Wednesday, October 1, 2008

List of streets and roads in Hong Kong

Here is a ''partial'' list of expressways, tunnels, bridges, roads, avenues, streets, crescents, s and bazaars in Hong Kong.

Routes



Hong Kong's is responsible for maintenance and control of highways and roadways.

In 2004, a new strategic route marking system was put in place, wtih most existing routes renumbered and exits to key places or to another route also numbered. Routes 1 to 3 are cross-harbour north-south routes following the order in which the harbour tunnels were opened. Routes 4, 5, 7 and 8 run east-west, numbered from south to north. Route 9 circumscribes the New Territories. Route 10 runs from western New Territories from Route 9 and bends northward towards and passes the border to Shenzhen.

The new system has caused some confusion to drivers used to relying on destination signs.

*: - Wong Chuk Hang - Aberdeen Tunnel - Causeway Bay - Cross-Harbour Tunnel - Kowloon Tong - Lion Rock Tunnel - Sha Tin
*: Quarry Bay - - Kwun Tong Bypass - Tate's Cairn Tunnel - Ma Liu Shui
*: Sai Ying Pun - - West Kowloon Highway - Kwai Chung - Tsing Yi - Cheung Tsing Tunnel - Ting Kau Bridge - Tai Lam Tunnel - Yuen Long
*: Chai Wan - Island Eastern Corridor - Quarry Bay - Causeway Bay - Wan Chai - - Sheung Wan - Sai Ying Pun - Kennedy Town
*: Ngau Tau Kok - Kowloon Bay - Airport Tunnel - Hung Hom - Yau Ma Tei - Lai Chi Kok - Kwai Chung - Tsuen Wan
*: Reserved for future route. Proposed Central Kowloon Route - Proposed Southeast Kowloon T2 Route - Proposed Tseung Kwan O - Lam Tin Tunnel
*: Tseung Kwan O - Tseung Kwan O Tunnel - Kwun Tong - - Sham Shui Po - Lai Chi Kok - Kwai Chung
*: Chek Lap Kok - Tsing Ma Bridge - Tsing Yi - Stonecutters Island - Lai Chi Kok - Sha Tin to join Route 9.
*: Shing Mun Tunnel - Tai Wai - Sha Tin - Ma Liu Shui - Tai Po - Fanling - Sheung Shui - - Yuen Long - - Tuen Mun - Sham Tseng - Tsuen Wan
*: Lam Tei -

Expressways


*Cheung Tsing Highway
*Fanling Highway
*Hong Kong-Shenzhen Western Corridor
*Island Eastern Corridor
*Kwun Tong Bypass
*Lantau Link
*North Lantau Highway
*Penny's Bay Highway
*San Tin Highway
*Sha Lek Highway
*Sha Tin Road
*Sha Tin Wai Road
*Tai Po Road - Sha Tin
*Tate's Cairn Highway
*Tolo Highway
*Tsing Kwai Highway
*Tsing Long Highway
*Tsuen Wan Road
*Tuen Mun Road
*West Kowloon Corridor
*West Kowloon Highway
*Yuen Long Highway

Tunnels




Tunnels are a critical part of Hong Kong's transport infrastructure, given its mountainous and island topography. The first tunnel linked Kowloon with the new towns in the New Territories. Then the first cross-harbour tunnel to Hong Kong Island reduced reliance on ferries. Further construction facilitated traffic flow to the south of Hong Kong island and other parts of the New Territories. Later, as usage increased, additional tunnels became necessary in parallel with existing structures.

*Lion Rock Tunnel
*Cross Harbour Tunnel
*Second Lion Rock Tunnel
*Aberdeen Tunnel
*Kai Tak Tunnel
*Airport Tunnel
*Eastern Harbour Crossing
*Shing Mun Tunnel
*Tseung Kwan O Tunnel
*Tate's Cairn Tunnel
*Western Harbour Crossing
*Cheung Tsing Tunnel
*Tai Lam Tunnel
*Discovery Bay Tunnel
*Eagle's Nest Tunnel and Sha Tin Heights Tunnel

Bridges




*Ap Lei Chau Bridge
*
*Lantau Link
:*Tsing Ma Bridge
:*Ma Wan Viaduct
:*Kap Shui Mun Bridge
*Ting Kau Bridge
*Tsing Yi Bridge
*Tsing Tsuen Bridge
*Stonecutters Bridge

