Highway or the European routes, span multiple countries. Some major highway routes include ferry services, such as US Route 10, which crosses Lake Michigan.

Traditionally highways were used by people on foot or on horses. Later they also accommodated carriages, bicycles and eventually motor cars, facilitated by advancements in road construction. In the 1920s and 1930s, many nations began investing heavily in progressively more modern highway systems to spur commerce and bolster national defence.

Major modern highways that connect cities in populous developed and developing countries usually incorporate features intended to enhance the road's capacity, efficiency, and safety to various degrees. Such features include a reduction in the number of locations for user access, the use of dual carriageways with two or more lanes on each carriageway, and grade-separated junctions with other roads and modes of transport. These features are typically present on highways built as motorways (freeways).

Terminology

England and Wales

The general legal definition deals with right of use not the form of construction; this is distinct from e.g. the popular use of the word in the US. A highway is defined in English common law by a number of similarly-worded definitions such as "a way over which all members of the public have the right to pass and repass without hindrance"[2] usually accompanied by "at all times"; ownership of the ground is for most purposes irrelevant, thus the term encompasses all such ways from the widest trunk roads in public ownership to the narrowest footpath providing unlimited pedestrian access over private land.

A highway might be open to all forms of lawful land traffic (e.g. vehicular, horse, pedestrian) or limited to specific types of traffic or combinations of types of traffic; usually a highway available to vehicles is available to foot or horse traffic, a highway available to horse traffic is available to pedestrians but exceptions can apply usually in the form of a highway only being available to vehicles or subdivided into dedicated parallel sections for different users.

A highway can share ground with a private right of way for which full use is not available to the general public as often will be the case with farm roads which the owner may use for any purpose but for which the general public only has a right of use on foot or horseback. The status of highway on most older roads has been gained by established public use while newer roads are typically dedicated as highways from the time they are adopted (taken into the care and control of a council or other public authority). In England and Wales, a public highway is also known as "The Queen's Highway".[3]

The core definition of a highway is modified in various legislation for a number of purposes but only for the specific matters dealt with in each such piece of legislation. This is typically in the case of bridges, tunnels and other structures whose ownership, mode of use or availability would otherwise exclude them from the general definition of a highway, examples in recent years are commonly toll bridges and tunnels which have the definition of highway imposed upon them (in a legal order applying only to the individual structure) to allow application of most traffic laws to those using them but without causing all of the general obligations or rights of use otherwise applicable to a highway.

What is called 'highway' in the context of motor vehicles is called 'motorway' in the UK context.[4]

Scotland

Scots law is similar to English law with regard to highways but with differing terminology and legislation. What is defined in England as a highway will often in Scotland be what is defined by s.151 Roads (Scotland) Act 1984 (but only "in this act" although other legislation could imitate) simply as a road, that is:

  • "any way (other than a waterway) over which there is a public right of passage (by whatever means [and whether subject to a toll or not]) and includes the road’s verge, and any bridge (whether permanent or temporary) over which, or tunnel through which, the road passes; and any reference to a road includes a part thereof"

The word highway is itself no longer a statutory expression in Scots law[5] but remains in common law.

United States

The I-75/I-85 Downtown Connector in Atlanta, Georgia, in the United States

In American law, the word "highway" is sometimes used to denote any public way used for travel, whether a "road, street, and parkway";[6] however, in practical and useful meaning, a "highway" is a major and significant, well-constructed road that is capable of carrying reasonably heavy to extremely heavy traffic.[7] Highways generally have a route number designated by the state and federal departments of transportation.

California Vehicle Code, Sections 360, 590, define a "highway" as only a way open for use of motor vehicles, but the California Supreme Court has held that "the definition of 'highway' in the Vehicle Code is used for special purposes of that act," and that canals of the Los Angeles neighborhood of Venice, California, are "highways" that are entitled to be maintained with state highway funds.[8]

History

See also: Road and History of road transport

Modern highway systems developed in the 20th century as the automobile gained popularity. The first United States limited access road was constructed on Long Island New York known as the Long Island Motor Parkway or the Vanderbilt Motor Parkway. It was completed in 1911.[9]

In Italy the Milano-Varese 49-kilometer-long (30 mi) autostrada was opened in 1924.

