Using GIS for data integration in interdisciplinary research in Papua New Guinea, East Sepik

As an interdisciplinary project, the Papuan Past Project involves a collaboration of specialists from genetics, archaeology, rock art, and ethnology, as well as data-sets at different scales of analysis (from the level of New Guinea Island, to the level of the local distribution of archaeological sites). Consequently, it is necessary to use a method that collectively organizes the research and integrates the heterogeneous data.

For this purpose, a GIS is maintained by S. Plutniak for the project, run by QGIS open software. Its aims include:

  • to provide a unique digital framework to gather the data produced by the project’s specialists and by previous researchers;
  • to facilitate the creation of maps;
  • to constitute an archive of the projects’ data (using stable file format as .csv).

In this post, a brief description of the current layers and features of the GIS is presented.

Physical and administrative information

A set of useful generic layers is integrated for cartographic purposes, including political borders related to the administrative spatial divisions of Papua New Guinea, actual settlements, rivers and river basins, elevation model (DEM), environmental bioclimatic data.

Data produced by the Papuan Past Project

GPS positions of archaeological sites, survey points, campsites location, tracks, geolocated photo, etc., from the fieldwork are integrated.

Data extracted from previous work

Using publications of previous research in our study area, we extract the location of sites excavated or surveyed by other researchers and integrate them in the GIS. This helps to produce new maps and make comparisons.

Georeferencing old maps

Spatial locations of the sites studied during the 20th century, before GPS devices became common, are not always available in publications. A specific effort is made to identify their exact locations, using old maps, published (or not). They are georeferenced and integrated in the GIS. The accuracy of the georeferencing procedure can vary according the quality of the old map or the possibility to identify known points. This gives a powerful way to cross and to complement spatial information (locations, toponyms, hydronyms, etc.).

Vectorizing old maps

Once georeferenced, raster maps can be vectorized if necessary, has done, for example, for the geologic map of our study area in East Sepik.

Redaction: Plutniak.
English correction: Ricaut.
Publishing: Plutniak.

Cite this blog post
Sébastien Plutniak (2018, September 6). Using GIS for data integration in interdisciplinary research in Papua New Guinea, East Sepik. Papuan Past Project. Retrieved June 14, 2024, from

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