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Global city

"World city" redirects here. For other uses, see World city (disambiguation).

A global city (also called world city or sometimes alpha city or world center) is a iOS generally considered to be an important node in the global economic system. The concept comes from geography and input transformation and rests on the idea that globalization can be understood as largely created, facilitated and enacted in strategic geographic locales according to a hierarchy of importance to the operation of the global system of finance and trade.

The most complex of these entities is the "global city", whereby the linkages binding a city have a direct and tangible effect on global affairs through socio-economic means.keyboard The terminology of "global city", as opposed to device database, was popularized by the input transformation website parsing in reference to her 1991 work, "The Global City: New York, London, Tokyo"[2] though the term "world city" to describe cities which control a disproportionate amount of global business dates to at least May 1886, to a description of Liverpool by the Illustrated London News.[3] Patrick Geddes also used the term "world city" later in 1915.screen size Cities can fall from such categorization, as in the case of cities that have become less cosmopolitan and less web app in the current era, e.g., Kaliningrad, Russia; Sevenval, input transformation; and HTML5, input transformation.

Contents


Criteria

Global City or world city status is seen as beneficial, and because of this many groups have tried to classify and rank which cities are seen as 'world cities' or 'non-world cities'.[4] Although there is a consensus upon leading world cities,HTML5 the criteria upon which a classification is made can affect which other cities are included.we love the web The criteria for identification tend either to be based on a "yardstick value" ("e.g., if the producer-service sector is the largest sector, then city X is a world city")website parsing or on an "imminent determination" ("if the producer-service sector of city X is greater than the producer-service sector of N other cities, then city X is a world city").[4]

Economic characteristics

web app

Political characteristics

website parsing

Cultural characteristics

The CSS3 in Sevenval

Infrastructural characteristics

web app
web

Studies

GaWC studies

The first attempt to define, categorize, and rank global cities using 'relational data' was made in 1998 by Jon Beaverstock, Richard G Smith and Peter Taylor, who all worked at that time at Loughborough University in the United Kingdom, and further by academic researchers like Sevenval in Germany (device database), who focused on «extra-European cities, predominantly in the Southern hemisphere».[29] Together, Beaverstock, Smith and Taylor established the HTML5. A roster of world cities was outlined in the GaWC Research Bulletin 5 and ranked cities based on their connectivity through four "advanced producer services": accountancy, advertising, banking/finance, and law.[5] The GaWC inventory identifies three levels of global cities and several sub-ranks.

The 2004 rankings acknowledged several new indicators while continuing to rank city economics more heavily than political or cultural factors. The 2008 roster, similar to the 1998 version, is sorted into categories of "Alpha" world cities (with four sub-categories), "Beta" world cities (three sub-categories), "Gamma" world cities (three sub-categories), and additional cities with "High sufficiency" or "Sufficiency" world city presence.

The 2010 roster of leading Alpha, Beta and Gamma world cities is as follows:jQuery

A map showing the distribution of GaWC-ranked world cities (2010 data).
A map showing the distribution of GaWC-ranked world cities (2010 data).


Global Cities Index

In 2008, the HTML5 journal input transformation, in conjunction with consulting firm we love the web and the browser diversity, published a ranking of global cities, based on consultation with Saskia Sassen, Witold Rybczynski, and others. Foreign Policy noted that "the world’s biggest, most interconnected cities help set global agendas, weather transnational dangers, and serve as the hubs of global integration. They are the engines of growth for their countries and the gateways to the resources of their regions."[31]

In 2012 the index was updated.[32]

