Urban Transportation In China Notes

Transportation in China

Cities and Mobility

• Transportation moves goods and people; vital for economy and spatial relations.
• China is investing heavily in transport infrastructure.

Importance of Transportation

• Essential human activity.
• Indispensable component of the economy.
• Plays a major role in spatial relations between locations.
• Creates valuable links between regions and economic activities.

Issues in Transportation

• Environmental quality, energy, greenhouse gas emission, safety are key concerns.
• Road safety, demand management, and compliance with traffic law issues.
• Long commuting times and traffic congestion.
• Complexity on roads with various vehicles; insufficient traffic management.
• Need for improved legal requirements and infrastructure.

"If You Want to Get Rich, Build Roads First"

• Highlights infrastructure's role in economic development.
• China's Belt and Road Initiative (BRI) aims to provide infrastructure.
• BRI includes multiple trade corridors for investment opportunities.

China's High-Speed Rail Vision

• Proposes international high-speed railway networks connecting continents.
• Requires diplomacy, technology, and economics.
• Faces challenges of terrain, financing, and diplomacy.

Transport Modes and Issues: Cars

• Cars became popular due to hygiene but led to unintended consequences.
• China's car sales increased rapidly, becoming the largest auto market.
• Driving factors: economic growth and urbanization.
• Motorization rate varies significantly by region.

Driving Factors of Motorization

• Rapid economic growth.
• Auto industry as a pillar of GDP growth.
• Rapid urbanization.

High Speed Rail

• China aims for an eight-by-eight grid by 2035, with 45,000km of high-speed track.
• Impacts economy by expanding labor and consumer pool; boosts productivity.
• High costs and excessive investment risks in less dense areas.
• Station placement affects gains; some stations far from city centers.
• Suburbanization occurs as people seek cheaper housing with train access.

Urban Rail Transits

• Includes subway and MTR systems.
• Rapid development in China, including medium-sized cities.
• Land finance drives development, not density.
• Transit-oriented development (TOD) models integrate transport, commercial, and residential areas.
• Some stations are in remote locations.

Walkability

• Measure of how friendly an area is to walking; impacts health and sustainability.
• Important in sustainable urban design.
• Walking access to urban rail transit varies.
• 3D Pedestrian Network and Visualisation Map in Hong Kong to promote walkability.

Future Mobility: Dockless Bikes

• Promote active travel and physical activity.
• Offer solutions to traffic congestion and pollution.
• Enhance connectivity to buses and subway stations.
• Save urban spaces and reduce carbon footprints.

Future Mobility: Ride Sharing

• Blurs boundaries between private and public transport.
• Ride-hailing can cost less than private car ownership.
• Smartphones manage ride-sharing systems.

Ride Sharing Impacts

• Positive: reaches poor areas, complements public transit.
• Negative: competes with transit, safety and equity concerns.
• Uncertain: impact on congestion, privacy, and worker rights.

Future Mobility: Autonomous Vehicles

• Offer opportunities to address mobility challenges.
  *“cars giving us independence in 20th century, autonomous vehicles giving us independence from cars in 21st century” -- Joel Kotkin
• Large companies investing in autonomous driving.

Autonomous Vehicles and the City

• AVs will redefine retailing and reshape cities.
• Potential negative consequences such as loss of privacy.