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A metageography of port-city relationships


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Table 2: Main characteristics of the principal components





F1

F2

F3

F4

Eigen values

5.2

1.3

1.0

0.8

Cumulated variance (%)

47.2

59.1

68.3

76.0

Contribution of the indicators to the factors (%)

Coordinates > 0

Transport chain concentration

North-south landside gradient

East-west urban

gradient

North-south logistic gradient

Logistic Activities

(14%)


Container Throughput

(13%)


Container Terminals

(12%)


Freight Forwarders

(12%)


Rail Connections

(19%)


Road Connections

(18%)


Latitude

(15%)


Urban Population

(3%)


Longitude

(51%)


Urban Population

(14%)


Logistic Activities

(3%)


Rail Connections

(1%)


Logistic Activities

(10%)


Urban Population

(7%)


Latitude

(3%)


Freight Forwarders

(3%)


Coordinates < 0

-

Container Throughput

(6%)


Maximum Depth

(11%)


Maritime Connections

(11%)


Longitude

(13%)


Container Throughput

(2%)


Container Terminals

(5%)


Latitude

(7%)


Maximum Depth

(13%)


Longitude

(10%)


Rail Connections

(15%)


Road Connections

(17%)


Maximum Depth

(30%)





East-west maritime

gradient

North-south port gradient

East-west intermodal gradient


Table 3: Types of transport chain integration at the world’s main 100 port cities

Rank on F1

PORT CITY

Integration type

Rank on F1

PORT CITY

Integration type

Sea-land

Port-city

Logistic-intermodal

Sea-land

Port-city

Logistic-intermodal

1

Tokyo-Yokohama

-

-

-

51

Durban

-

-

+

2

Osaka-Kobe

+

-

-

52

Rio de Janeiro

-

+

-

3

Rotterdam-Europoort

+

-

+

53

Saint-Petersburg

-

-

+

4

Hamburg

+

-

+

54

Dublin

-

+

-

5

New York-New Jersey

-

-

-

55

Philadelphia

-

+

-

6

London

-

-

-

56

Southampton

+

-

-

7

Antwerp

+

-

-

57

Brisbane

-

-

-

8

Los Angeles-Long Beach

-

-

+

58

Leixoes-Porto

-

+

+

9

Hong Kong

-

+

-

59

Copenhagen

-

-

+

10

Barcelona

+

+

+

60

Felixstowe

-

-

-

11

Miami-Port Everglades

-

-

+

61

Beirut

+

+

+

12

Busan

-

+

+

62

Savannah

+

-

+

13

Singapore

-

+

-

63

Mumbai (Bombay)

+

-

-

14

Shanghai

-

-

-

64

Portland OR

-

-

+

15

Bremen-Bremerhaven

-

-

-

65

Callao-Lima

+

+

-

16

Valencia

+

-

+

66

Chennai (Madras)

+

-

+

17

Genoa

+

-

+

67

Jacksonville

-

-

+

18

Nagoya

+

-

-

68

Fremantle-Perth

+

-

-

19

Seattle-Tacoma

+

-

+

69

Incheon-Seoul

-

+

+

20

Houston

-

+

+

70

Qingdao

-

+

+

21

Manila

-

-

+

71

Cape Town

-

-

+

22

Montreal

-

+

+

72

Abidjan

+

+

+

23

Bangkok

+

-

+

73

Trieste

+

-

-

24

Melbourne

-

-

-

74

Leghorn (Livorno)