Construction of the Bonn–Cologne autobahn began in 1929 and it was opened in 1932 by the mayor of Cologne, Konrad Adenauer.[10]

In the US, the Federal Aid Highway Act of 1921 (Phipps Act) enacted a fund to create an extensive highway system. In 1922, the first blueprint for a national highway system (the Pershing Map) was published. The Federal Aid Highway Act of 1956 allocated $25 billion for the construction of the 66,000-kilometer-long (41,000 mi) Interstate Highway System over a 20-year period.[11]

In Great Britain, the Special Roads Act 1949 provided the legislative basis for roads for restricted classes of vehicles and non-standard or no speed limits applied (later mostly termed motorways but now with speed limits not exceeding 70 mph);[12] in terms of general road law this legislation overturned the usual principle that a road available to vehicular traffic was also available to horse or pedestrian traffic as is usually the only practical change when non-motorways are reclassified as special roads. The first section of motorway in the UK opened in 1958 (part of the M6 motorway) and then in 1959 the first section of the M1 motorway.[13]

Social effects

Commonwealth Avenue, a major intercity highway in northeastern Manila metropolitan area, the Philippines

Reducing travel times relative to city or town streets, modern highways with limited access and grade separation create increased opportunities for people to travel for business, trade or pleasure and also provide trade routes for goods. Modern highways reduce commute and other travel time but additional road capacity can also release latent traffic demand. If not accurately predicted at the planning stage, this extra traffic may lead to the new road becoming congested sooner than would otherwise be anticipated by considering increases in vehicle ownership. More roads allow drivers to use their cars when otherwise alternatives may have been sought, or the journey may not have been made, which can mean that a new road brings only short-term mitigation of traffic congestion.

Where highways are created through existing communities, there can be reduced community cohesion and more difficult local access. Consequently, property values have decreased in many cutoff neighborhoods, leading to decreased housing quality over time.

Economic effects

Main article: Transport economics

In transport, demand can be measured in numbers of journeys made or in total distance travelled across all journeys (e.g. passenger-kilometres for public transport or vehicle-kilometres of travel (VKT) for private transport). Supply is considered to be a measure of capacity. The price of the good (travel) is measured using the generalised cost of travel, which includes both money and time expenditure.

A taxiway crossing the Autobahn, near Leipzig

The effect of increases in supply (capacity) are of particular interest in transport economics (see induced demand), as the potential environmental consequences are significant (see externalities below).

In addition to providing benefits to their users, transport networks impose both positive and negative externalities on non-users. The consideration of these externalities—particularly the negative ones—is a part of transport economics. Positive externalities of transport networks may include the ability to provide emergency services, increases in land value and agglomeration benefits. Negative externalities are wide-ranging and may include local air pollution, noise pollution, light pollution, safety hazards, community severance and congestion. The contribution of transport systems to potentially hazardous climate change is a significant negative externality which is difficult to evaluate quantitatively, making it difficult (but not impossible) to include in transport economics-based research and analysis. Congestion is considered a negative externality by economists.[14]

A 2016 study finds that for the United States "a 10% increase in a region's stock of highways causes a 1.7% increase in regional patenting over a five-year period."[15] A 2021 study found that areas that obtained access to a new highway experienced a substantial increase in top-income taxpayers and a decline in low-income taxpayers. Highways also contributed to job and residential urban sprawl.[16]

Environmental effects

Noise, light and air pollution are negative environmental effects highways can have on their surroundings.
Main article: Environmental impacts of roads

Highways are extended linear sources of pollution.

Roadway noise increases with operating speed so major highways generate more noise than arterial streets. Therefore, considerable noise health effects are expected from highway systems. Noise mitigation strategies exist to reduce sound levels at nearby sensitive receptors. The idea that highway design could be influenced by acoustical engineering considerations first arose about 1973.[17][18]

Air quality issues: Highways may contribute fewer emissions than arterials carrying the same vehicle volumes. This is because high, constant-speed operation creates an emissions reduction compared to vehicular flows with stops and starts. However, concentrations of air pollutants near highways may be higher due to increased traffic volumes. Therefore, the risk of exposure to elevated levels of air pollutants from a highway may be considerable, and further magnified when highways have traffic congestion.

New highways can also cause habitat fragmentation, encourage urban sprawl and allow human intrusion into previously untouched areas, as well as (counterintuitively) increasing congestion, by increasing the number of intersections.

