View source for Disaster Geoarchaeology and Natural Cataclysms in World Cultural Evolution


'''* Article: Liritzis, I.; Westra, A., and Miao, C., 2019. Disaster geoarchaeology and natural cataclysms in world cultural evolution : An overview. Journal of Coastal Research, 35(6), 1307–1330. '''

URL = https://www.researchgate.net/publication/336931883_Disaster_Geoarchaeology_and_Natural_Cataclysms_in_World_Cultural_Evolution_An_Overview


=Summary=

“The geoarchives (geology, sedimentology, and geomorphology) and the human record (archaeology and history) are considered documentary evidence of these past events. Astronomical causes have introduced severe phenomena (warming, heavy precipitation, monsoons, droughts) imposed on ancient societies, including catastrophic meteor impact. Terrestrial upheavals and astronomical impacts have introduced a nonlinear character of a quasiperiodic nature in transforming human cultural evolution and reshaping the earth’s surface. The transient nature of geological, geophysical, and proxy climatic indices, as well as, astronomical phenomena within the solar system, exhibit a wide spectrum of quasiperiodic frequencies as variable and effective environmental factors, which, in addition to anthropogenic factors, reshape the human context. Several conspicuous examples have been reported on mythological deluges and their relation to natural catastrophes. The Anthropocene sea level rise and climatic episodes have had a decisive and prominent role on coastlines and human settlements. Alluvial sediments, sedimentary deposits, and land modifications have drastic effects on settlements. These effects were memorized as floods, deluges, and fallen sky. World examples of disasters derived from the coastal Mediterranean, the Great Flood of Gun-Yu in China, and those from South America, Mesopotamia, and the Middle East and others, were critically assessed with scientific methods 

(https://www.researchgate.net/publication/336931883_Disaster_Geoarchaeology_and_Natural_Cataclysms_in_World_Cultural_Evolution_An_Overview)

[[Category:P2P Cycles]]
[[Category:Thermodynamic Efficiencies]]