Hydraulic State
portes grátis
Hydraulic State
Science and Society in the Ancient World
Ortloff, Charles R.
Taylor & Francis Ltd
04/2022
414
Mole
Inglês
9780367502386
15 a 20 dias
680
Descrição não disponível.
I Hydraulic engineering in pre-Columbian Peru and Bolivia
1. Origins and development of water science in the Andean world and societal development according to Modern Complexity Theory
2. Similitude in archaeology: examining agricultural system science in pre-Columbian Peru and Bolivia
3. Hydraulic engineering strategies in ancient Peru and Bolivia to manage water supplies for agriculture and urban centers
4. Climate change effects on sustainability of ancient Andean societies
5. New discoveries and perspectives on water management and state structure at AD 300-1100 Tiwanaku's Urban Center (Bolivia)
6. Inka hydraulic engineering at Tipon
7. 2600-1800 BC Caral: environmental change at a Late Archaic Period site in north-central coastal Peru
II Hydraulic engineering in the ancient Mediterranean world
8. Hydraulic engineering at 100 BC-AD 300 Nabataean Petra (Jordan)
9. The Pont du Garde aqueduct and Nemausus (Nimes) castellum: insight into Roman hydraulic engineering practice
10. Roman castella: Calyx Quinaria and flow rate measurements
11. Observations on Minoan water systems in Crete
III Hydraulic engineering and social structure in Asian hydraulic societies
12 Hydraulic societies of Southeast Asia: ancient to modern
13. Conclusions
1. Origins and development of water science in the Andean world and societal development according to Modern Complexity Theory
2. Similitude in archaeology: examining agricultural system science in pre-Columbian Peru and Bolivia
3. Hydraulic engineering strategies in ancient Peru and Bolivia to manage water supplies for agriculture and urban centers
4. Climate change effects on sustainability of ancient Andean societies
5. New discoveries and perspectives on water management and state structure at AD 300-1100 Tiwanaku's Urban Center (Bolivia)
6. Inka hydraulic engineering at Tipon
7. 2600-1800 BC Caral: environmental change at a Late Archaic Period site in north-central coastal Peru
II Hydraulic engineering in the ancient Mediterranean world
8. Hydraulic engineering at 100 BC-AD 300 Nabataean Petra (Jordan)
9. The Pont du Garde aqueduct and Nemausus (Nimes) castellum: insight into Roman hydraulic engineering practice
10. Roman castella: Calyx Quinaria and flow rate measurements
11. Observations on Minoan water systems in Crete
III Hydraulic engineering and social structure in Asian hydraulic societies
12 Hydraulic societies of Southeast Asia: ancient to modern
13. Conclusions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
HJ;agricultural water supply system;Norte Chico Region;computational fluid dynamics analysis;Raised Field Agriculture;landscape archaeology;Andean Societies;ancient world heritage sites;Supe Valley;water system constructions;Raised Field Systems;Froude Number;Water Height;Moche Valley;Yangtze River;Side Weir;Late Intermediate Period;Lake Titicaca;Pipeline Flow;Partial Flow;Critical Flow Conditions;Water Table Height;Lake Titicaca Basin;EIP;Field Systems;Land Areas;Spring Source;Hydraulic Technology;ENSO Event;Beach Ridge
I Hydraulic engineering in pre-Columbian Peru and Bolivia
1. Origins and development of water science in the Andean world and societal development according to Modern Complexity Theory
2. Similitude in archaeology: examining agricultural system science in pre-Columbian Peru and Bolivia
3. Hydraulic engineering strategies in ancient Peru and Bolivia to manage water supplies for agriculture and urban centers
4. Climate change effects on sustainability of ancient Andean societies
5. New discoveries and perspectives on water management and state structure at AD 300-1100 Tiwanaku's Urban Center (Bolivia)
6. Inka hydraulic engineering at Tipon
7. 2600-1800 BC Caral: environmental change at a Late Archaic Period site in north-central coastal Peru
II Hydraulic engineering in the ancient Mediterranean world
8. Hydraulic engineering at 100 BC-AD 300 Nabataean Petra (Jordan)
9. The Pont du Garde aqueduct and Nemausus (Nimes) castellum: insight into Roman hydraulic engineering practice
10. Roman castella: Calyx Quinaria and flow rate measurements
11. Observations on Minoan water systems in Crete
III Hydraulic engineering and social structure in Asian hydraulic societies
12 Hydraulic societies of Southeast Asia: ancient to modern
13. Conclusions
1. Origins and development of water science in the Andean world and societal development according to Modern Complexity Theory
2. Similitude in archaeology: examining agricultural system science in pre-Columbian Peru and Bolivia
3. Hydraulic engineering strategies in ancient Peru and Bolivia to manage water supplies for agriculture and urban centers
4. Climate change effects on sustainability of ancient Andean societies
5. New discoveries and perspectives on water management and state structure at AD 300-1100 Tiwanaku's Urban Center (Bolivia)
6. Inka hydraulic engineering at Tipon
7. 2600-1800 BC Caral: environmental change at a Late Archaic Period site in north-central coastal Peru
II Hydraulic engineering in the ancient Mediterranean world
8. Hydraulic engineering at 100 BC-AD 300 Nabataean Petra (Jordan)
9. The Pont du Garde aqueduct and Nemausus (Nimes) castellum: insight into Roman hydraulic engineering practice
10. Roman castella: Calyx Quinaria and flow rate measurements
11. Observations on Minoan water systems in Crete
III Hydraulic engineering and social structure in Asian hydraulic societies
12 Hydraulic societies of Southeast Asia: ancient to modern
13. Conclusions
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
HJ;agricultural water supply system;Norte Chico Region;computational fluid dynamics analysis;Raised Field Agriculture;landscape archaeology;Andean Societies;ancient world heritage sites;Supe Valley;water system constructions;Raised Field Systems;Froude Number;Water Height;Moche Valley;Yangtze River;Side Weir;Late Intermediate Period;Lake Titicaca;Pipeline Flow;Partial Flow;Critical Flow Conditions;Water Table Height;Lake Titicaca Basin;EIP;Field Systems;Land Areas;Spring Source;Hydraulic Technology;ENSO Event;Beach Ridge