An aerial view of the Lakalaiva interchange in the Tampere Ring Road between the Highway 3 (E12) and Highway 9 (E63) near city of Tampere

They can also reduce the use of public transport, indirectly leading to greater pollution.

High-occupancy vehicle lanes are being added to some newer/reconstructed highways in the United States and other countries around the world to encourage carpooling and mass-transit. These lanes help reduce the number of cars on the highway and thus reduces pollution and traffic congestion by promoting the use of carpooling in order to be able to use these lanes. However, they tend to require dedicated lanes on a highway, which makes them difficult to construct in dense urban areas where they are the most effective.

To address habitat fragmentation, wildlife crossings have become increasingly popular in many countries. Wildlife crossings allow animals to safely cross human-made barriers like highways.[19]

Road traffic safety

Main article: Road traffic safety

Road traffic safety describes the safety performance of roads and streets, and methods used to reduce the harm (deaths, injuries, and property damage) on the highway system from traffic collisions. It includes the design, construction and regulation of the roads, the vehicles used on them and the training of drivers and other road-users.

A report published by the World Health Organization in 2004 estimated that some 1.2 million people were killed and 50 million injured on the roads around the world each year[20] and was the leading cause of death among children 10–19 years of age.

The report also noted that the problem was most severe in developing countries and that simple prevention measures could halve the number of deaths.[21] For reasons of clear data collection, only harm involving a road vehicle is included.[22] A person tripping with fatal consequences or dying for some unrelated reason on a public road is not included in the relevant statistics.

Statistics

International sign used widely in Europe denoting the start of special restrictions for a section of highway classed as a motorway
Russian Federal M8 highway sign
The Cross Bronx Expressway in New York, United States uses asphalt and concrete pavement, both of which are popular road surfaces on highways.

The United States has the world's largest network of highways, including both the Interstate Highway System and the United States Numbered Highway System. At least one of these networks is present in every state and they interconnect most major cities.

China's highway network is the second most extensive in the world, with a total length of about 3,573,000 kilometers (2,220,000 mi).[23][24][25][26][27] China's expressway network is the longest Expressway system in the world, and it is quickly expanding, stretching some 85,000 kilometers (53,000 mi) at the end of 2011.[28][29] In 2008 alone, 6,433 kilometers (3,997 mi) expressways were added to the network.[30]

Longest international highway
The Pan-American Highway, which connects many countries in the Americas, is nearly 25,000 kilometers (15,500 mi) long as of 2005. The Pan-American Highway is discontinuous because there is a significant gap in it in southeastern Panama, where the rainfall is immense and the terrain is entirely unsuitable for highway construction.
Longest national highway (point to point)
The Trans-Canada Highway has one main route, a northern route through the western provinces, and several branches in the central and eastern provinces. The main route is 7,821 kilometers (4,860 mi) long as of 2006 alone, and the entire system is over 10,700 kilometers (6,600 mi) long. The TCH runs east-west across southern Canada, the populated portion of the country, and it connects many of the major urban centres along its route crossing all provinces, and reaching nearly all of their capital cities.[31] The TCH begins on the east coast in Newfoundland, traverses that island, and crosses to the mainland by ferry. It crosses the Maritime Provinces of eastern Canada with a branch route serving the province of Prince Edward Island via a ferry and bridge. After crossing the remainder of the country's mainland, the highway reaches Vancouver, British Columbia on the Pacific coast, where a ferry continues it to Vancouver Island and the provincial capital of Victoria. Numeric designation is the responsibility of the provinces, and there is no single route number across the country.
Longest national highway (circuit)
Australia's Highway 1 at over 14,500 kilometers (9,000 mi). It runs almost the entire way around the country's coastline. With the exception of the Federal Capital of Canberra, which is far inland, Highway 1 links all of Australia's capital cities, although Brisbane and Darwin are not directly connected, but rather are bypassed short distances away. Also, there is a ferry connection to the island state of Tasmania, and then a stretch of Highway 1 that links the major towns and cities of Tasmania, including Launceston and Hobart (this state's capital city).
Largest national highway system
The United States of America has approximately 6.43 million kilometers (4,000,000 mi) of highway within its borders as of 2008.[32]
Busiest highway
Highway 401 in Ontario, Canada, has volumes surpassing an average of 500,000 vehicles per day in some sections of Toronto as of 2006.[33][34]
Widest highway (maximum number of lanes)
The Katy Freeway (part of Interstate 10) in Houston, Texas, has a total of 26 lanes in some sections as of 2007.[35] However, they are divided up into general use/ frontage roads/ HOV lanes, restricting the traverse traffic flow.
Widest highway (maximum number of through lanes)
Interstate 5 along a 3.2-kilometer-long (2 mi) section between Interstate 805 and California State Route 56 in San Diego, California, which was completed in April 2007, is 22 lanes wide.[36]
Highest international highway
The Karakoram Highway, between Pakistan and China, is at an altitude of 4,693 meters (15,397 ft).
Highest national highway
National Highway 5, in India, connecting Amritsar in Punjab with Manali in Himachal Pradesh & Leh in Ladakh, reaches an approximate altitude of 4,900 meters (16,100 ft). The highest motorable road passes through Umling La at an altitude of 5,883 meters (19,301 ft) falls under the branch highway connecting National Highway 5 in India.[37]

