Monumental Ideology: A GIS Spatial Analysis of Interior Features of Matakawau Pā, Ahuahu (Stingray Point Pā, Great Mercury Island), New Zealand

Authors

  • Isaac H. McIvor University of Auckland

DOI:

https://doi.org/10.15286/jps.124.3.269-302

Keywords:

terrestrial laser scanner, New Zealand archaeology, pā "fortified or defended places", least cost path analysis, Māori spatial proxemics, monumental ideology

Abstract

The physical and symbolic organisation of space in constructed environments both reflects and influences human action. With the case study of Matakawau Pā (Tl0/169), Ahuahu (Stingray Point Pā, Great Mercury Island), New Zealand, I analyse a terrestrial laser scan point cloud to address how archaeological feature morphologies and spatial relationships reflect spatial logics of the last inhabitants of this Māori headland pā (fortified or defended place). Feature shape and location in relation to other features, slope and aspect are considered, along with a least cost path analysis of likely routes of movement between features. Materialised ideologies relating to social hierarchy are argued to be apparent in the orientation and shape of the constructed features, a platform and adjacent terraces. Boundaries and pathways within the pā confined and redirected movement laterally to open communal areas.

Author Biography

Isaac H. McIvor, University of Auckland

Isaac H. McIvor completed his BA Honours in 2013 and MA in 2015 at the University of Auckland.  His article in this issue is based on his BAHons dissertation, while his MA research investigated the landscape archaeology of Ahuahu (Great Mercury Island) using LiDAR (Light Detection and Ranging) and pedestrian survey. He has been involved with cultural resource management in the North Island of New Zealand. His research interests include novel applications of Geographic Information Systems methodologies to understanding past spatial semiotics and analysis of archaeological landscape records, as well as indigenous archaeology and lithic analysis.

Downloads

Published

2015-10-09

Issue

Section

Articles