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Part 2 - Why Rajasthan Built Cities Around Wells

When British officers began travelling through Rajasthan in the nineteenth century, they expected to find forts, palaces, and temples. Instead, they found entire structures built below ground. At places like Abhaneri, hundreds of stone steps descended deep into the earth. Some were larger than many buildings above them. To modern eyes, they looked almost impossible. Why would anyone invest so much effort in architecture that was largely hidden from view? The answer was water. For centuries, communities across western India faced a problem that remains familiar today: long dry seasons and unreliable rainfall. Their solution was the stepwell. In western India, stepwells became an essential response to hot, semi-arid conditions and unreliable rainfall, allowing communities to store monsoon water for use throughout the dry season.  Known variously as baoris, baolis, vavs, or vapis, these structures collected monsoon water and kept it accessible throughout the long dry months of the yea...

SCIENCE IN ARCHITECTURE

Science is the intellectual and practical activity encompassing the systematic study of the structure and behavior of the physical and natural world through observation and experiment. 

Sustainability 

Vauban, Freiburg
Energy-plus-houses at Freiburg-Vauban in Germany
Photo by: Werner Dieterich

(passive solar building design, insulation and careful site selection and placement)

o Sustainable products are both environmentally friendly and more economical. There are several elements of building design and construction that can be more sustainable – including the materials used and machinery involved. 

Natural disasters and new technology

Taipei 101
Tuned mass damper atop Taipei 101
Architect: Chu-Yuan Lee, C. P. Wang
Photo by: Peggy und Marco Lachmann-Anke


o Natural disasters in any nation can be devastating, but without well-designed buildings, the devastation can be significantly worse. Earthquakes are the biggest natural disaster that engineers and architects face, but technology and design is becoming increasingly successful in preventing damage to buildings. 

o The 2011 earthquake in Japan is one of the best example of earthquake engineering working its magic. While the 8.9 magnitude earthquake was devastating further north, in Tokyo there surprisingly little damage due to the strict standards that Japan has on new buildings.

o The most common way to earthquake-proof a building is to use a tuned mass dampener, which sits inside the interior of a building and absorbs the seismic shock.

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