Bus lane

Highway bus lane on Gyeongbu Expressway in South Korea

Some countries incorporate bus lanes onto highways.

Country Highway Bus lanes (km) Section Notes
Australia M2 Hills Motorway Abbott Road–Beecroft Road (Sydney)
Australia Eastern Freeway 11 Hoddle Street–Doncaster Park & Ride (Melbourne) Under construction, to be finished 2027-2028
India National Highway (India) 19 30 lanes Road

(Mumbai)

Canada Don Valley Parkway 0.458 shoulder converted as bypass lane from Lawrence Avenue East to York Mills Road
Canada Ontario Highway 417 7 Eagleson Road–Ontario Highway 417 (Ottawa)
Canada Ontario Highway 403 6 Mavis Road–Winston Churchill Boulevard (Mississauga)
Hong Kong Tuen Mun Road
South Korea Gyeongbu Expressway 137.4 Hannam IC (Seoul) ~ Sintanjin IC (Daejeon)
Netherlands A1 motorway (Netherlands) End of A6-Vechtbrug (Muiden)

South Korea

In South Korea, in February 1995 a bus lane (essentially an HOV-9) was established between the northern terminus and Sintanjin for important holidays and on July 1, 2008, bus lane enforcement between Seoul and Osan (Sintanjin on weekends) became daily between 6 a.m. and 10 p.m. On October 1 this was adjusted to 7 a.m. to 9 p.m. weekdays, and 9 a.m. to 9 p.m. weekends.

Hong Kong

In Hong Kong, some highways are set up with bus lanes to solve the traffic congestion.

District Highway Section
Tuen Mun HK Route9.svg Tuen Mun Road So Kwun Wat to Sham Tseng
Sha Tin HK Route1.svg Lion Rock Tunnel The entry of the tunnel

Philippines

Traffic congestion was a principal problem in major roads and highways in the Philippines, especially in Metro Manila and other major cities. The government decided to set up some bus lanes in Metro Manila like in the Epifanio delos Santos Avenue.

