Tracing the Resilience and Revitalisation of Historic Taro Production in Waipi`o Valley, Hawai`i

Authors

  • Benjamin D Jones University of Auckland
  • Thegn N. Ladefoged University of Auckland
  • Gregory Asner Carnegie Institution for Science, Stanford University

DOI:

https://doi.org/10.15286/jps.124.1.83-110

Keywords:

Waipi'o Valley, Hawaiian archaeology, LiDAR, irrigated agriculture, GIS analysis, resilience, revitalisation

Abstract

The resilience and revitalisation of taro/kalo agriculture in the Hawaiian contact period is analysed in Waipi'o Valley, on the Big Island of Hawai`i. Historic work has demonstrated the effects of colonial contact on the people of Waipi'o. Documents from the Māhele period, census information and missionary records are combined to paint a picture of how life unfolded in Waipi'o Valley over time. What is alluded to, and yet unexplored, is the changing production system and an overall trend of decreasing and fluctuating wetland taro production, where traditional cultivation is transformed by the introduction of rice farming. Later in time this too fades out, when taro again becomes dominant. Interestingly, wetland taro cultivation in Waipi'o is still practiced today, with interest in revitalising the capacity of a once intensively cultivated valley. Here, the impact of rice, and other crop introductions, is explored in terms of revitalising these wetland traditions. This was done by generating "snapshots" of the landscape through time. Information detailing traditional owners, plot locations and pondfields metrics were derived from digitised historic survey maps, and modern remote sensing techniques such as high resolution LiDAR (Light detection and ranging) imagery. Combining this information not only catalogued the historic trend of declining wetland irrigation, but directly illustrates the influence of past agricultural choices on modern wetland revitalisation agendas.

Author Biographies

Benjamin D Jones, University of Auckland

Benjamin D. Jones is a Digitisation Technician for the Cartographic & Geospatial Resources Unit of the University of Auckland Libraries & Learning Services. His research in this issue is the product of his Masters of Arts dissertation which he completed in 2013. Benjamin has worked in cultural resource management at several New Zealand locations, and been involved in excavations on Rapa Nui. His interests include GIS, remote sensing and landscape archaeology, as well as Oceanic prehistory. Currently, he is working on a co-operative project between the University of Auckland and the National Libraries of New Zealand which involves digitising and geo-referencing historic and modern maps of New Zealand.

Thegn N. Ladefoged, University of Auckland

Benjamin D. Jones is a Digitisation Technician for the Cartographic & Geospatial Resources Unit of the University of Auckland Libraries & Learning Services. His research in this issue is the product of his Masters of Arts dissertation which he completed in 2013. Benjamin has worked in cultural resource management at several New Zealand locations, and been involved in excavations on Rapa Nui. His interests include GIS, remote sensing and landscape archaeology, as well as Oceanic prehistory. Currently, he is working on a co-operative project between the University of Auckland and the National Libraries of New Zealand which involves digitising and geo-referencing historic and modern maps of New Zealand.

Gregory Asner, Carnegie Institution for Science, Stanford University

Gregory Asner serves on the faculty of the Carnegie Institution for Science and the Department of Earth System Science at Stanford University.  His research focuses on large-scale mapping and analysis of natural and human-dominated environments including their three-dimensional structure, functional properties, and ecological dynamics.

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Published

2015-05-09

Issue

Section

Articles