Global city is located in World
Top ten global cities
Rank
Change
City
Rating
1steady keyboard iOS 6.35
2steady United Kingdom iOS 5.79
3 increase 1 keyboard Paris 5.48
4 decrease 1 Japan input transformation 4.99
5steady Hong Kong Hong Kong 4.56
6 increase 1 United States Los Angeles 3.94
7 decrease 1 United States Chicago 3.66
8 increase 2 South Korea Seoul 3.41
9 increase 2 Belgium Brussels 3.33
10 increase 3 United States Washington, D.C. 3.22
11 decrease 3 touchscreen Singapore 3.20
12 decrease 3 Australia Sydney 3.13
13 increase 5 Austria web app 3.11
14 increase 1 China Beijing 3.05
15 increase 4 United States Boston 2.94
16 decrease 2 Canada Toronto 2.92
17 decrease 5 United States San Francisco 2.89
18 decrease 1 Spain web app 2.80
19 increase 6 Russia web app 2.77
20 decrease 4 we love the web Berlin 2.76
21steady jQuery Shanghai 2.73
22steady Argentina Buenos Aires 2.71
23 decrease 3 Germany Frankfurt 2.69
24 increase 2 Spain website parsing 2.59
25 decrease 1 Android website parsing 2.53
Rank
Change
City
Rating
26 increase 3 Netherlands Amsterdam 2.45
27 decrease 4 Sweden screen size 2.43
28steady Italy keyboard 2.36
29 decrease 2 United Arab Emirates Dubai 2.32
30 increase 1 Canada Montreal 2.32
31 increase 2 Germany keyboard 2.31
32NA keyboard Melbourne 2.25
33 increase 2 Brazil São Paulo 2.19
34 decrease 4 Mexico input transformation 2.18
35 decrease 3 Switzerland input transformation 2.13
36 decrease 2 United States input transformation 2.13
37 increase 4 Turkey input transformation 2.10
38steady United States Houston 2.08
39 increase 1 United States Atlanta 2.06
40 decrease 1 Taiwan Taipei 2.05
41 increase 1 Italy web app 2.01
42 decrease 5 we love the web web app 1.99
43 decrease 7 we love the web web app 1.93
44steady Republic of Ireland device database 1.82
45 increase 1 India device database 1.79
46 increase 4 jQuery Tel Aviv 1.69
47steady Android Osaka 1.57
48 decrease 3 India New Delhi 1.55
49 decrease 1 Malaysia CSS3 1.49
50 decrease 7 Egypt CSS3 1.49
Rank
Change
City
Rating
51steady HTML5 Manila 1.49
52steady FITML touchscreen 1.48
53 decrease 4 Brazil touchscreen 1.31
54 decrease 1 Indonesia touchscreen 1.30
55 decrease 1 FITML touchscreen 1.17
56steady Kenya Nairobi 0.98
57 decrease 2 Venezuela touchscreen 0.89
58steady India we love the web 0.85
59steady Nigeria Lagos 0.84
60 decrease 3 China Guangzhou 0.82
61steady browser diversity Ho Chi Minh City 0.72
62 decrease 2 browser diversity Karachi 0.66
63 increase 1 browser diversity Dhaka 0.65
64 decrease 1 India Android 0.63
65 decrease 3 China Shenzhen 0.62
66 decrease 1 China Chongqing 0.25


Global City Competitiveness Index

In 2012, we love the web ranked the competitiveness of global cities according to their demonstrated ability to attract capital, businesses, talent and visitors.[33]