Gallery

See also

General

By country

References

  1. ^ "What is the Freeway? - Definition & Meaning". Auto News Eye. February 3, 2021. Retrieved February 6, 2021.
  2. ^ Diplock LJ, Suffolk County Council v. Mason [1979] AC 705
  3. ^ "Queen's highway". Oxford Dictionaries. Oxford University Press. 2013. Archived from the original on May 2, 2013.
  4. ^ Defining Safe Automated Driving Insurer Requirements for Highway Automation Thatcham Research 2019.
  5. ^ Faulds, Ann; Craggs, Trudi & Saunders, John (January 31, 2008). Chapter 4: The Definition of a Road? (2nd ed.). Practical Law Company. Retrieved March 21, 2014. {{cite book}}: |work= ignored (help)
  6. ^ "23 US Code § 101".
  7. ^ "Definition of HIGHWAY". www.merriam-webster.com. Retrieved March 9, 2020.
  8. ^ "City of Long Beach v. Payne". Justia Law. Retrieved February 14, 2017.
  9. ^ "An Autobahn Timeline". About.com. Retrieved April 10, 2010.
  10. ^ "German Myth 8 Hitler and the Autobahn". About.com.
  11. ^ "History of the Interstate Highway System". Federal Highway Administration. Retrieved April 10, 2010.
  12. ^ "Special Roads Act 1949" (PDF). Office of Public Sector Information.
  13. ^ "M1 London: Yorkshire Motorway, M10 and M45". Motorway Archives. Archived from the original on April 16, 2010. Retrieved April 10, 2010.
  14. ^ Small, Kenneth A. & Gomez-Ibañez, José A. (1998). Road Pricing for Congestion Management: The Transition from Theory to Policy. The University of California Transportation Center, University of California at Berkeley. p. 213.
  15. ^ Agrawal, Ajay; Galasso, Alberto; Oettl, Alexander (2017). "Roads and Innovation". The Review of Economics and Statistics. 99 (3): 417–434. doi:10.1162/REST_a_00619. S2CID 7268833.
  16. ^ Fretz, Stephan; Parchet, Raphaël; Robert-Nicoud, Frédéric (2021). "Highways, Market Access, and Spatial Sorting*". The Economic Journal. 132 (643): 1011–1036. doi:10.1093/ej/ueab070. ISSN 0013-0133.
  17. ^ Shadely, John (1973). Acoustical analysis of the New Jersey Turnpike widening project between Raritan and East Brunswick. Bolt Beranek and Newman.
  18. ^ Hogan, Michael (April 17–18, 1973). Highway Noise. 3rd Environmental Pollution Symposium, sponsored by AIAA, ACS, ASME, SAE. Menlo Park, CA: SRI International.
  19. ^ Zimmerman, Jess (July 9, 2012). "These beautiful bridges are just for animals".
  20. ^ "World report on road traffic injury prevention". World Health Organisation. Retrieved April 14, 2010.
  21. ^ "UN raises child accidents alarm". BBC News. December 10, 2008.
  22. ^ "National Motor Vehicle Crash Causation Survey" (PDF). United States Department of Transportation. Retrieved August 7, 2014.
  23. ^ Graham-Harrison, Emma (November 16, 2007). "China says needs extra million km of roads by 2020". Reuters.
  24. ^ "15-3 Length of Transport Routes at Year-end by Region". China National Bureau of Statististcs. 2007. Retrieved January 12, 2013.
  25. ^ "China Has 3.48 Mln Km of Highways in Operation". Chinagate.cn. March 6, 2007. Archived from the original on August 10, 2013. Retrieved January 12, 2013.
  26. ^ "National highway target set for year". Chinadaily.com.cn. January 7, 2008. Retrieved January 12, 2013.
  27. ^ "China Road Construction Report, 2007–2008". Okokok.com.cn. December 22, 2008. Archived from the original on August 9, 2013. Retrieved January 12, 2013.
  28. ^ Staff (February 10, 2011). "China Expressway System to Exceed US Interstates". New Geography. Retrieved March 21, 2014.
  29. ^ "中国高速公路总里程达8.5万公里 今年新增1.1万 – 沈阳广播电视台官方网站 – 沈阳电视台 – 资讯潮流 趣味生活 尽在沈视网！". Csytv.com. Archived from the original on February 2, 2013. Retrieved January 12, 2013.
  30. ^ Xin Dingding (January 16, 2009). "More rural roads planned this year". China Daily. Retrieved January 12, 2013.
  31. ^ "Trans-Canada Highway: Bridging the Distance". CBC Digital Archives. Retrieved December 20, 2006.
  32. ^ Central Intelligence Agency. "Transportation: Roadways". CIA World Factbook.
  33. ^ Ministry of Transportation (Ontario) (August 6, 2002). "Ontario government investing $401 million to upgrade Highway 401". Archived from the original on September 14, 2007. Retrieved December 20, 2006.
  34. ^ Gray, Brian (April 10, 2004). "GTA Economy Dinged by Every Crash on the 401: North America's Busiest Freeway". Toronto Sun. Retrieved March 18, 2007 – via Urban Planet. The 'phenomenal' number of vehicles on Hwy. 401 as it cuts through Toronto makes it the busiest freeway in North America...
  35. ^ "List of World record highways". Inautonews.com. Archived from the original on 11 November 2013. Retrieved 21 March 2014.
  36. ^ Schmidt, Steve (March 28, 2007). "Four new southbound lanes at I-5/805 merge set to open". San Diego Union-Tribune. Archived from the original on July 18, 2011.
  37. ^ "Here's How You Can Reach the World's Highest Motorable Road in India, Umling la".
  38. ^ Notable for the introduction of the world's first electronic toll collection system, the Via Verde.

External links

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