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High-Speed Rail
Trains exceeding 450 km/h operational in several countries.
Via Rail
Canada's national passenger rail service operator.
G7 Countries
Group of seven major advanced economies.
Incremental Projects
Slow, gradual development instead of ambitious megaprojects.
Megaprojects
Large-scale infrastructure projects with significant investment.
Windsor-Quebec City Corridor
Canada's most populated rail corridor.
Urban Density
Population concentration in urban areas affecting rail viability.
Freight Rail Companies
Private companies primarily operating freight transport services.
Political Pressure
Influence from municipalities affecting project proposals.
High-Speed Rail Studies
Research assessing feasibility and benefits of rail networks.
Cost Estimates
High-speed rail projects range from $6 to $40 billion.
Train Trip Duration
Montreal to Toronto takes five hours and eight minutes.
Ownership of Tracks
Via Rail owns only 3% of its operational tracks.
Campaign Pledges
Political promises for high-speed rail by various leaders.
Passenger Infrastructure
Facilities and services supporting passenger train travel.
Carbon Emissions
Greenhouse gases released from transportation sources.
Demand for Rail
Need for rail services based on population density.
Major Cities
Urban areas with significant populations and infrastructure.
Investment Proposals
Plans for funding and developing rail infrastructure.
Travel Cost
Round trip from Toronto to Montreal can exceed $300.
Rail Network
System of interconnected train routes and services.
High-Speed Rail Benefits
Potential boosts to business and tourism from rail.
Track Prioritization
Freight trains' precedence affecting passenger train speeds.
High-frequency rail
Proposed rail system costing $6-$12 billion.
Alto project
High-speed rail in Windsor corridor, 300 km/h.
Bertha
World's largest tunnel-boring machine, 7,000 tons.
Megaproject
Large-scale project costing around $1 billion.
Global GDP contribution
Megaprojects constitute 8% of global GDP.
China's cement use
Used more cement 2011-2013 than US in 20th century.
Types of megaprojects
Includes tunnels, bridges, highways, airports, and more.
London Crossrail
Nearly completed, 26 miles of tunnels beneath London.
Iron law of megaprojects
Projects are over budget and over time consistently.
Cost overruns
Nine out of ten megaprojects exceed budget.
Project duration
Average large dam takes over 8.5 years.
Entropy in projects
Unrelated events cause setbacks in long-term projects.
Tarbela Dam inflation
Projected 7.5% inflation; actual 380% by completion.
2008 economic slowdown
Spurred megaprojects as growth stimulus.
Seattle project delays
Completion pushed to end of 2017, two years late.
Construction problems
Bertha's overheating led to significant project delays.
Cost-benefit estimates
Often misleadingly optimistic for megaprojects.
Megaproject fiascoes
Projects poorly executed or ill-conceived.
Infrastructure investment
Used to stimulate growth during economic downturns.
Cascading construction issues
Problems lead to further complications in projects.
High-speed rail optimal length
Proposed track length close to optimal for efficiency.
Electric trains
Faster trains proposed to reduce service times.
Via Rail
Owner of existing line for high-frequency rail.
Bertha
A tunnel-boring machine used in Seattle.
Seattle Tunnel Partners
Contractor responsible for Bertha's repairs.
Subsidence
Ground sinking due to underground excavation.
Fill
Variable earth material around the tunnel.
Megaproject
Large-scale construction project with significant impact.
Willie Brown
Former California politician commenting on project costs.
Cost Overruns
Exceeding initial budget estimates for projects.
Transbay Transit Center
A costly megaproject in San Francisco.
Public Perception
Local views on megaproject impacts and benefits.
Suramadu Bridge
Bridge project in Indonesia with mixed local opinions.
Economic Benefits
Job creation, trade, and tourism from megaprojects.
Cultural Icons
Structures symbolizing national pride and identity.
Intangible Benefits
Non-physical advantages like national pride.
Negative Externalities
Adverse effects from projects, like job loss.
Feasibility Studies
Assessments conducted to evaluate project viability.
Local Employment
Jobs created for residents during construction.
Public Opinion
Community sentiment influencing project approval.
Complex Soil Types
Diverse materials affecting tunneling operations.
Long Delays
Extended timelines due to project complications.
Economic Growth
Increase in economic activity from infrastructure projects.
Symbolism
Representation of cultural or national significance.
Contested Nature
Disputed views on megaproject benefits and drawbacks.
Technological Development
Advancements driven by large-scale construction projects.
Suramadu Bridge
Locals agreed with this successful megaproject.
Big Dig
Largest, most expensive U.S. highway project.
Interstate Highway 93 (I-93)
Major highway rerouted underground in Boston.
Central Artery
Elevated highway designed for 75,000 daily travelers.
Bill Reynolds
Proposed underground highway tunnel in Boston.
Fred Salvucci
Lobbyist for replacing I-93, appointed transportation secretary.
Michael Dukakis
Massachusetts governor who supported I-93 replacement.
Edward King
Governor who halted I-93 plan for I-90 extension.
Construction Issues
Substandard materials caused leaks and roof collapse.
Cost Overrun
Final Big Dig cost reached $24 billion.
Channel Tunnel
Undersea railway tunnel connecting England and France.
Chunnel
Nickname for the Channel Tunnel.
Tunnel Length
50.46 kilometers (31.35 miles) long.
Undersea Section
38 kilometers (24 miles) underwater.
Construction Timeline
Started in 1988, completed in 1991.
Parallel Tunnels
Three tunnels: two for trains, one for service.
Getlink
Operator of the Channel Tunnel and Le Shuttle.
Eurostar
High-speed passenger service through Channel Tunnel.
Tunnel Depth
Average depth of 45 meters below seabed.
Tunnel Width
Main tunnels are 7.6 meters wide.
CTRL
Channel Tunnel Rail Link connecting to London.
High Speed 1
Another name for the CTRL.
Train Speed
Trains can reach 300 km/h (186 mph).
California High-Speed Rail
Project to connect major California cities.
Phase 1
Connects San Francisco to Los Angeles and Anaheim.
California High-Speed Rail
Connects major cities with sustainable transportation.
Phase 1
494-mile line from San Francisco to Los Angeles.
Phase 2
Proposed extension to Sacramento and San Diego.
2008 Ballot Authorization
Project authorized by statewide ballot measure.
Construction Start
Began in early 2015 focusing on Central Valley.
Current Status
Under construction as of March 26, 2025.