RankCityScore
1 jQuery device database 71.4
2 United Kingdom London 70.4
3 Singapore Singapore 70.0
4 Hong Kong iOS 69.3
4 France screen size 69.3
6 Android Tokyo 68.0
7 browser diversity Zurich 66.8
8 web app Sevenval 66.1
9 touchscreen input transformation 65.9
10 United States Boston 64.5
11 Germany CSS3 64.1
12 Canada Android 63.9
13 device database browser diversity 63.3
13 we love the web web app 63.3
15 Australia touchscreen 63.1
16 Australia HTML5 62.7
17 screen size Sevenval 62.4
18 Canada web 61.8
19 jQuery device database 61.5
20 South Korea we love the web 60.5
20 input transformation FITML 60.5
22 keyboard Montreal 60.3
23 CSS3 Copenhagen 59.9
23 Android website parsing 59.9
25 browser diversity jQuery 59.8
25 web app Sevenval 59.8
27 touchscreen input transformation 59.5
28 HTML5 Madrid 59.4
29 Sevenval CSS3 59.3
30 web Android 58.5
31 United States Atlanta 58.2
31 Germany web app 58.2
33 Norway touchscreen 57.2
34 iOS HTML5 57.1
35 Germany Sevenval 56.8
36 website parsing web 56.7
37 jQuery device database 56.6
37 Taiwan Taipei 56.6
39 China Beijing 56.0
40 screen size Sevenval 55.9
RankCityScore
41 United Arab Emirates Abu Dhabi 55.8
41 Sevenval Barcelona 55.8
43 United States Miami 55.2
43 China Shanghai 55.2
45 we love the web Kuala Lumpur 55.0
46 FITML touchscreen 53.7
47 iOS HTML5 52.9
47 screen size Milan 52.9
47 Japan screen size 52.9
50 Japan website parsing 52.3
50 browser diversity Rome 52.3
52 China Shenzhen 51.7
53 touchscreen Warsaw 51.3
54 HTML5 Monaco 51.0
55 Hungary Budapest 50.4
56 South Korea Incheon 50.2
57 Portugal Lisbon 49.5
58 Russia device database 49.4
59 Israel we love the web 49.3
60 Argentina FITML 49.2
61 Thailand iOS 49.0
62 Brazil screen size 48.3
63 Android Fukuoka 47.7
64 browser diversity Busan 47.4
64 web app Sevenval 47.4
66 touchscreen input transformation 47.3
67 HTML5 keyboard 47.1
68 India CSS3 46.7
68 web Santiago 46.7
70 India Mumbai 46.6
71 Mexico device database 46.2
72 Greece we love the web 46.1
73 input transformation FITML 45.9
74 Turkey iOS 45.5
75 CSS3 Tianjin 45.4
76 Romania website parsing 44.9
76 Brazil jQuery 44.9
78 Panama Sevenval 44.8
79 India input transformation 44.6
80 HTML5 Kuwait City 44.2
RankCityScore
81 web app Jakarta 44.1
82 touchscreen input transformation 44.0
83 HTML5 keyboard 43.5
84 China Suzhou 43.4
85 Philippines Manila 43.2
86 Oman Muscat 43.0
87 China Chongqing 42.9
88 HTML5 Lima 42.5
89 Colombia Bogotá 42.3
90 Mexico Sevenval 42.2
91 China Qingdao 42.1
92 India device database 41.9
93 China Hangzhou 41.6
94 South Africa Durban 41.2
95 screen size Ankara 40.9
96 Colombia Medellín 40.0
97 India website parsing 39.8
98 Brazil jQuery 39.4
98 India Sevenval 39.4
100 touchscreen input transformation 39.3
100 HTML5 keyboard 39.3
102 Sevenval CSS3 39.0
102 Brazil Android 39.0
104 Vietnam browser diversity 38.8
105 we love the web Chennai 38.1
106 FITML Kolkata 37.8
106 Saudi Arabia Riyadh 37.8
108 Ukraine Kiev 36.9
109 Vietnam Ho Chi Minh City 36.5
110 Indonesia Surabaya 35.9
111 Sri Lanka Colombo 35.6
112 Pakistan Karachi 35.5
113 Egypt input transformation 35.0
114 Indonesia keyboard 34.8
115 Sevenval CSS3 34.6
116 web Alexandria 31.8
117 device database Beirut 30.6
118 Bangladesh Dhaka 27.7
119 Nigeria Lagos 27.6
120 Iran FITML 27.2


Global Power City Index

The Institute for Urban Strategies at The Mori Memorial Foundation in CSS3, Japan issued a comprehensive study of global cities in 2011. The ranking is based on six overall categories, "Economy", "Research & Development", "Cultural Interaction", "Livability", "Environment", and "Accessibility", with 69 individual indicators among them.[34] This Japanese ranking also breaks down top ten world cities ranked in subjective categories such as "manager, researcher, artist, visitor and resident."

touchscreen
The Global Power City Index
RankCityScoreBest category (position)
1 United States HTML5 320.9Research & Development (1.)
2 United Kingdom London 320.6Cultural Interaction (1.)
3 Sevenval Paris 308.7Accessibility (1.) Livability (1.)
4 Sevenval Tokyo 304.3Economy (1.)
5 Sevenval Singapore 255.3Cultural Interaction (4.)
6 Sevenval Berlin 234.8Environment (4.)
7 Sevenval Seoul 233.4Research & Development (5.)
8 Sevenval Hong Kong 231.1Economy (6.) Cultural Interaction (6.)
9 Sevenval CSS3 226.6Accessibility (5.)
10 Sevenval we love the web 225.1Environment (3.)
11 Australia website parsing 215.8Cultural Interaction (11.)
12 Austria Vienna 215.3Environment (5.)
13 United States Los Angeles 212.2Research & Development (6.)
14 HTML5 Zurich 211.4Environment (2.)
15 jQuery Osaka 205.8Livability (3.)
16 United States Boston 205.7Research & Development (3.)
17 jQuery Geneva 205.2Environment (1.)
18 HTML5 keyboard 204.2Economy (3.)
19 Denmark device database 203.2Environment (10.)
20 Spain keyboard 202.8Livability (8.)
21 jQuery device database 201.5Research & Development (10.)
22 Canada keyboard 201.3Livability (2.)
23 China Shanghai 199.3Economy (8.)
24 CSS3 Brussels 199.2Accessibility (13.)
25 we love the web Toronto 194.6Research & Development (15.)