Flyovers


*Canal Road Flyover
*Connaught Road West Flyover
*Tsing Fung Street Flyover

Viaducts


* - Viaduct
* - Viaduct
* - Viaduct
* - Viaduct
* - Viaduct
* - Viaduct

Roads, avenues, streets, bazaars, squares, crescents




Hong Kong Island


*A Kung Ngam Road
*Aberdeen Main Road
*Aberdeen Praya Road
*Aberdeen Reservoir Road
*Aberdeen Street
*Albany Road
*Albert Path
*Aldrich Bay Road
*Aldrich Street
*
*Anton Street
*Ap Lei Chau Bridge Road
*Ap Lei Chau Drive
*Ap Lei Chau Praya Drive
*Arbuthnot Road
*Arsenal Street
*Babington Road
*
*Barker Road
*Basel Road
*Battery Path
*Battery Street
*Beach Street
*Bel-air Avenue
*Bel-air Rise
*Belcher's Street
*Belleview Drive
*Big Wave Bay Road
*Bisney Road
*Black's Link
*Blue Pool Road
*Bluff Path
*Boat Street
*Bonham Road
*Bonham Strand
*Bonham Strand West
*Borrett Road
*Bowen Drive
*Bowen Road
*Boyce Road
*Braemar Hill Road
*Breeze Path
*Brewin Path
*Briar Avenue
*Bridges Street
*Broadwood Road
*Broom Road
*Brown Street
*Bullock Lane
*Burd Street
*Burrows Street
*Cadogan Street
*Caine Road
*Canal Road East
*Canal Road West
*
*Chai Wan Road
*Chater Road
*Cleveland Street
*Cochrane Street
*Conduit Road
*Connaught Road Central
*Connaught Road West
*
*
*Des Voeux Road Central
*Des Voeux Road West
*Duddell Street
*
*Eastern Street
*Gage Street
*
*Gilman Street
*Gilman's Bazaar
*
*
*Gutzlaff Street
*Harbour Parade
*Harbour Road
*Harcourt Road
*Hennessy Road
*Hollywood Road
*Hong Shing Street
*Ice House Street
*Jardine's Bazaar
*Johnston Road
*Jubilee Street
*
*Kennedy Town Praya
*
*Ladder Street
*
*Lee Tung Street
*Lan Kwai Fong
*Luard Road
*Lugard Road
*Macdonnell Road
*Man Cheung Street
*Man Kwong Street
*Man Yiu Street
*Mount Austin Road
*Mount Kellett Road
*Murray Road
*Oi Kwan Road
*Old Bailey Street
*Old Peak Road
*Paterson Street
*Peak Road
*Peel Street
*Pok Fu Lam Road
*Possession Street
*Pottinger Street
*
*Queen's Road East
*Queen's Road Central
*Queen's Road West
*
*
*Sassoon Road
*Shau Kei Wan Road
*Siu Sai Wan Road
*
*Staveley Street
*Stubbs Road
*Tai Koo Shing Road
*Tai Koo Wan Road
*Tai Mou Avenue
*Tai Ping Shan Street
*Tai Tam Road
*
*Tim Wa Avenue
*Tim Mei Avenue
*Tonnochy Road
*Tsat Tsz Mui Road
*Upper Albert Road
*Upper Lascar Row
*
*
*Western Street
*Wharf Road
*Wing Kut Street
*Wing On Street
*Wing Sing Street
*Wong Nei Chung Road
*Wyndham Street
*Yee Wo Street


Kowloon and New Kowloon


*Apliu Street
*Alnwick Road
*
*Austin Road
*Austin Road West
*Broadcast Drive
*Boundary Street
*Bute Street
*Castle Peak Road
*Canton Road
*Chatham Road North
*Chatham Road South
*
*Cheung Sha Wan Road
*Ching Cheung Road
*College Road
*
*Dorset Crescent
*
*Ede Road
*Essex Crescent
*Fa Yuen Street
*Fat Kwong Street
*Fuk Wa Street
*Gascoigne Road
*Haiphong Road
*Hankow Road
*Hillwood Road
*Humphreys Avenue
*
*Kimberley Street
*Knutsford Terrace
*Kowloon City Road
*Kwun Chung Street
*Lai Chi Kok Road
*Lancashire Road
*La Salle Road
*Maidstone Road
*
*Mody Road
*Nathan Road
*Nga Tsin Wai Road
*Observatory Road
*Pei Ho Street
*Peking Road
*Portland Street
*Prince Edward Road East
*Prince Edward Road West
*Princess Margaret Road
*Public Square Street
*Reclamation Street
*Sai Yeung Choi Street North
*Sai Yeung Choi Street South
*
*Scout Path
*Shanghai Street
*Soy Street
*Tai Po Road
*Tai Wan Road
*
*Tokwawan Road
*Tung Choi Street
*
*Wylie Road
*
*Yue Man Square


New Territories


*Castle Peak Road
*Ching Cheung Road
*Ching Hong Road
*Chung Mei Road
*Chung Ying Street
*Fan Kam Road
*Fung Shue Wo Road
*Hiram's Highway
*Joint Street
*Kam Sheung Road
*Kam Tin Road
*Kwai Chung Road
*Lam Kam Road
*Po Lam Road
*Route Twisk
*Sai Sha Road
*Sha On Street
*Sha Tin Road
*Tai Po Road
*Tam Kon Shan Road
*Tsing Yi Heung Sze Wui Road
*Tsing Yi Road
*Tsing Yi Road West
*Tsing Yi Main Street
*Tsing Yi North Coastal Road
*Tsuen Wan Road
*Tuen Mun Road
*Yuen Wo Road

Lantau


*Keung Shan Road
*Lantau Link
*Ngong Ping Road
*Sham Wat Road
*South Lantau Road
*Tai O Road
*Tung Chung Road

Chek Lap Kok Airport

*
*Airport Expo Boulevard
*Catering Road West
*Catering Road Central
*Catering Road East
*Chek Lap Kok South Road
*Cheong Hing Road
*Cheong Hong Road
*Cheong King Road
*Cheong Lin Path
*Cheong Lin Road
*Cheong Shun Road
*Cheong Tat Road
*Cheong Wing Road
*Cheong Wong Road
*Cheong Yip Road
*Chung Cheung Road
*
*Kwo Lo Wan Road
*North Perimeter Road
*Runway Road South
*Sky City Road
*Sky Plaza Drive
*Sky Plaza Road
*South Perimeter Road

Cheung Chau


*Pak Sha Praya Road
*Pak Shue Street
*Peak Road
*Sun Hing Street
*Tung Wa Road


Bus priority


The Transport Department has designated about 22 km of road length as exclusive "bus lanes", out of approximately 2,000 km of accessible roads.

Monitoring major roads


The traffic CAM online provides nearly real-time road conditions for all the major road users, as well as the authority to monitor the traffic. The live webcast provides the real-time road conditions for concerned party for planning before driving.

There are about 115 closed circuit cameras located on the routes to provide monitoring of traffic flow. Congestion is heaviest in Kowloon and along the northern shore of Hong Kong Island, where most cameras are located.

