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Bluesky
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Study links city shape and building height distribution to energy and climate impacts

By

Complexity Science Hub

8h ago· 3 min readenNews

Summary

A study examines how urban shape and form — whether a city is round or elongated, centrally dense or sprawling, and how building heights are distributed — significantly impacts energy use, water consumption, and climate outcomes. The research identifies five distinct urban layouts: pyramid city (tall buildings concentrated in center), needle city (few very tall buildings in center), pancake/flat city (uniform height), bowl city (tall buildings toward periphery), and ring city (tall buildings only on periphery). The analysis connects urban form to transportation distances and related energy consumption.

Source

bskyStudy links city shape and building height distribution to energy and climate impactscsh.ac.at

Key quotes

· 2 pulled
In their study, the team considered various parameters of urban shape, including whether the city is round or elongated, centrally dense or sprawling.
Based on this, five distinct layouts emerge: a 'pyramid city' (most tall buildings concentrate in the center), a 'needle city' (a few very tall buildings in the center), a 'pancake' or flat city (uniform height), as well as a 'bowl' (most tall buildings towards the periphery), and a 'ring' city (only in periphery).
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How urban form determines travel distance and transportation-related energy use.

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