Contents 1 Terminology 2 History 3 Benefits 3.1 Transportation 3.2 Environment 3.3 Road traffic safety 3.4 Health 3.5 Social uses 4 Construction 4.1 Wood 4.2 Brick 4.3 Stone 4.4 Concrete 4.5 Tarmac and asphalt 5 Gallery 6 See also 7 References 8 External links


Terminology[edit] The term "sidewalk" is usually preferred in most of North America, along with many other countries worldwide that are not members of the Commonwealth of Nations. The term "pavement" is more common in the United Kingdom,[1] as well as parts of the Mid-Atlantic United States such as Philadelphia and New Jersey.[2][3] Many Commonwealth countries use the term "footpath". The professional, civil engineering and legal term for this in North America is "sidewalk" while in the United Kingdom it is "footway".[4] In the United States, the term sidewalk is used for the pedestrian path beside a road. "Shared use paths" or "multi-use paths" are available for use by both pedestrians and bicyclists.[5] "Walkway" is a more comprehensive term that includes stairs, ramps, passageways, and related structures that facilitate the use of a path as well as the sidewalk.[6] In the UK, the term "footpath" is mostly used for paths that do not abut a roadway.[7] The term "shared-use path" is used where cyclists are also able to use the same section of path as pedestrians.[8]


History[edit] East India House, Leadenhall Street, London, 1766. The sidewalk is separated from the main street by six bollards in front of the building. There is evidence that sidewalks were built in ancient times. It was claimed that the Greek city of Corinth was paved by the 4th-century, and the Romans were particularly prolific sidewalk builders – they called them semitas.[9] However, by the Middle Ages, narrow roads had reverted to being simultaneously used by pedestrians and wagons without any formal separation between the two categories. Early attempts at ensuring the adequate maintenance of foot-ways or sidewalks were often made, such as the 1623 Act for Colchester, although they were generally not very effective.[10] Following the Great Fire of London in 1666, attempts were slowly made to bring some order to the sprawling city. In 1671, 'Certain Orders, Rules and Directions Touching the Paving and Cleansing The Streets, Lanes and Common Passages within the City of London' were formulated, calling for all streets to be adequately paved for pedestrians with cobblestones. Purbeck stone was widely used as a durable paving material. Bollards were also installed to protect pedestrians from the traffic in the middle of the road. A series of Paving Acts from the House of Commons during the 18th century, especially the 1766 Paving & Lighting Act, authorized the City of London Corporation to create foot-ways throughout all the streets of London, to pave them with Purbeck stone (the thoroughfare in the middle was generally cobblestone) and to raise them above the street level with curbs forming the separation.[11] The Corporation was also made responsible for the regular upkeep of the roads, including their cleaning and repair, for which they charged a tax from 1766.[12] By the late 19th-century large and spacious sidewalks were routinely constructed in European capitals, and were associated with urban sophistication. In the United States, adjoining property owners must in most situations finance all or part of the cost of sidewalk construction. In a legal case in 1917 involving E. L. Stewart, a former member of the Louisiana House of Representatives and a lawyer in Minden in Webster Parish, the Louisiana Supreme Court ruled that owners must pay whether they wish for the sidewalk to be constructed or not.[13]