Here are select locations around Hong Kong:

* Cross Harbour Tunnel Hong Kong exit
* Aberdeen Tunnel Wanchai entrance
* Cross Harbour Tunnel Kowloon entrance
* Kwai Tsing Interchange
* Tsuen Wan End Road
* Tuen Mun End Road

Lingdingyang Bridge

The Lingdingyang Bridge was proposed by former Zhuhai mayor in the late 1980s to link Zhuhai and Hong Kong at Qi'ao and Tuen Mun, across the Lingdingyang, Pearl River estuary.

Preliminary works had been finished to link mainland Zhuhai with Qi'ao island. Nonetheless the proposal was dropped to give way to a later proposal of Hong Kong-Zhuhai-Macau Bridge, which links Hong Kong at Lantau, and connects Macau as well.

Lai Chi Kok Bridge

Lai Chi Kok Bridge is a bridge of Kwai Chung Road, linking Mei Foo of Lai Chi Kok in New Kowloon and Kwai Chung in the New Territories, Hong Kong. The bridge spans over the Lai Chi Kok Bay, which was later . Under the bridge is now the of the KCR and the extension of Ching Cheung Road to Kwai Chung Container Port.

Hong Kong-Zhuhai-Macau Bridge

The Hong Kong-Zhuhai-Macau Bridge is a proposed series of bridges and tunnels that would connect the west side of Hong Kong with Macau and the neighbouring city of Zhuhai, situated on the west side of the Pearl River Delta, and part of mainland China's southern powerhouse.

The proposed 29 kilometre bridge is expected to cost $2 billion to $3.7 billion.

With its length, it would probably become one of the landmarks within the area; it is comparable with the world's longest bridge, the Second Lake Pontchartrain Causeway in the United States, which is long .

Background



In 1982, the rapid growth and demand of cross-border traffic prompted an agreement between the Hong Kong Government and the Shenzhen authorities. This agreement suggested an improvement of connections by opening up new road links. Also proposed was the construction of a footbridge at Lo Wu, introduction of ferry services, and enhancement of inspection facilities and services at and entry points.

Currently there are four major border crossings connecting Hong Kong and Shenzhen:

#Man Kam To crossing provides the most direct access to the Shenzhen city centre
#Sha Tau Kok crossing connects Hong Kong with east Shenzhen
#Lok Ma Chau crossing provides a link to west Shenzhen
#Lo Wu crossing provides connection between Hong Kong and central Shenzhen for passengers only. The number of passengers can reach up to 400,000 during peak hours, often at the beginning or the end of a long holiday period.

Continuous expansion works have been done at these three crossings to meet the increasing demand for passenger handling capacity. Additionally, those who are granted special permission and licenses prefer to drive across the border in order to avoid the high flow of travellers at those three gateways.

Lo Wu is still the main node linking Hong Kong and Shenzhen. Railway to the Lo Wu crossing receives much traffic from the towns. Everyday, millions of rail users pass by Lo Wu en route to Shenzhen. In order to cope with the vast amount of cross-border traffic, a gradual extension of the opening hours and series of improvement works at the Terminal have been initiated.

In order to provide long-term relief to the congestion at Lo Wu, various projects have been approved and endorsed. The Hong Kong Government and the relevant authorities have identified the need to open new border crossings. At the third meeting of the Mainland/Hong Kong Conference on the Co-ordination of Major Infrastructure Projects held on 20 September 2002, it was agreed that a joint study should be conducted on the transport linkage between Hong Kong and Pearl River West.

An important study was completed by the National Development and Reform Commission and the Hong Kong Government on the transport linkage between Hong Kong and the western bank of the Pearl River Delta. The study points out that a bridge linking Hong Kong, Zhuhai and Macau will provide significant macro socio-economic benefits for the Greater Pearl River Delta Region including Hong Kong. Governments of Guangdong, Hong Kong and Macau were authorized by the authorities to set up the Hong Kong-Zhuhai-Macau Bridge Advance Work Coordination Group to follow up the project. There will be intensive studies on the hydrology, environmental protection, economic benefits, routing, passenger and freight traffic flow of the bridge.

The study analyses the current situation of transport linkage between Hong Kong, Macau and Pearl River West, existing problems and deficiencies; it also forecasts the passenger and freight traffic flow between Hong Kong and Pearl River West. The report points out that the current transport linkage between Pearl River West and Hong Kong is weak and land transport involves a via Human Bridge resulting in an increase in transport time and cost. The report also predicts the passenger traffic flow between the eastern and western banks of the Greater Pearl River Delta in 2020 will reach 180-240 million and freight traffic 169–220 million tonnes. Of these traffic volumes, the passenger and freight traffic flow between Hong Kong and the western bank of the PRD will significantly increase. An increase of the passenger flow of the Bridge and cargo demand are also anticipated.

The study has considered three alignments linking the two banks of Pearl River. Fieldwork and seminars have been conducted, and views and analyses from various sources have been taken into consideration. The result of the study is that the Hong Kong -Zhuhai-Macau Bridge proposed by the HKSAR Government, a link connecting the three places under the "one country two systems", is the most urgent one and bears significant political and economic implications.

The study points out that the Hong Kong-Zhuhai-Macau Bridge will alter the present passive condition of the transport linkage between Hong Kong and Pearl River West which relies mainly on water transport. It will shorten the distance from Hong Kong to Macau and Zhuhai from 60 km to 30 km, and reduce the journey time to within half an hour. As a result, Pearl River West will lie within the 3-hour transport network that radiates from Hong Kong as its centre.

Participation of Gordon Wu



Gordon Wu, the chairman of Hong Kong-listed Hopewell Holdings Ltd has advocated the project for 20 years.

Wu has used Hopewell since the 1980s to develop his vision of creating a world-class transport system for China's manufacturing powerhouse in the Pearl River Delta, which includes Hong Kong and many parts of Guangdong province.