+

-

+

25

Buenos Aires

-

-

+

75

Tanjung Perak-Surabaya

+

-

-

26

Vancouver BC

-

-

+

76

Ho Chi Minh City

+

-

-

27

Piraeus-Athens

-

+

+

77

Dalian

-

-

+

28

Marseilles

+

+

+

78

Haifa

+

+

+

29

Kaohsiung

-

+

+

79

Casablanca

+

+

-

30

Tanjung Priok-Jakarta

+

-

+

80

Boston MA

-

+

-

31

Baltimore

-

-

+

81

Izmir

+

+

+

32

Le Havre

-

-

-

82

Taichung

-

-

+

33

Lisbon

+

+

+

83

Zeebrugge

-

-

-

34

Port Klang-Kuala Lumpur

-

+

-

84

Auckland

-

-

+

35

Sydney-Port Botany

-

-

-

85

Algeciras

-

-

+

36

Gothenburg

-

+

+

86

Keelung-Taipei

-

-

-

37

Oslo

-

+

+

87

Hakata-Fukuoka

+

-

-

38

Helsinki

-

+

-

88

Thessaloniki

-

+

+

39

Dubai

-

+

-

89

Dammam

+

+

+

40

Bilbao

+

+

+

90

Aarhus

+

-

+

41

Oakland-San Francisco

-

-

+

91

Halifax

+

-

-

42

Charleston

+

-

+

92

Kitakyushu

-

-

-

43

Tianjin

+

-

+

93

Karachi

-

-

-

44

Colombo

-

+

+

94

Santos

-

-

-

45

New Orleans

-

-

+

95

Port Said

-

-

+

46

Jeddah

-

+

+

96

Lagos-Apapa

+

-

-

47

Amsterdam

-

+

-

97

Dunkirk

+

-

+

48

Haydarpasa-Istanbul

-

-

-

98

Limassol

-

-

-

49

Naples

-

+

+

99

Glasgow

-

+

-

50

Liverpool

-

+

-

100

Xiamen

-

-

-



Figure 1: A matrix of port-city relationships

Source: adapted from Ducruet, 2004b



Figure 2: Regional models of port-urban organisation


Source: Lee, Song and Ducruet, 2006


Figure 3: Spatial distribution of the results (1)



Figure 4: Spatial distribution of the results (2)



Figure 5: A system of port city integration in the transport chain



Annex: Most representative port cities

(+)

North-south landside

gradient

East-west urban

gradient

North-south logistic

gradient




Boston

Philadelphia

Glasgow

Stockholm



Montreal

Portland OR

New York-New Jersey

Bristol


Bordeaux

London


Copenhagen

Houston


Liverpool

Nantes


St. Petersburg

Belfast


Teesport

Tunis


Baltimore

Riga


Jacksonville

Amsterdam

Miami-Port Everglades

New Orleans

Rouen

Gothenburg



Leixoes-Porto

Alicante


Dublin

Oslo


Auckland

Ho Chi Minh City

Wellington

Melbourne

Sydney-Port Botany

Adelaide


Chittagong

Brisbane


Cebu

Bangkok


Tanjung Perak-Surabaya

Fremantle-Perth

Mumbai (Bombay)

Tanjung Priok-Jakarta

Tokyo-Yokohama

Belawan-Medan

Karachi

Shanghai


Dar-es-Salaam

Hakata-Fukuoka

Kitakyushu

Chennai (Madras)

Tunis

Stockholm



Penang

Osaka-Kobe

Ningbo

Buenos Aires



Haydarpasa-Istanbul

Nagoya


Nagoya

Yokkaichi

Tokyo-Yokohama

Osaka-Kobe

Philadelphia

Hakata-Fukuoka

Adelaide

Brisbane


Buenos Aires

Bremen-Bremerhaven

Kitakyushu

Gwangyang

Fremantle-Perth

Nantes


Melbourne

Glasgow


Sydney-Port Botany

Wellington

London

Shimizu


Amsterdam

Vigo


Boston

Trieste


New York-New Jersey

Liverpool

Southampton

Shuwaikh


Gioia Tauro

Bordeaux





Zeebrugge

Belawan-Medan

Incheon-Seoul

Puerto Cabello

Dalian

Algeciras



Taichung

La Spezia

Limassol

Santos


Gioia Tauro

Dubai


Manila

Busan


Keelung-Taipei

Penang


Auckland

Rio Grande

Wellington

Colombo


Port Said

Chiwan (Shenzhen)

Xiamen

Port Louis



Felixstowe

Kaohsiung

Qingdao

Port Klang-Kuala Lumpur



Hong Kong

Singapore



Southampton

Aarhus


Jacksonville

Port Said

Veracruz

Rio Grande

Portland OR

Rotterdam-Europoort

Vigo

Trieste


Antwerp

La Spezia

Bremen-Bremerhaven

Le Havre


Kingston

Savannah


Charleston

Santa Cruz de Tenerife

Tilbury

Puerto Cabello



Oakland-San Francisco

Algeciras

Halifax

Los Angeles-Long Beach



Honolulu

Felixstowe

Gioia Tauro

Vancouver BC

Seattle-Tacoma

Zeebrugge



Mersin

Mina Zayed

Limassol

Tunis


Haydarpasa-Istanbul

Penang


Santos

Puerto Cabello

Ravenna

Cadiz


Felixstowe

Cebu


Dubai

Ho Chi Minh City

Dar-es-Salaam

Belawan-Medan

Dakar

Mombasa


Kingston

Venice


Casablanca

Callao-Lima

Chittagong

Hong Kong

Singapore

San Juan


Lagos-Apapa

Mumbai (Bombay)

Guayaquil

Karachi


(-)

East-west maritime

gradient

North-south port

gradient

East-west intermodal

gradient




1 Centrality is defined as a local / regional trade generation power (endogenous) while intermediacy is defined by external player’s election of a place for serving their networks (exogenous).



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