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The Archaeology of Sulawesi

List of tables

Table 5.1: Homologous landmark definitions.

Table 6.1: Early dates for hand stencils in Island Southeast Asia.

Table 6.2: Recorded prau motifs in the Muna karsts.

Table 8.1: Occupation probabilities of Mallawa by half-millennium cal BP.

Table A8.1: Rejected Sulawesi Holocene radiometric determinations (oldest to youngest determinations): Radiocarbon dates unless otherwise specified.

Table A8.2: Accepted Holocene radiometric determinations from North and Central Sulawesi (all Carbon-14).

Table A8.3: Accepted Holocene radiometric determinations from West Sulawesi (all Carbon-14).

Table A8.4: Accepted Holocene radiometric determinations from South Sulawesi north and east of the southwest peninsula (all Carbon-14).

Table A8.5: Accepted Holocene radiometric determinations from Southeast Sulawesi (all Carbon-14 unless otherwise stated).

Table A8.6: Accepted Holocene radiometric determinations from the South Sulawesi southwest peninsula (all Carbon-14).

Table 9.1: Charcoal, freshwater shell and bone radiocarbon dates showing distribution of ceramics from Gua Mo’o hono Test Pit A excavation.

Table 9.2: Summary of the Gua Mo’o hono sedimentary sequence.

Table 9.3: Fabric varieties recorded for Gua Mo’o hono Test Pit A earthenware pottery (sherds).

Table 9.4: External colour of Gua Mo’o hono Test Pit A earthenware pottery (sherds).

Table 9.5: External surface treatment of Gua Mo’o hono Test Pit A earthenware sherds.

Table 9.6: Forming techniques observed on Gua Mo’o hono Test Pit A earthenware pottery (sherds).

Table 9.7: Counts of flaked stone artefacts in each spit.

Table 9.8: Measurements on the Gua Mo’o hono mandible fragment.

Table 9.9: Gua Mo’o hono occlusal diameters (mm) compared with the Gua Lampetia/Gua Andomo means and ranges.

Table 9.10: Gua Mo’o hono diameters at the cemento-enamel junction (mm) compared with the Gua Lampetia/Gua Andomo means and ranges.

Table 9.11: A provisional list of the different taxa identified in the zooarchaeological record of Gua Mo’o hono.

Table A9.1: Summary of geoarchaeological analyses of sediments from Gua Mo’o hono.

Table 10.1: Gua Sambangoala square A AMS dates, processed by the Accelerator Mass Spectrometry Laboratory (Direct AMS) in Seattle, Washington.

Table 10.2: Stratigraphic and taphonomic data on Gua Sambangoala vertebrate remains.

Table 10.3: Ungulate identifications from Gua Sambangoala (weight in grams).

Table 10.4: Medium-sized mammal identifications from Gua Sambangoala (weight in grams).

Table 10.5: Other mammal identifications from Gua Sambangoala (weight in grams).

Table 10.6: Other identifications from Gua Sambangoala (weight in grams).

Table 10.7: Counts of taxonomic identifications from the bone fragments and teeth from the Gua Sambangoala excavation.

Table 11.1: Combined weights (grams) of earthenware sherds, flaked stone artefacts, bone and shellfish by spit for U1-T1 and U1-T2, Buttu Batu.

Table 11.2: Weights (grams) of earthenware sherds, flaked stone artefacts, bone and shellfish by spit for U1-T3, Buttu Batu.

Table 11.3: Spit Locations of the barkcloth beater (batu ike), stone axe fragments and bone artefacts in the U1-T1 and U1-T2 Squares (combined), Buttu Batu.

Table 11.4: Comparison of the Buttu Batu motifs with the Kalumpang (Minanga Sipakko and Kamassi) motifs.

Table 12.1: Stratigraphy of Trenches A and C at Mansiri.

Table 12.2: Stratigraphy of Trench B at Mansiri.

Table 12.3: Summary of radiocarbon dates from Mansiri Trench TG7’6, Trenches A and D.

Table 12.4: Summary of OSL dates from Mansiri Trench A.

Table 12.5: Summary of radiocarbon dates from selected early Neolithic sites in Island Southeast Asia.

Table 13.1: Distribution of the excavated finds in the T2S1 square.

Table 13.2: Distribution of the excavated finds in the B2S1 and B3S1 squares.

Table 13.3: AMS 14C dates from the T2S1 square at the Sakkarra site (The ANU Radiocarbon Dating Centre).

Table 13.4: Comparison of Sakkara and Karama River pottery decorations.

Table 14.1: Number of Individual Specimens (NISP) for each spit from Leang Mande’et.

Table 14.2: Extent of digestion on murid postcranial elements.

Table 14.3: Murid element survivorship.

Table 14.4: Murid skeletal element breakages.

Table 15.1: AMS Dates from Leang Buida.

Table 15.2: Excavated cultural remains (counts) in each grid unit at Leang Buida in 2005.

Table 15.3: Radiocarbon and AMS dates from Bukit Tiwing.

Table 15.4: Excavated cultural artefacts from Bukit Tiwing.

Table 15.5: List of invertebrate remains from Leang Buida (NISP).

Table 15.6: List of excavated species of Neritidae and Turbinidae, Leang Buida (NISP).

Table 15.7: List of invertebrate remains from Bukit Tiwing (NISP).

Table 15.8: List of identified marine gastropod species from Bukit Tiwing (NISP).

Table 15.9: Identified fish remains from Leang Buida (MNI).

Table 15.10: Identified fish remains from Bukit Tiwing (NISP, MNI in brackets).

Table 15.11: Identified taxon and unidentified animal bones from Leang Buida.

Table 15.12: Identified taxon and unidentified animal bones from Bukit Tiwing.

Table 16.1: Imported ceramics collected from the Allangkanangnge surface in 1999 and 2005.

Table 16.2: Topographic distribution of the Allangkanangnge tradeware surface collection (%).

Table 16.3: Tradewares excavated from Allangkanangnge.

Table 16.4: Carbon-14 dates on charcoal and bone from South Sulawesi sites with imported ceramics.

Table 16.5: Comparison of selected Allangkanangnge tradeware classes with other Bugis collections.

Table 17.1: Test pit 1 excavation summary.

Table 17.2: Test pit 2 excavation summary.

Table 17.3: Test pit 3 excavation summary.

Table 17.4: Test pit 4 excavation summary.

Table 17.5: Earthenware form identifications from the Allangkanangnge excavations.

Table 17.6: Allangkanangnge taxa NISP by provenance.

Table 17.7: Allangkanangnge ri Latanete skeletal units (test pit – NISP) by taxon.

Table 19.1: Decorative designs on Islamic gravestones with Sa-Huynh Kalanay associations, South Sulawesi.

Table 19.2: Examples of graves and gravestones associated with Islamic personages of 17th-century burial date.

Table 19.3: Examples of graves and gravestones associated with Islamic personages of approximately 18th-century burial date.

Table 20.1: Five early Islamic graveyards recorded by the author in Mamuju District.

Table 20.2: Typological classification of the graves and gravestones recorded in Mamuju District.


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Updated:  11 August 2026/ Responsible Officer:  / Page Contact: