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Sustainable Management of Transport Systems - Coggle Diagram
Sustainable Management of Transport Systems
Meaning
Goal: Meet people’s and goods’ transport needs without damaging the environment, overusing resources, or harming future generations.
Focuses on reducing environmental impact, improving efficiency, and ensuring accessibility for all.
Why It’s Needed
Transport is a major polluter (CO₂, NOx, PM2.5).
Urban congestion wastes time & fuel.
Resource depletion (fossil fuels).
Poor air quality affects public health.
Climate change goals (e.g., net zero targets).
Key Strategies
Improve Efficiency
Integrated transport systems: seamless switch between bus, train, bike.
Smart traffic management: sensors, real-time info, adaptive signals.
Carpooling / ride-sharing.
Land Use & Planning
Transit-Oriented Development (TOD): build housing, offices near transport hubs.
Avoid urban sprawl → more compact cities.
Reduce Emissions
Shift to low-carbon vehicles: electric buses, EV taxis, hybrid trains.
Promote public transport over private cars.
Invest in non-motorised modes: walking, cycling lanes.
Policy & Regulation
Congestion pricing (e.g., Singapore ERP).
Fuel taxes & subsidies for green tech.
Vehicle quotas to limit car growth.
Examples
Copenhagen
Bike lanes everywhere, 62% commute by bike.
London
Congestion charge + ultra-low emission zone.
Singapore:
Extensive MRT & bus network.
Electronic Road Pricing (ERP) to reduce congestion.
Cycling infrastructure expansion.
EV charging network rollout.
Bogotá, Colombia
Bus Rapid Transit (BRT) with dedicated lanes.
Benefits
Lower emissions & cleaner air.
Less congestion & faster travel times.
Better public health (more walking/cycling).
Long-term cost savings.
Improved quality of life.
Challenges
High initial cost.
Resistance from car owners.
Need for political will & long-term planning.
Tech infrastructure requirements.