Benefits[edit] Transportation[edit] Pedestrians walking on the pavement (sidewalk) in London. Sidewalks play an important role in transportation, as they provide a safe path for people to walk along that is separated from the motorized traffic. They aid road safety by minimizing interaction between pedestrians and motorized traffic. Sidewalks are normally in pairs, one on each side of the road, with the center section of the road for motorized vehicles. In rural roads, sidewalks may not be present as the amount of traffic (pedestrian or motorized) may not be enough to justify separating the two. In suburban and urban areas, sidewalks are more common. In town and city centers (known as downtown in North America) the amount of pedestrian traffic can exceed motorized traffic, and in this case the sidewalks can occupy more than half of the width of the road, or the whole road can be reserved for pedestrians, see Pedestrian zone. Environment[edit] Sidewalks may have a small effect on reducing vehicle miles traveled and carbon dioxide emissions. A study of sidewalk and transit investments in Seattle neighborhoods found vehicle travel reductions of 6 to 8% and CO2 emission reductions of 1.3 to 2.2% [14] Road traffic safety[edit] Sidewalk with bike path See also: Road traffic safety Research commissioned for the Florida Department of Transportation, published in 2005, found that, in Florida, the Crash Reduction Factor (used to estimate the expected reduction of crashes during a given period) resulting from the installation of sidewalks averaged 74%.[15] Research at the University of North Carolina for the U.S. Department of Transportation found that the presence or absence of a sidewalk and the speed limit are significant factors in the likelihood of a vehicle/pedestrian crash. Sidewalk presence had a risk ratio of 0.118, which means that the likelihood of a crash on a road with a paved sidewalk was 88.2 percent lower than one without a sidewalk. “This should not be interpreted to mean that installing sidewalks would necessarily reduce the likelihood of pedestrian/motor vehicle crashes by 88.2 percent in all situations. However, the presence of a sidewalk clearly has a strong beneficial effect of reducing the risk of a ‘walking along roadway’ pedestrian/motor vehicle crash.” The study does not count crashes that happen when walking across a roadway. The speed limit risk ratio was 1.116, which means that a 16.1-km/h (10-mi/h) increase in the limit yields a factor of (1.116)10 or 3.[16] The presence or absence of sidewalks was one of three factors that were found to encourage drivers to choose lower, safer speeds.[17] On the other hand, the implementation of schemes which involve the removal of sidewalks, such as shared space schemes, are reported to deliver a dramatic drop in crashes and congestion too, which indicates that a number of other factors, such as the local speed environment, also play an important role in whether sidewalks are necessarily the best local solution for pedestrian safety.[18] In cold weather, black ice is a common problem with unsalted sidewalks. The ice forms a thin transparent surface film which is almost impossible to see, and so results in many slips by pedestrians. Riding bicycles on sidewalks is discouraged since some research shows it to be more dangerous than riding in the street.[19] Some jurisdictions prohibit sidewalk riding except for children. In addition to the risk of cyclist/pedestrian collisions, cyclists face increase risks from collisions with motor vehicles at street crossings and driveways. Riding in the direction opposite to traffic in the adjacent lane is especially risky.[20] Health[edit] Since residents of neighborhoods with sidewalks are more likely to walk, they tend to have lower rates of cardiovascular disease, obesity, and other health issues related to sedentary lifestyles.[21] Also, children who walk to school have been shown to have better concentration.[22] Social uses[edit] Native Americans busking at Orchard Road, Singapore Some sidewalks may be used as social spaces with sidewalk cafes, markets, or busking musicians, as well as for parking for a variety of vehicles including cars, motorbikes and bicycles.


