Galim Khussainov
Inflation and the tengeBankingLending and mortgagesTaxationEconomy and public policyManagement

Other · 1 min read

Why Interchanges Don't Solve the Traffic Problem

Translated from Russian with the help of AI. Original: Russian version

Building large interchanges does not cure urban congestion, because extra capacity in one place simply moves traffic to the next bottleneck. The author argues that cities need a comprehensive approach built on public transport, polycentric development and smart traffic management.

Many people believe that building large interchanges solves the problem of urban congestion. This is a misconception. The bottleneck effect shows that increasing capacity on one stretch of road only brings traffic to the next narrow point faster, creating even worse jams.

In European cities, where massive interchanges are absent, congestion is tackled differently:

  • Developing public transport: Investment in comfortable, efficient modes of transport reduces the number of private cars on the roads.
  • Polycentric development: Creating several centers of attraction within a city eases the load on the main arteries.
  • Smart traffic management: Using modern technology to regulate traffic flows.

Traffic congestion requires a comprehensive approach, not simply more road infrastructure. Understanding this is the first step toward a truly comfortable and mobile city.

First published on the @galimschannel Telegram channel

More on this topic

What Is the Banking "MRI" and Why Do We Need It

The National Bank of Kazakhstan has raised minimum reserve requirements (MRR). I explain how they work, estimate how much income second-tier banks will lose as a result, and consider what this means for inflation, lending and the banking sector.

On Changing Time Zones in Kazakhstan

Looking at Kazakhstan's switch to a single time zone from an economic perspective, the author argues that the country should reintroduce daylight saving and standard time as a compromise, since the current arrangement wastes electricity in summer.