Hopewell Highway Infrastructure Ltd, the highway unit of the Hong Kong Hopewell Holdings Ltd was spun off and on August 6th 2003, and hopes to make a bid for a stake in the project.

Hopewell Holdings, which hopes to take a 50 percent stake in the project, raised HK$3.01 billion through an initial public offering and its shares are expected to surge if the bridge project is confirmed.

Preparation



In order to coordinate the project, Hong Kong-Zhuhai-Macau Bridge Advance Work Coordination Group was established in 2003. In the second meeting, officials from three sides decided to set up an office specifically in Guangzhou to do the work of the group and appointed a design institute in the to conduct the feasibility study and produce a report on landing points for the bridge. The landing points are still being studied and factors such as economic effectiveness and environmental issues will determine where they are.

For the part of the bridge that is situated in Hong Kong, the Environment, Transport and Works Bureau plans to seek $59 million from the Legislative Council's public works subcommittee for investigations and preliminary design work.

Preliminary design work on the proposed Y-shaped bridge is expected to be completed by the end of 2004.

Timeline



; 1983 : Gordon Wu proposed the idea of the bridge.
; 2002 : Zhu Rongji, the Premier at that time, showed support of Wu's idea.
; 2003 : The Chinese government showed support of the idea.
; 2003 : Donald Tsang, the Chief Secretary for Administration of HKSAR, went to Beijing to meet with the Chinese government about the bridge.
; 2003 : The Hong Kong-Zhuhai-Macau Bridge Advance Work Coordination Group was established.
; 2006 :

Impacts and influences


Economic



Advocates suggest that by slashing travel times between the eastern and western banks of the Pearl River delta, parts of less-developed southern China will gain improved access to global markets through Hong Kong. In addition, it is said that Hong Kong will benefit from this project in the long term, through the enhanced flow of , goods and capital between China and the rest of the world.

The concept of this project is similar to that of the Chesapeake Bay Bridge Tunnel in Virginia, United States. An undersea tunnel will become a portion of the whole infrastructure in order to allow large container to pass.

The 29-km would make it one of the world's longest bridges and is expected to reduce travelling times between Hong Kong and Zhuhai or Macau to approximately 40 minutes; down from 4.5 hours at present.

Although this project is supported by the general public, there are some potential drawbacks. Some scholars pointed out that Hong Kong and Macau will become direct competitors for Mainland Chinese tourists. While Macau generally attracts a different market from Hong Kong, with the bridge, tourists from Mainland China can bypass Hong Kong and thus Hong Kong will no longer act as a conduit for visitors to Macau. This may possibly have a profound effect on Hong Kong's tourism industry - an industry that depends significantly on stopover visitors.

Nonetheless, differences in opinions exist: While the bridge will make Hong Kong, Zhuhai and Macau more accessible, the degree to which it will make the area more attractive as a whole for tourists will vary. In particular, a rail link was seen as important for boosting the local tourism industry - something that is very unlikely to be realized.

In the meantime, the construction of the bridge will give a boost to the construction industry, which may help alleviate unemployment and underemployment, which can, in turn, boost the region's economy.

Socio-economic effects



It seems that Hong Kong will benefit from the following aspects with the construction of the proposed bridge:

*Alleviating congestion in existing cross-border checkpoints
*Encouraging deeper economic integration between Hong Kong and Pearl River Delta Region
*Promoting the socio-economic development of the Pearl River West
*Strengthening Hong Kong's position as the logistics centre
*Facilitating development of tourism industry in PRD
*Creating more employment opportunities
*Making use of investment from private sector
*Perfecting the regional transport network

The bridge will benefit the economic development of the whole of the Delta. For Hong Kong, the project will enable the city to continue its status as an international aviation and shipping centre. The Bridge will also help realise the strategic benefits of promoting the socio-economic development of the western Pearl River. In linking up Hong Kong, Macau and Zhuhai, the bridge will form a systematic regional transport network and provide an overland link. This link will substantially shorten the travelling time between the eastern and western sides of the southern tip of the PRD. Faster economic integration between Hong Kong and the region is expected with the increasing flows of people, goods and even capital. With closer economic tie between Hong Kong and its neighbouring region, Hong Kong can assume a leading role in driving the economic development in South China.

Chinese and Hong Kong leaders are able to hammer out the plans for a giant bridge linking Hong Kong to mainland China and Macau, a US$2 billion project driven by Beijing's desire to show the can thrive under its rule.The urgency Beijing has placed on the 29 kilometer-long bridge and quicker economic integration between Hong Kong and China was triggered by a July 1, 2003 protest march when half a million took to the streets to express their discontent with government. In promoting the Hong Kong-Zhuhai-Macau bridge and closer cross-border economic ties, Beijing is throwing a lifeline to economically battered Hong Kong.

The bridge is the second major high-profile project between China and Hong Kong between June and August, 2003. In late June 2003, the two signed a free trade pact - a or called CEPA, further opening China to Hong Kong companies.

Tourism industry



Different opinions are said about the impact of the bridge on the tourism industry in Hong Kong. Some think the bridge will be a boost to the local tourism industry especially if the bridge contains a rail link, which will increase the capacity of passenger travel across the bridge. The bridge will provide tourists with the opportunity of visiting Macau and the western part of the PRD by road or by rail on top of visiting Hong Kong. The new multi-destination itineraries will definitely enhance the tourist experience in the region. As a matter of fact, this has been a strong selling point for Hong Kong's tourism .

Another advantage is that the Hong Kong-Zhuhai-Macau link will also encourage more Macau and PRD s to visit Hong Kong and shop there. The growing number of these inbound visitors will give a further boost to the local tourism industry and their spending will be a boost to economy as well.

Alternatively, some see the bridge as a hazard to Hong Kong's tourism industry as they believe that with the new bridge there will be fewer people traveling to Mainland China or Macau via Hong Kong. Since tourism plays an important role in generating revenue for Hong Kong, a loss of tourists will directly affect other sectors in Hong Kong.

Logistics



As Hong Kong enjoys a number of competitive advantages in developing its logistics industry, namely, excellent infrastructure and telecommunications facilities, well-established financial and legal systems, very good international connections and a free market. To strengthen its position as a transportation hub in the region, the HKSAR government has indicated its intention to develop Nansha as a logistics base while the Airport Authority is having closer cooperation with the Zhuhai airport.

Their strategy in lining up with these cities located in the west side of the PRD will be best served by the bridge. It will link Hong Kong to the west side of the PRD and hook it up with the ever-expanding network of expressways in China. With the presence of better transportation network, Hong Kong’s logistics industry will not only be able to get more business in the PRD but also extend their services into the inland areas of the Mainland including the resource-rich Sichuan Province. Hence, Hong Kong will become an important logistics centre for the whole country.

With the bridge in place, Hong Kong can make avail itself of the Central Government’s ‘Go West’ Development plan to turn itself into a transportation hub to the western region. It has hence within its reach a hinterland with abundant natural resources and a potential market made up of a huge population with growing affluence.

Environmental



The increasing integration of Hong Kong with the Pearl River Delta Region brings about an increasing economic development and cooperation within this region. It is recognized that the need for such integration may lead to greater economic prosperity, but at the same time, because there will be an inevitably increasing demand for infrastructure development to support this economic growth in this region, an plan which only focuses on short-term gain without environmental consideration within the whole context could result in long-term degradation of the natural environment and development which are both unsustainable and irreversible.

This project will affect the natural habitats of the three regions. Caution should be taken in the choices of machines in order to minimize unwanted sediments spread resulting from dredging operations. If not taken care of, this could have a profound effect on the breeding and feeding patterns of the Chinese white dolphins, which are treasured since there are not many of them in Hong Kong. Therefore, authorities from three sides have proposed that a detailed study be conducted on the impacts of the project on the habitats of rare tree frogs, horseshoe crabs and Chinese white dolphins. Loud noise produced during construction would seriously affect the abililty of Dolphin's sonar navigation. Immune system of the dolphins would be impaired by potential disturbance of the seabed which may contain contaminated mud, increasing their risk to diseases. Dredging works could increase the risk of collision with the dolphins resulting in injuries and possible death.

According to Hong Kong, there are three concerns relating to the Bridge:

1. The potential impacts of the Bridge on the environment could be both natural and physical. For instance, water quality, the hydrodynamic regime of the Pearl River Estuary and sensitive habitats such as seagrass beds, mangroves, and natural intertidal, brackish marsh, and habitats such as Fung Shui woodlands.

- During construction, contaminated spills would occur. Also during the building stage of the bridge, piers would be built, and it would reduce the water flow area and hence the water quality may be affected.

- Increased vehicle transportation would inevitably worsen the already bad air quality in the region. Furthermore, these are home to many rare plants and animal species such as Crested Kingfishers, Mangrove Water Snakes, Rough-skinned Floating Frog, and the rare native rhododendron.

2. The whole process will be "fast-tracked" if the project commences with urgency, which may result in a failure in a proper environmental assessment. "Fast-tracking" can result in compromising the environment and/or increased financial cost for the project. In order to meet the targeted opening date of the project, a full environmental assessment may be set aside. A comprehensive assessment and addressing risk factor would at the very least allow the full cost to be factored into the decision-making process.

3. Since there are distinct differences between the Mainland and Hong Kong systems in terms of the Environmental Impact Assessment process, criteria and standards, decision-making processes would become difficult and controversial.

In addition, there are also other environmental impacts during the construction of the Bridge:

4. Noise:

Construction work like road construction, piling works and concreting will generate noise. Noise can also be caused by dredging works. Since there will be lots of goods vehicles and buses, the traffic using the highway would also be one of the noise sources. Hence, silence is disrupted due to all sources of noise.

5. :

Area near the construction site where there are archaeological interest and potential offshore s that have not been investigated or adequately studied previously, would be affected.

And the construction work may also cause direct or indirect impacts
on San Shek Wan, Ha Law Wan, Sha Lo Wan and Sha Lo Wan
archaeological sites and the items of historic interest in the villages at Sha Lo
Wan and San Shek Wan. The construction work may also cause indirect
impacts on the Tung Chung Battery, where is a declared monument.

6. Ecology:

Erosion of exposed earth and construction materials may cause subsequent sedimentation. Poor site controls would lead to toxic chemical pollution, such as alkaline slurry from concrete, oil, , etc.

When there is construction work at the bridge-land interface and piers at Lantau and the Airport Channel may increase the amount of sediments that
could potentially affect the mangroves communities.

There may be loss of riparian vegetation in the streams and loss of vegetation scrublands at the landing point.

Cross-border checkpoints



The bridge will connect Hong Kong to Macau and Zhuhai, it will provide a direct link for passengers and freight traffic heading for the western part of the PRD. This will help alleviate the heavy congestion at the Hong Kong-Shenzhen cross-border checkpoints and reduce the economic losses arising from the daily hold-up at these border crossings. Although part of the equation for alleviating the congestion at the border hinges on better and more efficient arrangements in customs clearance and , an overland link to the west of the PRD will certainly relieve the pressure on existing border checkpoints.

Additional statistics about cross-border checkpoints in Hong Kong:



These checkpoints all connect Hong Kong to Shenzhen. As the table shows, there is only one checkpoint that operates 24-hour for both and passenger traffic. Moreover, there are no land connections to other parts of Guangdong Province making it rather inconvenient for those travelling to Zhuhai or Zhongshan directly west of Hong Kong across the Pearl River Delta.