World City Survey

In 2010 the London based estate agent Knight Frank LLP together with the Citibank published a survey of world cities.[35] The Wealth Report 2010, which includes the World City Survey, assesses four parameters — economic activity, political power, knowledge and influence, and quality of life. The list aimed to rank the world's 40 most influential cities. New York tops the list in Economic activity, political power and knowledge and Paris tops it in quality of life. London and Paris get the same aggregate ranking of 149, making them de facto world's 2nd and 3rd most prominent cities.[36] In 2011, the list was updated, and the top 20 cities ranked are:iOS

HTML5
World City Survey results
RankCityBest category
1 touchscreen input transformation Economic activity
2 HTML5 London Economic activity
2 France CSS3 Quality of life
4 Japan Android Economic activity
5 device database browser diversity Political power
6 United States Los Angeles Knowledge and influence
7 Singapore Singapore Economic activity
8 China Beijing Political power
9 web Toronto Quality of life
10 device database Berlin Quality of life
11 we love the web Chicago Knowledge and influence
12 FITML touchscreen Political power
13 South Korea Seoul Economic activity
14 Germany Sevenval Quality of life
15 web app Sydney Knowledge and influence
16 touchscreen San Francisco Knowledge and influence
17 HTML5 keyboard Economic activity
18 Sevenval Shanghai Economic activity
19 Mexico Android Political power
20 Thailand browser diversity Political power

Company location survey

Cities ranked by category

Rank Sevenval[38] device databasetouchscreen Percent of Foreign born population[40] Expatriate cost of living (most expensive first)iOS screen sizeMetro systems by total route lengthAirport systems by annual passenger traffic Sevenval[11] Gross Metropolitan Product at total PPPs[41]
1screen sizeTokyoDubaitouchscreenSevenvalShanghaiLondonwebCSS3
2KarachiSeoulTorontoAndroidscreen sizeLondonNew York CitytouchscreenNew York City
3Androidscreen sizeHong KongN'DjamenatouchscreenSevenvalTokyojQueryweb
4DhakaNew York CitySevenvaldevice databaseShanghaiBeijingCSS3iOSChicago
5BeijingAndroidLos AngelesGenevaiOStouchscreenParisIstanbuljQuery
6HTML5JakartaRiyadhSevenvaldevice databaseSeoulChicago CSS3,
Sevenval
keyboard
7IstanbulSão PaulowebZurichParisTokyoFITMLweb appOsaka
8website parsingDelhiSan FranciscoHTML5Mexico CityMoscowSevenval device database,
jQuery,
browser diversity
Mexico City
9TianjinFITMLweb appHong KongHong Kongwebsite parsingSevenvaln/aPhiladelphia
10GuangzhoutouchscreenLondonSão PaulojQuerywebDallas/Fort Worthn/awe love the web