Construction[edit] Contemporary sidewalks are most often made of concrete in the United States and Canada, while tarmac, asphalt, brick, stone, slab and (increasingly) rubber are more common in Europe.[23] Different materials are more or less friendly environmentally: pumice-based trass, for example, when used as an extender is less energy-intensive than Portland cement concrete or petroleum-based materials such as asphalt or tar-penetration macadam). Multi-use paths alongside roads are sometimes made of materials that are softer than concrete, such as asphalt. Wood[edit] In the 19th century and early 20th century, sidewalks of wood were common in some North American locations. They may still be found at historic beach locations and in conservation areas to protect the land beneath and around, called boardwalks. Brick[edit] Brick sidewalks are found in some urban areas, usually for aesthetic purposes. Brick sidewalk construction usually involves the usage of a mechanical vibrator to lock the bricks in place after they have been laid (and/or to prepare the soil before laying). Although this might also be done by other tools (as regular hammers and heavy rolls), a vibrator is often used to speed up the process. Stone[edit] Stone slabs called flagstones or flags are sometimes used where an attractive appearance is required, as in historic town centers. In other places, pre-cast concrete slabs (called paving slabs or, less correctly, paving stones) are used. These may be colored or textured to resemble stone. Installation of crushed stone underlayment for drainage Installation of paver blocks Four types of brick-laying for sidewalks. Each is a type of tessellation Concrete[edit] Freshly laid concrete sidewalk, with horizontal strain-relief grooves faintly visible In the United States and Canada, the most common type of sidewalk consists of a poured concrete ribbon, examples of which from as early as the 1860s can be found in good repair in San Francisco, and stamped with the name of the contractor and date of installation.[citation needed] When quantities of Portland cement were first imported to the United States in the 1880s, its principal use was in the construction of sidewalks.[24] Today, most sidewalk ribbons are constructed with cross-lying strain-relief grooves placed or sawn at regular intervals typically 5 feet (1.5 m) apart. This partitioning, an improvement over the continuous slab, was patented in 1924 by Arthur Wesley Hall and William Alexander McVay, who wished to minimize damage to the concrete from the effects of tectonic and temperature fluctuations, both of which can crack longer segments.[25] The technique is not perfect, as freeze-thaw cycles (in cold-weather regions) and tree root growth can eventually result in damage which requires repair. In highly variable climates which undergo multiple freeze-thaw cycles, the concrete blocks will be separated by expansion joints to allow for thermal expansion without breakage. The use of expansion joints in sidewalks may not be necessary, as the concrete will shrink while setting.[26] Tarmac and asphalt[edit] In the United Kingdom, Australia and France suburban sidewalks are most commonly constructed of tarmac. In urban or inner-city areas sidewalks are most commonly constructed of slabs, stone, or brick depending upon the surrounding street architecture and furniture.


Gallery[edit] Sidewalk next to Paulista Avenue tiled with Portuguese pavement, in São Paulo, Brazil Old sidewalk with granite curb in Kutná Hora, Czech Republic Sidewalk in Wasaga Beach, Ontario, Canada cleared after a snowfall Sidewalk market, Speightstown, Barbados Overspill parking on the sidewalk in Moscow, Russia Sidewalk with trees in Oak Park, Illinois Sidewalk with a planted rain garden in the "tree lawn" or "road verge" zone Sidewalk blocked with motorcycles in Iran Sidewalk in Nishapur, near Mausoleum of Omar Khayyam Sidewalk in Benoni, South Africa Bicycle parking Pavement in Omagh, Northern Ireland, UK "Sidewalk closed" sign in Miami Beach urges crossing street to other sidewalk


See also[edit] Amsterdammertje Big Apple Pothole and Sidewalk Protection Committee Café Carwalking Cobblestone Crosswalk Curb Curb ramp Desire path Flagstone Median strip Moving walkway Pavement Portuguese pavement Public space Sidewalk chalk Street furniture