Thus, most passengers use the many ferries that shuttle between the various ports at a frequency ranging from 10 minutes to every hour depending on demand and time of the day. However, such ferries do not run late at night nor carry vehicular traffic and are affected by inclement weather conditions such as strong typhoons during the summer months - making the case for the building of a bridge.

An alternative and perhaps more expensive method to travel to China and Macau would be by air. Both Shenzhen and Macau have opened up direct air routes to Hong Kong International Airport in the past decade. Several operators also offer helicopter flights between the cities. While the number of scheduled flights are limited, such aircraft can fly almost around the clock. However, the prohibitive costs make this a mode of transport for the very rich.

Hong Kong-Shenzhen Western Corridor

The Hong Kong-Shenzhen Western Corridor is a 5.5-kilometer, or 3-mile, dual three-lane carriageway spanning Hong Kong and Shekou, Shenzhen in China. It is a port of entry to Hong Kong from mainland China.

Construction on the link began in 2003. The 3.2-kilometer, or 2-mile, Hong Kong section was completed in 2005. The corridor was scheduled for completion in 2006 but owing to the delay in the construction of the Shenzhen section and legal issues about applying the Law of Hong Kong in co-location of immigration and customs facilities in mainland China, it was officially opened on 2007-07-01 by President Hu Jintao of China.

The biggest section of the link is the bridge spanning and Shekou. The single tower cable-stayed bridge allows for the southern and northern navigation channels of the Sham Chun River. There are two customs clearing areas, one managed by the and the other by Chinese Customs. It can handle 58,600 vehicles and 60,000 cross-boundary tourists per day.

The link's biggest player is the Gammon-Skanska-MBEC Joint Venture.

Transportation




Three public bus services run on this corridor. They are operated by the and .

* B2 Yuen Long to Shenzhen
* B3 Tuen Mun Ferry Pier to Shenzhen
* B3X Tuen Mun to Shenzhen

A green public light bus route, 618, also operates from Tin Shui Wai new town.

Hong Kong taxis, and cross-border buses are allowed access to the corridor; private vehicles must have the correct permit to use the corridor.

Duplicate Tsing Yi South Bridge

Duplicate Tsing Yi South Bridge or Duplicate Tsing Yi Bridge or Kwai Tsing Bridge is a bridge connecting Tsing Yi Island and Kwai Chung over the Rambler Channel of Hong Kong in parallel to Tsing Yi Bridge, which deteriorated owing to years of heavy usage. The duplicated bridge was built to relieve the overburdened Tsing Yi Bridge and opened in 26th July, 1999 before the commencement of Tsing Yi Bridge renovation. This is the fourth vehicular bridge connecting Kwai Chung and Tsing Yi.

The duplicated bridge piers are aligned with those of Tsing Yi Bridge to retain the navigation channel. Two artificial islands with lights are created to protect the bridges against accidental damage by ships, which happened to the Tsing Yi Bridge several times.

The connecting roads and ramps are restructured on both the Tsing Yi Island side and the Kwai Chung side. These improvements have freed the bridges from traffic congestion, which occurred frequently in the past.

Cheung Tsing Bridge

Cheung Tsing Bridge , formally Rambler Channel Bridge , is a bridge on Rambler Channel of Hong Kong, connecting Cheung Ching Tunnel on Tsing Yi Island and Kwai Chung section of Tsing Kwai Highway. It is part of Tsing Kwai Highway of .

The bridge is later given the name Cheung Tsing because of its promixity to Cheung Ching Estate and Cheung Ching Tunnel.

Ap Lei Chau Bridge

Ap Lei Chau Bridge is a highway bridge in Hong Kong connecting the island of Ap Lei Chau and of the Hong Kong Island acrossing the .

This bridge was made up of two lanes for each direction across and later expanded to four lanes in 1994.

Tsing Yi North Bridge

Tsing Yi North Bridge is also called Tsing Tsuen Bridge which connects the Tam Kon Shan Interchange of Tsing Yi Island and Texaco Road Roundabout of Tsuen Wan, across the Rambler Channel. The bridge is built by the Japanese Firm, Maeda Co. and completed on 10th December, 1987. The North Bridge was designed to solve the traffic congestion problem in Tsing Yi, which was connected with Kwai Chung by Tsing Yi Bridge only.

Structure


The dome shape of the bridge design was a new one in Hong Kong bridge history. The dome can release the loading on the bridge to both of the ends. The design can support a 2-way and 4-lane traffic. The balustrade on the bridge was an aluminium-type to prevent rusting, although it was changed to welded stainless steel, because of the frequent stolen cases of aluminium bars in the past decades.

New Extension


On 1st February, 2002, the day of the opening of Tsing Yi North Coastal Road, the North Bridge was connected and became the main path from Tsuen Wan to Tung Chung on Lantau Island and the International Airport in Chek Lap Kok.

The ferry service from Tsing Yi and Tsuen Wan was terminated by Hongkong and Yaumati Ferry, after several years of the opening of North Bridge.

Transportation


Pavements are available on both side of the bridge.

The followings are KMB bus routes via the bridge:
*41 Cheung Ching - Kowloon City Ferry
*41M Tsing Yi Estate - Tsuen Wan MTR Station
*41P Tsing Yi Ferry - Tsuen Wan MTR Station
*42C Cheung Hang - Lam Tin MTR Station
*42M Cheung Wang - Tsuen Wan MTR Station
*43B Cheung Ching - Tsuen Wan West Station
*44 Tsing Yi Estate - Mongkok KCR Station
*44P Tsing Yi Ferry - MongKok KCR Station
*49P Sha Tin Central - Tsing Yi Ferry
*49X Tsing Yi Ferry - Kwong Yuen
*68A Tsing Yi Airport Railway Station - Long Ping Estate
*234S Sham Tseng - Tsing Yi Airport Express Station
*243M Mayfair Gardens - Tsuen Wan
*251M Tsing Yi Airport Railway Station - Kam Sheung Road Station
*263M Tsing Yi Airport Railway Station - Fu Tai

Tsing Yi Bridge

Tsing Yi Bridge is the first bridge to Tsing Yi Island of Hong Kong. It crosses Rambler Channel, connecting Tsing Yi Island and Tsing Chau of Kwai Chung. The bridge spans 610 metres and is 26 metres high. It contributed significantly to the development of Tsing Yi Island, particularly in the 1970s and 1980s.

