15 research outputs found
Feature selection and validated predictive performance in the domain of Legionella pneumophila: a comparative study
Boreal Tintinnid Assemblage in the Northwest Pacific and Its Connection with the Japan Sea in Summer 2014
Construction, maintenance and abandonment of hydraulic systems: hydroclimatic or social constraints? A case study of prehistoric Hohokam irrigation systems (Phoenix, Arizona, USA)
Application of remote sensing technologies in detecting prehistoric canals of the Hohokam Period (a.d. 450–1450) in the Middle Gila River Valley, Arizona
Reconstructing Ancient Hohokam Irrigation Systems in the Middle Gila River Valley, Arizona, United States of America
Addressing the challenges for sustainable production of algal biofuels: I. Algal strains and nutrient supply
Are Social Networks Survival Networks? An Example from the Late Pre-Hispanic US Southwest
Archaeologists have regarded
social networks as both the links through which people transmitted information
and goods as well as a form of social storage creating relationships that could
be drawn upon in times of subsistence shortfalls or other deleterious
environmental conditions. In this article, formal social network analytical
(SNA) methods are applied to archaeological data from the late pre-Hispanic
North American Southwest to look at what kinds of social networks characterized
those regions that were the most enduring versus those that were depopulated
over a 250-year period (A.D. 1200–1450). In that time, large areas of the
Southwest were no longer used for residential purposes, some of which
corresponds with well-documented region-wide drought. Past research has
demonstrated that some population levels could have been maintained in these
regions, yet regional scale depopulation occurred. We look at the degree to
which the network level property of embeddedness, along with population size,
can help to explain why some regions were depopulated and others were not. SNA
can help archaeologists examine why emigration occurred in some areas following
an environmental crisis while other areas continued to be inhabited and even
received migrants. Moreover, we modify SNA techniques to take full advantage of
the time depth and spatial and demographic variability of our archaeological
data set. The results of this study should be of interest to those who seek to
understand human responses to past, present, and future worldwide catastrophes
since it is now widely recognized that responses to major human disasters, such
as hurricanes, were “likely to be shaped by pre-existing or new social
networks” (as reported by Suter et al. (Research and Policy Review 28:1–10,
2009)).Archaeology of the America