References[edit] ^ "Parking on pavements". Lewisham Council. Retrieved 2010-10-29. Why is pavement parking a problem? Pavements are constructed and provided for pedestrian use. Vehicles parked on pavements are: a hazard to pedestrians causing an obstruction which may result in them having to step off the pavement onto the highway thus putting themselves in danger...  ^ Cassidy, Frederic Gomes, and Joan Houston Hall (eds). (2002) Dictionary of American Regional English. Cambridge, MA: Harvard University Press. ^ Allan A. Metcalf (2000). How We Talk: American Regional English Today. Houghton Mifflin Harcourt. p. 90. ISBN 0-618-04362-4.  ^ "Highways Act 1980 – Interpretation Section 329". “footway” means a way comprised in a highway which also comprises a carriageway, being a way over which the public have a right of way on foot only  ^ Shared-use paths, U.S. Department of Administration ^ "Walkway". Compact Oxford English Dictionary.  ^ "Inclusive mobility". Department for Transport. Archived from the original on 2010-11-22. Retrieved 2010-04-02. The distinction between a footway and a footpath is that a footway is the part of a highway adjacent to, or contiguous with, the roadway on which there is a public right of way on foot. A footpath is not adjacent to a public roadway. Where reference is made to one, it can generally be regarded as applying to the other for design purposes CS1 maint: BOT: original-url status unknown (link) ^ "Highways Act 1980 – Interpretation Section 329". "cycle track” means a way constituting or comprised in a highway, being a way over which the public have the following, but no other, rights of way, that is to say, a right of way on pedal cycles [F3 (other than pedal cycles which are motor vehicles within the meaning of F4 the Road Traffic Act 1988 with or without a right of way on foot  ^ Anastasia Loukaitou-Sideris, Renia Ehrenfeucht (2009). Sidewalks: Conflict and Negotiation Over Public Space. MIT Press. p. 15.  ^ "Georgian Colchester". British History. Retrieved 2010-04-05. Bad paving and obstructions were frequently reported to the justices under a paving Act of 1623, but the borough chamberlain, workhouse corporation, and parish officers failed to discharge their responsibilities and the small fines for neglect were ineffective. Enforcement of the Act by the borough justices ceased when the charter lapsed in 1741 and by 1750 the streets were so ruinous that a new Act was obtained, which perpetuated the responsibility of justices to enforce the regulations  ^ Linda Clarke (2002). Building Capitalism (Routledge Revivals): Historical Change and the Labour Process in the Production of Built Environment. Routledge. p. 115.  ^ "city street scene manual" (PDF). Archived from the original (PDF) on 2013-12-15. Retrieved 2012-12-17.  ^ Town of Minden v. Stewart et al. Southern Reporter, Vol. 77. November 26, 1917. pp. 118–121. Retrieved March 13, 2015.  ^ "Research Note: An Assessment of Urban Form and Pedestrian and Transit Improvements as an Integrated GHG Reduction Strategy" (PDF). Washington State Department of Transportation. April 2011.  ^ Gan, Albert; Joan Shen; Adriana Rodriquez (2005). "Update of Florida Crash Reduction Factors and Countermeasures to Improve the Development of District Safety Improvement Projects" (PDF). State of Florida DOT. BD015-04. Retrieved 2008-03-24.  ^ McMahon, Patrick J.; Charles V. Zegeer; Chandler Duncan; Richard L. Knoblauch; J. Richard Stewart; Asad J. Khattak (2002). "AN ANALYSIS OF FACTORS CONTRIBUTING TO "WALKING ALONG ROADWAY" CRASHES, RESEARCH STUDY AND GUIDELINES FOR SIDEWALKS AND WALKWAYS" (PDF). Federal Highway Administration. FHWA-RD-01-101. Retrieved 2008-03-24.  ^ John N. Ivan, Norman W. Garrick and Gilbert Hanson (November 2009). DESIGNING ROADS THAT GUIDE DRIVERS TO CHOOSE SAFER SPEEDS. Connecticut Transportation Institute.  ^ "Do you take unnecessary risks behind the wheel?". Which?. 2011-01-05. Retrieved 2011-01-27. The town of Drachten removed most of its street furniture, signs and markings in 2003 and recorded a dramatic fall in accidents and traffic congestion as a result  ^ Lisa Aultman-Hall and Michael F. Adams, Jr. (1998). "Sidewalk Bicycling Safety Issues". Transportation Research Record (1636).  ^ "Bicycle sidepaths: Crash risks and liability exposure: Evidence from the research literature". 8 December 2010. Retrieved 2011-09-17.  ^ "Crimes of the Heart". The Daily Beast. Retrieved February 6, 2013.  ^ "The Link Between Kids Who Walk or Bike to School and Concentration". The Atlantic Cities. Retrieved February 6, 2013.  ^ Hampson, Rick (2006-09-20). "Sidewalks bounce back". USA Today.  ^ Robert W. Lesley. "What Cement Users Owe To The Public". The Cement age: a magazine devoted to the uses of cement. 2 (9): 652.  ^ Mario Theriault, Great Maritime Inventions – 1833–1950, Goose Lane Editions, 2001, p. 73 ^ http://www.concreteconstruction.net/concrete-construction/expansion-joints-not-needed-in-sidewalk.aspx


