In Prague, drivers spend an average of 57 hours a year in rush hour traffic. Smaller Czech cities are also increasingly plagued by traffic jams.
Drivers in Brno or Ostrava do not escape similar problems. However, other Czech cities are also increasingly plagued by traffic jams – for example, drivers spend an average of 35 hours a year in ÄŒeské BudÄ›jovice and one hour less in Pardubice.
Along with the increase in the number and likelihood of traffic collapses, the average emissions released into the air during journeys are also increasing. In Prague, for example, each petrol car emits an average of 842 kg of CO2 in the time it spends in traffic each year.
According to a recent Dutch company TomTom research, 84 trees would have to grow annually to absorb this amount of carbon dioxide for every single car stuck in a traffic jam.
Prague is testing advanced video analysis of traffic flow
Prague will test a new method of obtaining anonymized statistical data about traffic, the city website informs. In particular, municipal company Operátor ICT will be making advanced video analysis, with the objective of improving the management of the traffic flow and making it more efficient.
The purpose is for the capital city to have backing for future decisions about territorial development, changes in traffic signs or modification of signal plans or construction modifications.
In total, several traffic parameters will be investigated, using one technology tool. This involves the flow of passenger cars and trucks, buses or single-track vehicles, traffic intensity, models of means of transport, speed, driving directions, traffic jams and dangerous situations.
Urban districts typically deal with traffic issues such as overcrowding of detours, dangerous crossings, crowded intersections, traffic jams, violations of truck entry bans or turning bans. With this in mind, 10 key locations were selected for the test, including a roundabout, a road with and without a pedestrian crossing, roads with different construction layout of intersections and trajectory of vehicles.
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