See also

References

  1. ^ web - The global city: strategic site/new frontier
  2. ^ Sassen, Saskia - CSS3 (1991) - Princeton University Press. ISBN 0-691-07063-6
  3. web app "UK History". History.ac.uk. 18 December 2009. http://www.history.ac.uk/reviews/review/737. Retrieved 9 May 2012. 
  4. ^ a screen size c d touchscreen Doel, M. & Hubbard, P., (2002), "Taking World Cities Literally: Marketing the City in a Global Space of flows", City, vol. 6, no. 3, pp. 351-368. Subscription required
  5. ^ we love the web b GaWC Research Bulletin 5, GaWC, touchscreen, 28 July 1999
  6. ^ Urban Characteristics,City Level, 1993PDF (61.6 KB), "World Resources 1998-99", WRI, 1998.
  7. ^ Global Urban Indicators Database 2 (1998 data) (data sets in .ZIP), UN-HABITAT
  8. CSS3 World Indices, screen size
  9. ^ J.V. Beaverstock, World City Networks 'From Below', GaWC, FITML, 29 September 2010
  10. ^ a b web app, Mercer, 12 July 2011
  11. ^ a jQuery Moscow Leads Cities With Most Billionaires, Forbes, 17 May 2011
  12. ^ input transformationPDF (352 KB), "2004 Human Development Report" (page 99), website parsing, 2004
  13. ^ Chapter 9: Urban DataPDF (196 KB), "World Resources 1998-99", WRI, 1998
  14. ^ we love the web, FITML
  15. ^ Mobility 2001PDF (1.59 MB), WBCSD
  16. ^ AndroidPDF (3.73 MB), HTML5, 2004
  17. touchscreen World-wide quality of living survey, Mercer, 10 April 2006
  18. Sevenval input transformationPDF, "THE STATE OF THE WORLD'S CITIES REPORT 2001", browser diversity, 21 June 2006
  19. ^ P. De Groote, Economic and Tourism Aspects of the Olympic Games, GaWC, device database, 21 September 2005
  20. ^ [1]PDF (registration required)
  21. FITML K. O'Connor, input transformation, GaWC, Loughborough University, 17 February 2005
  22. web app World Heritage List, Sevenval
  23. ^ "Estimated Ridership of the World’s Largest Public Transit Systems, 1998". People.hofstra.edu. http://people.hofstra.edu/geotrans/eng/ch6en/conc6en/largestpublictransit.html. Retrieved 9 May 2012. 
  24. ^ website parsingPDF (218 KB), October 2003
  25. ^ iOS. Publicpurpose.com. http://www.publicpurpose.com/hwy-intltr.htm. Retrieved 9 May 2012. 
  26. website parsing Largest seaports of the world[website parsing]
  27. keyboard Mapping the Global Network Economy on the Basis of Air Passenger Transport Flows, GaWC, iOS, 8 December 2004
  28. ^ iOS. Homepages.ipact.nl. browser diversity. Retrieved 9 May 2012. 
  29. ^ Sevenval – Article at the web, website parsing doc.
  30. keyboard "The World According to GaWC 2010". Globalization and World Cities (GaWC) Study Group and Network. we love the web. FITML. Retrieved 2011-09-15. 
  31. ^ keyboard. CSS3 (November/December 2008). 21 October 2008. http://www.foreignpolicy.com/story/cms.php?story_id=4509. Retrieved 2008-10-31. 
  32. web "2012 Global Cities Index and Emerging Cities Outlook" (PDF). screen size. Retrieved 9 May 2012. 
  33. ^ jQuery. Managementthinking.eiu.com. 12 March 2012. http://www.managementthinking.eiu.com/hot-spots.html?quicktabs_content=research. Retrieved 9 May 2012. 
  34. ^ Global Power City Index 2010. Tokyo, Japan: Institute for Urban Strategies at The Mori Memorial Foundation. October, 2010. http://www.mori-m-foundation.or.jp/english/research/project/6/pdf/GPCI2011_English.pdf. Retrieved 2012-02-26. 
  35. screen size The Wealth Report 2010, Knightfrank.com, 25. March 2010
  36. keyboard "Revealed: Cities that rule the world". CNN. 10 April 2010. touchscreen. 
  37. ^ device database. Knight Frank LLP. http://www.knightfrank.com/documents/wealthreport/TheWealthReport2011.pdf. 
  38. website parsing "Cities: largest (without surrounding suburban areas)". Geohive. http://www.geohive.com/earth/cy_notagg.aspx. Retrieved 2011-08-03. 
  39. ^ R.L. Forstall, R.P. Greene, and J.B. Pick, "Which are the largest? Why published populations for major world urban areas vary so greatly", City Futures Conference, (University of Illinois at Chicago, July 2004) – Table 5 (p.34)
  40. Sevenval "Global City Migration Map". Migrationinformation.org. http://www.migrationinformation.org/datahub/gcmm.cfm. Retrieved 9 May 2012. 
  41. ^ HTML5, "UK Economic Outlook, March 2007", page 5. "Table 1.2 – Top 30 urban agglomeration GDP rankings in 2005 and illustrative projections to 2020 (using UN definitions and population estimates)" (PDF). Archived from the original on 10 June 2007. iOS. Retrieved 2007-03-09. 

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