Ken Wright's research uncovered Machu Picchu's remarkable water system: a canal carried water from a spring half a mile north to 16 fountains in sequence. Sophisticated underground drainage made from crushed granite protected against rainfall and seismic activity. Researchers estimate up to 60% of total construction lies below the surface—the design reflects deep understanding of the mountain's hydrology and geology.
Machu Picchu featured advanced underground water management with 16 fountains
PeruGeneral
Site mentioned
Key facts
- Ken Wright's research documented Machu Picchu's water system: water came from a spring about a half mile north
- The system included a canal feeding 16 fountains in sequence
- Sophisticated underground drainage was built from crushed granite to protect against rainfall and seismic activity
- Researchers estimate up to 60% of total construction lies below the surface
- The design reflects deep understanding of the mountain's hydrology and geology
- The system functioned as an advanced water management network
Sources
adeptexpeditions.com
Linked in video description
Machu Picchu: Prehistoric Construction and Water Handlingascelibrary.org
Prehistoric civil engineers at Machu Picchu harnessed groundwater with a carefully designed collection works system ... Chief Engineer, Wright ...
'Water stains: That usually means something, right?'colorado.edu
Ken and Ruth Wright are pioneers in the research of water engineering at Machu Picchu. Photo courtesy of Ruth and Ken Wright.
Hydrogeology and Paleohydrology of Ancient Machu Picchungwa.onlinelibrary.wiley.com
by KR Wright · 1997 · Cited by 21 — The builders of Machu Picchu developed a community domestic water supply using the spring and a hydraulic infrastructure in an effective and ...
Ken Wrightwrightwater.com
His specialties include hydrology, water rights, water supply, groundwater, flood control and drainage design. ... Machu Picchu, Tipon, Moray, and Ollantaytambo.
Machu Picchu Water Managementancientengrtech.wisc.edu
Kenneth Wright's team found the design capacity of the canal to be 300 L/min while the typical yield from the primary spring is 25 to 150 L/min [1]. The ancient ...
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