Geoarchaeology is described as archaeological research that employs earth science methodologies and concepts. Geoarchaeology is a branch of archaeology that uses physical science techniques, methods, and concepts to answer archaeological questions. Despite its status as a subdiscipline of archaeology, geoarchaeology has its own technique and theoretical direction. The most popular definition of geoarchaeology technique is the use of methodologies from the earth sciences to solve archaeological research difficulties. Geology, geography, sedimentology, paedology, stratigraphy, and geomorphology are examples of such methods. In this way, geoarchaeology has been practiced almost since the beginning of archaeological study in the eighteenth century, and its growth is directly linked to the field's overall growth. Geoarchaeologists research natural physical processes that affect archaeological sites, such as geomorphology, geological site development, and post-deposition effects on buried sites and artifacts. In order to contribute to an archaeological investigation, geoarchaeologists usually examine soil and sediments, as well as other geographical notions. Because soil can be influenced by human action, geoarchaeology is considered a sub-field of environmental archaeology. Archaeologists can then analyze and reconstruct historical landscapes and circumstances.
Title : Sustainable ocean: Blueprint for the planet
Dorrik Stow Frse, Heriot Watt University, United Kingdom
Title : Landslides.Rainfall one of the main triggering factors in the mountainous regions of Puebla, Mexico.
Oscar Andres Cuanalo Campos, Universidad Popular Autónoma del Estado de Puebla, Mexico
Title : Geomorphic evidence of the tectonic delamination of the upper crust in central Tien Shan
Alexander Strom, Chief Expert from Geodynamics Research Centre, Russian Federation
Title : Geotechnical ground investigation
Myint Win Bo, York University, Canada
Title : Machine learning to predict geological facies in complex carbonate reservoirs.
Ibrahim Milad, BP, United Kingdom
Title : Effect of infill thickness in the joint under cyclic loads
S M Mahdi Niktabar, Institute of Geonics Czech Academy of Sciences, Czech Republic