External links[edit] Wikimedia Commons has media related to Sidewalks. Los Alamos Walkability Advocacy Group PEDS a member-based advocacy group dedicated to making metro Atlanta safe and accessible for all pedestrians. Pedestrian and Bicycle Information Center (PBIC), a U.S.A.-based clearinghouse for information for pedestrians (including transit users) and bicyclists. v t e Streets and roadways Types of road Limited-access Freeway / Motorway Dual carriageway / Divided highway / Expressway Elevated highway By country Brazil China Croatia Czech Republic Germany Greece Hong Kong India Ireland Italy Pakistan Portugal Spain United Kingdom United States Main roads Arterial road Collector road County highway Express-collector setup Farm-to-market road Highway Link road Two-lane expressway 2+1 road 2+2 road Parkway Super two Trunk road Highway systems by country Local roads Alley Backroad Bicycle boulevard Boulevard Country lane Dead end Driveway Frontage road Green lane Main street Primitive road Road Side road Single carriageway Single-track road Street Sunken lane Other terms Channelization Concurrency Detour Hierarchy of roads Private highway Route number Special route Business route Street hierarchy Toll road Road junctions Interchanges (grade-separated) Cloverleaf Diamond Free-flow Directional T Diverging diamond Parclo Raindrop Roundabout Single-point urban (SPUI) Stack Three-level diamond Trumpet Intersections (at-grade) 3-way junction Bowtie Box junction Continuous flow Hook turn Jughandle Michigan left Offset T-intersection Protected intersection Quadrant roadway Right-in/right-out (RIRO) Roundabout Seagull intersection Split intersection Superstreet Texas U-turn Traffic circle Turnaround Surfaces Asphalt concrete Bioasphalt Brick Chipseal Cobblestone Concrete Reinforced concrete Corduroy Crocodile cracking Crushed stone Diamond grinding of pavement Dirt Full depth recycling Glassphalt Gravel Ice Macadam Pavement milling Permeable Plank Rubberized asphalt Sealcoat Sett Stamped asphalt Tarmac Texture Road hazards Aquaplaning Black ice Bleeding Crosswind Dead Man's Curve Expansion joint Fog Ford Hairpin turn Level crossing Manhole cover Oil spill Oversize load Pothole Road debris Road slipperiness Road train Roadkill Rockfall Rut Speed bump Storm drain Washboarding Washout Whiteout Space and time allocation Barrier transfer machine Bicycle lane Climbing lane Complete streets Contraflow lane Contraflow lane reversal High-occupancy toll lane High-occupancy vehicle lane Lane Living street Managed lane Median / Central reservation Motorcycle lane Passing lane Pedestrian crossing Pedestrian zone Refuge island Reversible lane Road diet Road verge Runaway truck ramp Shared space Sidewalk / Pavement Shoulder Street running railway Traffic calming Traffic directionality Traffic island Traffic lanes Traffic signal preemption Unused highway Wide outside lane Woonerf Demarcation Bollard Botts' dots Cable barrier Cat's eye (road) Concrete step barrier Constant-slope barrier Curb F-Shape barrier Guard rail Jersey barrier Kassel kerb Noise barrier Raised pavement marker Road surface marking Rumble strip Traffic barrier Traffic cone Structures Bridge Causeway Overpass / Flyover Underpass / Tunnel Glossary of road transport terms Road types by features Authority control GND: 4140908-5 NDL: 00563325 Retrieved from "https://en.wikipedia.org/w/index.php?title=Sidewalk&oldid=822323506" Categories: Pedestrian infrastructureStreet furnitureFootpathsGarden featuresPavementsTypes of thoroughfaresHidden categories: CS1 maint: BOT: original-url status unknownCS1: Julian–Gregorian uncertaintyAll articles with unsourced statementsArticles with unsourced statements from February 2015Commons category with local link different than on WikidataWikipedia articles with GND identifiers


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