
Introduction
Acknowledgements
Preface
One
Suspending Judgment: The Post-Industrial City
Transformed
The Japanese Urban Continuum
Industrial Archipelago
The Port of Nagoya
Interchange
Enterprise Zone
Terminal
Kinjo Pier Logistics Terminal
Interface
The Bridge of Hesitation
Strategies of the Void
Workplace
Two
Generic City
The Ville Radieuse Legacy
The Radiant City in Japan
Agents of Transformation and the "Death" of Urbanism
Nagoyas New City
Mobility vs. Proximity
The Problem of Quantity
Preeminence of the Decorated Shed
Dead Space
Defunct Strategies
The Fourth Skin
Trauma of the New Interior
Death of the Façade
Zero-Degree Architecture
The Workplace Revisited
Three
Staging Uncertainty
Vivicities
Infratecture
Unveiling the Hidden Order
The New Fringe
Cité Post-Industrielle
Wiring the City
Complex Program
Eye of the Storm
In Place of the Public?
References |
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[1L3] INDUSTRIAL ARCHIPELAGO. Faced with worsening congestion in their cities, the
Japanese have had two practical choices for urban expansion: the hinterland, and the sea.
As I mentioned earlier, over two-thirds of Japan is mountainous, and the steep foothills
that surround every Japanese city make rural expansion problematic. Japanese builders and
engineers have proven themselves to be exceedingly industrious, however, as indicated by
the impressive railroad and highway systems which connect every major city, for which
extensive networks of tunnels and bridges had to be built. Because mountainous terrain
typically rises sharply from the alluvial plains, however, large-scale hillside
developments have proven very difficult and costly. As a result, a large percentage of
commuters must live one or two hours from their workplace in a major city, because the
superior infrastructural network allows them to do so.
The sea has
proven to be viable territory for urban expansion. Despite the high cost and labor
involved with so-called land reclamation projects, the Japanese have demonstrated that
land is valuable enough to warrant seaward expansion of an unprecedented scale. Every
coastal city in Japan has a highly-developed port built on landfill; in fact, it is rare
today for one to see natural Japanese coastline, particularly on the Eastern seaboard. In
Tokyo, Yokohama, Osaka, and Nagoya, land reclamation has actually moved the original
waterline many kilometers away from its original location. Preserved gateways and shrines
which once marked the entrance to cities hundreds of years ago are now surrounded by dense
development, separated from water by entire urban districts.
Until recently, the purpose of land
reclamation in Japan has been to support heavy industry and trade. Much of Japans
post-war economic success has been attributed to the expert transformation of imported raw
materials into immediately marketable export goods. Today, Japan imports as much as 80
percent of its natural resources; thus, it has made practical sense for centers of
production to be intimately linked with port distribution systems. Moreover, due to the
vast space requirements and zoning concerns of factories and power plants, it has been
equally practical to build such facilities away from city centers and tightly-packed
residential neighborhoods. Therefore, iron, steel, and shipbuilding industries, as well as
automotive, petrochemical, precision machinery, and electrical and optical equipment
industries constitute vast territories of artificial landfill outside major Japanese
cities, and are located adjacent to container yards and shipping/distribution centers. As
such, mixed-use waterfront development which
has become increasingly popular in Western coastal cities (such as New Yorks Battery
Park City or Londons Docklands) has been practically nonexistent in Japan. But the
situation is changing.

Lately, Japan has been experiencing
a hollowing out of its industry based on a shift of manufacturing jobs overseas; a change
which seems to follow the natural evolution of economic development in other first world
countries, from primary industries (agriculture, forestry, fisheries), to secondary
industries (mining, manufacturing, construction), to tertiary industries (transportation,
communications, retail and wholesale trade, banking, finance and real estate, business
services, personal services, and public administration).14 The
change in Japans industrial structure has thus led to physical transformations in
its cities, most notably in the port areas.
In an atavistic reoccurrence of Metabolist
aspirations, city planners, developers, and architects are projecting new Utopian
waterfront cities with gleaming office towers, hotels, exhibition halls, apartment blocks,
shopping centers, parks, and amusement complexes. Outmoded steel plants are being
demolished to make way for new financial and service institutions, housing, and cultural
amenities. Despite the danger of liquefaction of landfill in the event of an earthquake,
in addition to the necessary environmental cleanup of industrial sites, the artificial
island is an attractive site for new urban development of this kind, when one considers
its characteristically flat, generously-scaled spaces, well-organized street grid, and
proximity to water. There has even been enough unoccupied land (used for shipping yards
and distribution facilities) in the Japanese industrial
archipelago that it presents a veritable tabula rasa for new planning. Indeed,
one can easily decipher the sharp contrast between the disorderly urban congestion of the
mainland and the highly-structured agoraphobia of the reclaimed landscape.
Perhaps
the most well-known Utopian land reclamation scheme is Kenzo Tanges Tokyo Plan of
1960, in which he envisioned a marine city in the form of a linear complex of highways
leading from the concentric core of Tokyo to Chiba across the bay. The plan intended to
improve infrastructural problems and augment a dwindling housing supply within a model
city for the coming information society. The megastructural office and housing
blocks were designed collaboratively by URTEC, a team of architects and engineers which
Tange founded in 1961. Tanges Tokyo Plan of 1986, a revision of the 1960 scheme,
proposed the development of a multi-core urban zone with two new sub-cities, one along the
coast and one in the bay. The next phase will involve extending the projected axis further
to meet Kizaru on the opposite shore. Looking at Tokyo today, it is fascinating to see the
extent of Tanges influence on the development of the coastline.
Abandoned only months before its
scheduled opening due to a political controversy, the World City Exposition, 1996 was
planned to show off Tokyos latest architectural wonders on a string of manmade
islands called Teleport Town. Among the many innovative projects to be seen
were Nippon Sogos Telecom Center, Katsuhiro Kobayashis mixed use
development/recycling plant called Ariake Clean Center, Kenzo Tanges giant
lattice-like Fuji Television Building, and Sato Corporations Tokyo International
Exhibition Center and Congress Tower.
About 25 kilometers to the
southwest of Tokyo lies Minato Mirai 21 (or port future 21), at the mouth of Yokohama. In
1992, a group of architects and planners (including OMA) was invited to propose designs
for a collection of five sites along the coast which could be redeveloped to form a ring
five kilometers in diameter. Yokohama plans to host an exhibition in the next decade
similar to the failed Urban Frontier project in Tokyo, 1996.
Other well-known examples of innovative uses for land reclamation sites
include Kobes Port Island and Rokko Island (1990), Yokohamas Nexus World
project (1991), and Osakas Kansai International Airport (1994), which was built on
an 510-hectare artificial island five kilometers from shore.15
14Japan:
Profile of a Nation (Tokyo: Kodansha International, 1995) p. 155-156
15I should
note that these particular projects were original in nature, and did not involve
retrofitting existing sites.
Images: 1. Development of the Fukuoka
Coastline, 2. Nagoya Port Container Yards, 3. Future Nagoya International Airport, 4.
Kenzo Tange, Tokyo Plan (1960), 5. Renzo Piano, Kansai Airport (1994)
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