History


The bridge was built by Tsing Yi Bridge Company Limited , a joint venture of six Hong Kong companies on the island, namely, China Light and Power, Hong Kong Cement , International Containers , Mobil Oil , Gulf Oil and Standard Oil . In 1970, they budgeted 18 million Hong Kong dollars to build the bridge, and Hong Kong Government contributed 7.5 million to the road connection. The construction was by .

Its final cost was 17 million Hong Kong dollars and was completed in February 1974. On 28 February, 1974, , the Governor of Hong Kong, opened the bridge. Upon completion, the bridge was given to Hong Kong Government and the Government built roads to link up various areas on the island.

There are two lanes on the bridge. Before the rebuilding, the bridge was two-way; afterwards, two lanes are outward bound, and the serves inward traffic.

It is also known as Tsing Yi South Bridge , or simply South Bridge , upon the completion of Tsing Yi North Bridge in 1987.

A stone was erected on the Tsing Chau end of the bridge in memory of the completion. The stone was moved to the Tsing Yi end to spare space for building the Tsing Yi Doubling Bridge.

Connection


Tsing Yi Bridge is connected to Tsing Yi Road and Tsing Yi Heung Sze Wui Road on Tsing Yi Island, and Kwai Tsing Road and Tsing Kwai Highway in Kwai Chung.

Structure




Tsing Yi Bridge is formed by 5 levers, identical pairs of arms supported by stands, 18 metres above the water, in the middle, with round-shaped on the seabed.

The arms are made of pre-tensioned concrete. Their is of hollow boxes. There are some power cables and two oil pipes inside the boxes. Both sides of hollow boxes have water pipes for the Tsing Yi Island.

On the bridge, 7 metres width is provided for vehicles with a 1.5 metre wide pedestrian walkway on each side.

The bridge is designed to withstand typhoons, strong waves and accidental collisions by ships.

Collision


Ships operating in nearby water and passing through have collided with the bridge several times, and caused minor damage to the bridge. Protection islands are built on the channel to avoid further accidents. Warning signs have been erected reminding that only ships under 17 metres are allowed to sail through the channel. Ships are prohibited from staying or operating near the bridge.

Aging and reborn



Tsing Yi Bridge once was the sole connection of the Tsing Yi island to the rest of Hong Kong. As residential population grew, the bridge loading was exceeded. The two lanes become a traffic and serious traffic congestion ensued.
Heavy overloading, with dramatic increases in heavy vehicle traffic, made the bridge age quickly and the gap edge bent downward. Though later Tsing Yi North Bridge was built thus alleviating the congestion a bit, and the bridge was closed once in 1989 for renovation, the safety of the bridge was still a major concern. Finally, a rescue plan was implemented. A new bridge, Duplicate Tsing Yi Bridge, was built alongside to at first to replace Tsing Yi Bridge temporarily while Tsing Yi Bridge was closed for fixing in 2000. Some tensioned steel cables replaced the aging cables inside the bridge to straighten out the bent parts. After the project completed, the Tsing Yi Bridge, together with its 'new' brother, served the island again.

Celebration


On the 10th birthday of the bridge, a carnival was held on the field, near Chan Lai So Chun Memorial School, of Cheung Ching Estate on the Tsing Yi Island.

Footnote

Tsing Lai Bridge

Tsing Lai Bridge is a rail bridge for MTR and over Rambler Channel of Hong Kong, linking Tsing Yi Station and Lai King Station, as its name reflects the first word of each station.

Ting Kau Bridge

Ting Kau Bridge is a 1,177 m long cable-stayed bridge in Hong Kong that spans from the northwest of Tsing Yi Island and Tuen Mun Road. It is adjacent to Tsing Ma Bridge which also serves as major connector between the Hong Kong International Airport on Lantau Island and the rest of Hong Kong. It was completed in 1998. The bridge is toll-free.

The bridge is part of Route 3, connecting North-west New Territories with Hong Kong Island. Other major infrastructures on the road includes Tai Lam Tunnel, Cheung Tsing Tunnel, Cheung Tsing Bridge and Western Harbour Crossing. Compared to the nearby bridges on Lantau Link, Ting Kau Bridge is not just a landmark structure but also carries the heaviest traffic volume of the bridges, with many container trucks travelling to and from mainland China and the HK container port. A chromatic study and specially designed architectural lighting are intended to set the bridge off in its surroundings.

Ting Kau Bridge is the world's first major 4-span cable-stayed bridge. This meant that the central tower had to be stabilised longitudinally, the problem being solved using the longest cable stays ever used in a bridge. The design of this bridge contains special features such as single leg towers, which are stabilised by transverse cables just like masts of a sailboat. The Ting Kau Bridge and approach viaducts link the western New Territories and the mainland to an expressway called Lantau Fixed Crossing, which connects the new Airport with Kowloon and Hong Kong. It meets the Lantau Fixed Crossing on Tsing Yi Island only 500 m from the Tsing Ma Bridge.

The Ting Kau Bridge and Approach Viaduct are 1,875 metres long while the triple tower bridge has an overall length of 1,177 metres. Three towers have been specially designed to withstand extreme wind and typhoon conditions, with heights of 170 metres, 194 metres, and 158 metres, located on the Ting Kau headland, on a in Rambler Channel and on the north-west Tsing Yi shoreline respectively.

