In 2024, Tukwila, WA, relies heavily on cars as the primary mode of transportation, with 100% of commuters using this method. The city's traffic data reveals significant CO2 emissions and inefficiencies, highlighting areas for potential improvement.
Traffic congestion tends to increase during the holiday shopping season due to Tukwila's retail centers. Summer months see a slight decrease in traffic as residents take vacations.
Heavy reliance on cars leads to frequent traffic jams, especially during peak hours. Limited public transportation options restrict commuting flexibility.
Commuters can avoid peak traffic by traveling before 7 AM or after 7 PM. Midday travel between 10 AM and 2 PM typically experiences lighter traffic.
Major events at nearby venues can cause significant traffic disruptions. Planning ahead for public events can help mitigate traffic delays.
Tukwila is exploring initiatives to enhance public transportation and reduce car dependency. Efforts include promoting carpooling and expanding bicycle infrastructure.
Ride-sharing services have slightly reduced the number of cars on the road. These services offer flexible commuting options, especially for those without personal vehicles.
The Traffic Index for the United States combines user-contributed data on commute times, traffic dissatisfaction, CO2 emissions, and traffic system inefficiencies in United States, to provide insights into overall traffic conditions.
Tukwila's reliance on cars presents opportunities to diversify transportation options.
Reducing CO2 emissions and improving traffic efficiency are key areas for development.
Tukwila's CO2 emission index is notably high at 17290, indicating significant environmental impact.
Efforts to reduce emissions could focus on promoting alternative transportation methods.
TimeThe time index of 67 suggests that commuters face moderate delays.
Strategies to improve traffic flow could help reduce these delays.
InefficiencyWith an inefficiency index of 734.14, Tukwila's traffic system shows room for improvement.
Addressing bottlenecks and optimizing traffic signals could enhance efficiency.