HPCCprojects:Examining the landscape of the lower Chanduy Valley, Ecuador: Difference between revisions

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==Project description==
==Project description==
Archaeological research in southwest Ecuador over the last 50 years has revealed the underpinnings and life ways of the Valdivia culture.  Few projects have attempted to examine these archaeological sites using modern geospatial technology.  This project aims to examine a localized area in southwest Ecuador known as the Chanduy Valley using high-resolution geospatial data in a GIS environment.
Archaeological research in southwest Ecuador over the last 50 years has revealed the underpinnings and life ways of the Valdivia culture.  Research in the 1970’s and 1980’s focused on full-scale site excavations, but also in identifying regional site distributions.  Research has demonstrated that Valdivia sites are riverine-oriented, often located in or near floodplains.  This project aims to analyze a localized area in southwest Ecuador known as the Chanduy Valley using geospatial data in order to better understand its social and physical environment.


==Objectives==
==Objectives==

Revision as of 11:38, 7 March 2016


Examining the landscape of the lower Chanduy Valley, Ecuador

Project description

Archaeological research in southwest Ecuador over the last 50 years has revealed the underpinnings and life ways of the Valdivia culture. Research in the 1970’s and 1980’s focused on full-scale site excavations, but also in identifying regional site distributions. Research has demonstrated that Valdivia sites are riverine-oriented, often located in or near floodplains. This project aims to analyze a localized area in southwest Ecuador known as the Chanduy Valley using geospatial data in order to better understand its social and physical environment.

Objectives

This project seeks to identify changes to the physical and social environment of the Chanduy Valley from a landscape archaeology prospective. Fieldwork was conducted during July, 2015 in order to collect high-resolution orthomosaic information using a fixed-wing drone. The data will be analyzed in the CHILD landscape model in the CSDMS web modeling tool (WMT) utilizing a high performance computing cluster.

Time-line

July, 2015 to August, 2016

Models in use

CHILD

Results

The results of this project will be published in an forthcoming master's thesis.

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