The arrangement of separate decks on both sides of the 3 towers contributes to the slender appearance of the bridge while acting favourably under heavy wind and typhoon loads. Each deck carries 3 traffic lanes and a hard shoulder.

At a design & construction cost of HK$1.94 billion, it is one of the longest cable-stayed bridges in the world. Along with the Tsing Ma and Kap Shui Mun bridges, it is closely monitored by the Wind and Structural Health Monitoring System .

Ting Kau Contractors Joint Venture designed and built Ting Kau Bridge between 1994 and 1998. The joint venture comprised lead partners Cubiertas Y Mzov and Entrecanales Y Tavora , both of Spain ; Germany's ; Australia's Downer and Co ; and Hong Kong's Paul Y .

Measurements





*Total Length: 1,177 m
*Length of main spans: 448 m and 475 m
*Main Tower Height: 201.55 m
*Ting Kau Tower Height: 173.30 m
*Tsing Yi Tower Height: 164.30 m
*Deck surface: 46,000 m?
*Deck cable steel: 2,800 tonnes
*Structural steel deck: 8,900 tonnes
*Weight of concrete panels 29,000 tonnes
*Distance of wind give: 0.5 metres
*Reinforcement deck: 90 kg/m?
*Reinforcement towers: 200 kg/m?
*Spans: 127 + 448 + 475 + 127 m
*Number of stay cables: 384
*Movements
**Vertical at mid-span: 1.6 metres
**Lateral at mid-span: 0.4 metres
**Longitudinal at End Pier or Tsing Yi Abutment: 390 millimetres

Stonecutters Bridge

Stonecutters Bridge is a high level cable-stayed bridge which spans the Rambler Channel in Hong Kong, connecting Nam Wan Kok, Tsing Yi Island and Stonecutters Island. It will have the second longest cable-stayed span in the world.

The approaches at Tsing Yi and Stonecutters Island are located near Container Terminal 9 and Container Terminal 8, respectively. Construction commenced on 27th April, 2004 and is expected to be completed in 2009 by Maeda––Yokogawa–Hsin Chong Joint Venture. It costs 2,760 million.

The bridge is part of Hong Kong's , connecting Sha Tin, Cheung Sha Wan, Tsing Yi Island, Ma Wan and Lantau Island. Other major constructions along the route are Nam Wan Tunnel , Eagle's Nest Tunnel , Sha Tin Heights Tunnel , Tsing Ma Bridge and Kap Shui Mun Bridge .

As a result of the difficulty of constructing this bridge, the project was featured on the Discovery Channel's Extreme Engineering series in 2006.

Structure


The bridge spans 1.6 km, with 3 lanes in each direction. It is a cable-stayed bridge with two bridge towers, one on Tsing Yi Island and the other on Stonecutters Island.

With a main span of 1,018 m, Stonecutters Bridge will have the second-longest cable-stayed span in the world, after the Sutong Bridge.

Bridge Design


The design concept for the bridge was procured by Highways Department in Hong Kong through an international design competition and the winning scheme by a group consisting of Halcrow Group, Flint & Neill Partnership, Dissing + Weitling and Shanghai Municipal Engineering Design Institute was selected as the Reference Scheme for the further design development. A group led by Ove Arup & Partners with COWI A/S as main sub-consultant has carried out the further design development of the Reference Scheme and the detailed design that followed.

The concept is for a cable-stayed bridge with a twin aerodynamic deck suspended from two 295m-high single pole towers. These towers will have bases measuring 24m x 18m tapering to 7m diameter at the top, and the deck will allow a navigation clearance of 73.5m over the full entrance to the Container Port.

The two towers will be in concrete until level +175m and in composite construction consisting of an inner concrete ring with a stainless steel skin for the top 120m. The original concept had a conventional steel structure above level +175m but Arup found that this configuration would be too lively and lead to unacceptable vibrations of the stay cables. Using a heavier composite section instead of a pure steel structure solved this problem. For reasons of durability and to enhance the appearance, further studies concluded that the tower skin should be fabricated from a duplex stainless steel with a shot peened surface finish. The deck itself will be made of steel in the main span and of concrete in the side spans.

The tower foundations will be located within 10m of the seawall on either side of the Rambler Channel, close to the back-up land next to CT8 and CT9. Their proximity to the channel necessitated ship impact testing and modeling. Geotechnical centrifuge testing was conducted using a 1:200 scale model of a vessel bow section and seawall within a container.

Wind Studies


The Hong Kong region is susceptible to very strong typhoon winds, a fact that is being taken into account in the design of the bridge. In October 2002 a 50m mast was erected at the site to measure the speed, direction and turbulence of winds in the area. Readings, which will continue until at least January 2004, are transmitted in real-time to an offsite location for further analysis. In particular, the stability of the 509m-long cantilevers during construction required special consideration in the design. Although the Hong Kong design standards contain severe requirements for wind loading then it is essential for a project of this scale and nature that the wind climate of the actual site is taken into account in the design.

Liu To Bridge

Liu To Bridge ) is a bridge over the valley of Liu To, , Hong Kong. It is part of Tsing Yi Road West. Built between 1985 and 1987, it spans and is a 3-span bridge with dual 2-lane road. The structure is numbered N547 by Hong Kong Government.

As Liu To is a steep-side valley, in order to avoid temporary work on the valley floor, twin prestressed concrete boxes were stacked incrementally during the construction to provide a short section across the valley.

List of tunnels and bridges in Hong Kong

This is a list of vehicular tunnels and bridges in Hong Kong.

Road tunnels


Victoria Harbour crossings


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Tunnels on Hong Kong Island


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Tunnels in Kowloon


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Tunnels between Kowloon and the New Territories


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Tunnels in the New Territories



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Bridges