Traffic in Chania, Greece
In this city, we estimate that each passenger produces approximately 603.20kg of CO2 annually as a result of commuting to work or school. To counterbalance this carbon emission, it would require approximately 27.71 trees per passenger to produce enough oxygen. The following formulas are used to make these estimations.
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Main Means of Transportation to Work or School
| Working from Home | |
| Walking | |
| Car | |
| Bicycle | |
| Motorcycle | |
| Bus/Trolleybus | |
| Tram/Streetcar | |
| Train/Metro |
Average when primarily using Walking
| Distance | |
| Walking | |
| Driving Car | |
| Overall |
Average when primarily using Car
| Distance | |
| Driving Car | |
| Overall |
Average when primarily using Motorcycle
| Distance | |
| Walking | |
| Motorcycle | |
| Overall |
Average when primarily using Bus/Trolleybus
| Distance | |
| Bus/Trolleybus Ride | |
| Overall |
Overall Average Travel Time and Distance to Work (School)
| Distance | |
| Overall |
Contributors: 9
Last update: November 2024
These data are based on perceptions of visitors of this website in the past 5 years.
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Nearby cities:| Traffic in Rethymno | 36.61 miles |
| Traffic in Heraklion | 85.72 miles |
This page in other languages:
 DeutschVerkehr in Chania
|
 PortuguêsTrânsito em Chania
|
 ItalianoTraffico a La Canea
|
 FrançaisTrafic à La Canée
|
 EspañolTráfico en La Canea
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