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城市流动指纹和街道DNA--条条大道通罗马

已有 413 次阅读2019-7-1 17:51 |系统分类:地理新闻

   无意中看到的有意思的地图们,让你知道什么是条条大道通罗马。

    

    图片来源:moovellab.com 的页面


德国最大的城市-Berlin柏林
Berlin is the largest city in Germany. 15 minutes travel time from the center of the city brings you to the outer parts of the inner city. Berlin was once been divided by the Berlin Wall, but this is not noticeable anymore.


土豪城市-dubai

Dubai is located on the coast of the United Arab Emirates. It is characterized by its car centered layout, and thus has a very young and modern infrastructure, formed and built by human hands. A prime example is Palm Island created in the Persian Gulf.

耶路撒冷
Jerusalem is a divided city. A massive wall and many checkpoints define the cityscape. We chose Jerusalem to explore whether the street network might represent the political situation of the Middle East.


伦敦-特拉法加广场
London as the capital of the United Kingdom has been the largest city in the world during large parts of its urban history. The nearly ideal Street DNA shows very direct connections, created by a dense street network.

Los Angeles

洛杉矶Venice Beach used to be a standalone city on the coast near Los Angeles. The massive street grid surrounding downtown L.A. connects Venice with other neighboring urban areas and creates a car centered city like few others.

Moscow Red SquareMoscow is the largest city in Russia. It is located inland. Its fingerprint and DNA is comparable to other inland metropoles and capitals of western Europe. Its size allows a travel time of 15 minutes while not leaving heavily urbanized areas.

新德里The Parliament of New Delhi is located in a relatively young part of the Indian capital. Older parts of Delhi (south and north of A) show a much more tangled network. Yet again less deviation is observed in the old parts of the city. An 纽约Manhattan's street network is characterized by bottlenecks connecting it to other boroughs. Brooklyn Bridge, Battery Tunnel, Queensboro Bridge and other connecting paths create a very interesting Street DNA pattern. It is far from optimum, but imposed on and defined by the natural landscape of the area.


巴黎

Similar to other inland metropoles Paris also shows a densely woven street network. The Street DNA shows connections closely aligned to the optimal in every direction. The Fingerprint shows some outliers, connected by highways leading out of the city.

罗马-圣彼得广场

Unlike other inland metropoles Rome's Street DNA does not show a very direct connection network. The street network of Rome is heavily influenced by the areas topography.


旧金山-市中心

San Francisco's distinct city structure shows a very interesting Mobility Fingerprint and Street DNA. Hills and bridges to remote locations create bottlenecks that are recognizable as the travel patterns of the city and surrounding area.


斯德哥尔摩-古老城镇

Just like other cities surrounded by water, Stockholm also shows a distinct pattern in Fingerprint and Street DNA, especially travelling eastward.


东京-Tochō

Tokyo's Street DNA has only a few major roads connecting the center to the outer parts. It seems like there is a specific street to take, depending on the designated compass direction of a route.

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