Dr Mathieu Leclerc

PhD
Lecturer in Pacific Archaeology
ANU College of Arts and Social Sciences and ANU College of Asia and the Pacific
T: +61435608044

Areas of expertise

  • Archaeology 2101
  • Archaeological Science 210102
  • Archaeology Of New Guinea And Pacific Islands (Excl. New Zealand) 210106
  • Archaeology Of Asia, Africa And The Americas 210103
  • Soil Chemistry (Excl. Carbon Sequestration Science) 050304

Research interests

My primary research interests include prehistoric pottery from Oceania and Southeast Asia and archaeometric techniques of analysis. I am currently involved in various research projects on cultural material from Sulawesi, Papua New Guinea, Vanuatu and Tonga. I have worked with a wide range of analytical techniques through the years and have personally undertaken analysis using XRF, pXRF, XRD, LA-ICP-MS, microCT, QEMSCAN, SEM and SHRIMP.

Biography

I received a BA and an M. Sc. in Anthropology from Université de Montréal and a D.phil in Archaeology at the Australian National University. My PhD thesis examined the technological and compositional characteristics of Lapita and post-Lapita pottery from Vanuatu through LAICPMS analysis. I participated in archaeological excavations on a wide range of sites in Canada, United States, Vanuatu, Papua New Guinea and New Caledonia.

Researcher's projects

Organic Residue Analysis of Lapita pottery from Teouma, Vanuatu (2940-2710 cal BP)
This project aims to determine what food items were placed in Lapita pottery in order to gain insights on the ways these vessels were used. The rationale for conducting such a study is that determining what was placed in these vessels has great potential to further our understanding as to why they were used. Ongoing analyses conducted on archaeological ceramics and modern samples of fats and oils are being undertaken in collaboration with Dr Karine Taché (CUNY Queens College), Dr Stuart Bedford (ANU) and Prof Oliver Craig (The University of York).

QEMSCAN analysis of pottery, Sulawesi
Dentate-stamped pottery from two sites on Sulawesi excavated by Dr Christian Reepmeyer (James Cook University) and Dr Rintaro Ono (Tokai University) are being analysed in order to characterise the variability of the fabric types. The mineralogical content of the samples is assessed by petrography and QEMSCAN, which allows us to compare the utility of both techniques.

Compositional analysis of kilikili stones, Tonga
This project aims to assess the perenniality of the procurement strategies for basalt cobbles commonly used as part of the funerary customs in Tonga. These stones are washed and rubbed with oil before being laid over the grave. The kilikili recovered from five sites on Tongatapu are analysed with pXRF and LA-ICP-MS in order to determine their origin.

Available student projects

1. This project of pottery analysis could represent a Masters project. The pottery, collected by Chris Ballard during his fieldwork in 1987, is from the Eastern Highlands of PNG – pottery produced by Agarabi-speakers, who had previously been Austronesian-speakers, but migrated into the Highlands and continued to produce pottery (the only producers anywhere in the Highlands). Contextual information for this project is plentiful: several hundred decorated sherds from surface collections, detailed records of ethnographic production, records of interviews with producers about the pottery and oral histories of migration, and all of the relevant literature. Agarabi ware has never been described formally, and it contrasts strongly with the only other ware traded into the region, from the AN-speaking Adzera. It would make a really neat, compact thesis and / or collaborative project.

2. I am currently working on a more efficient protocol for sample preparation and analysis of pottery samples using LAICPMS, in collaboration with Gabriel Enge and Ulrike Troitzsch, RSES. I will need to prepare samples in the next few months from pottery collection from from Vanuatu (Stuart Bedford and James Flexner’s project), Milne Bay (Ben Shaw’s project) and Quebec (Karine Taché’s project). I also need to re-prepare the samples from the reference collection set up during my PhD thesis, which will: a) ensure comparable datasets for future analysis; b) open the door for a technical publication comparing the results obtained from the powder pellets with those from fused disks: verify if firing at 1080C affects certain elements, verify the calibration methods, test the values for reference materials, etc. 

Students interested to produce fused disks from pottery samples using a furnace (> 1080 C) and Lithium Tetraborate flux and participate to their analysis by LAICPMS are more than welcome to contact me. This project provides a learning opportunity of laboratoy work and chemical analysis of archaeological material.

3. Analysis of a pottery assemblage from a site in Indonesia (Jareng Bori) excavated by a team led by Stuart Hawkins: labelling, counts (rim vs body sherds), types of decoration, various measurement (thickness, weight), etc. The results from the pottery analysis will be included in a chapter about the site along other aspects (obsidian, animal bones,…). Stuart’s plan is to submit the manuscript for the Australian Museum Ken Aplin memorial Volume, which is due 15 January 2020.

4. Projects involving organic residue analysis of pottery could also be undertaken in collaboration with Jochen Brocks, RSES, and Karine Taché, CUNY Queens College. 

5. Use the micro-CT (3d scanner) from the Centre of Advanced Microscopy to investigate the technological features of pottery sherds

Current student projects

I am currently an Associate Supervisor for the following PhD students:

  • Yi Jia Poh (CAP)

Crafting Funan: Pottery Production and Exchange from Pre Oc Eo to Oc Eo Periods (500 BCE - 700 CE)

500 BCE through 500 CE has been identified as a crucial time in the history of Southeast Asia. While some see it as an important period to further clarify long-lasting discussions of how the region transited from the Neolithic to Indic states such as Funan, others are interested in increasing variations and mixing of people groups, particularly pertinent are waves of rice cultivation communities migration from further north since the Neolithic and the Malayo-Chamic migration (500 BCE) to Central Coastal Vietnam. Oc Eo, the archaeological site said to be the thriving port city of Funan polity (~1 CE – ~700 CE) in Mekong Delta, saw its beginnings around 200 BCE, but appears rather suddenly in the archaeological record with rice cultivation, an axial layout and seemingly varied pottery traditions. Its relationship with neighbouring sites in East Nam Bo of Southern Vietnam, Central Vietnam, Thailand, the Philippines, particularly during the ‘Pre Oc Eo’ period (200 BCE – ~1 CE) needs to be further investigated to better understand Oc Eo’s rise as a port, people group migration patterns and Oc Eo’s early Indic influences. On the other hand, economic systems of production and exchange that constitute ‘Funan polity’ is still not well understood. This project proposes a diachronic treatment of the Oc Eo region and its surroundings spanning the Pre Oc Eo, Early Oc Eo (~1 CE – 300 CE) and Developed Oc Eo (300 CE – 700 CE) periods. Through pottery analysis, including assemblages comparison, typological sampling, compositional analysis and petrography, I aim to clarify technological traditions, used as proxies for people groups, that constituted Mekong Delta’s transition to urban settlement, as well as explicate economic patterns of production and exchange from Early Oc Eo through Developed Oc Eo to understand a facet of Funan’s urban economic exchange system.

  • Tracey Pilgrim (CASS)

Pottery from the Metal Age site at Catanauan, Phillipines

Until very recently, the pottery from archaeological sites in the Philippines has lacked rigorous assessment, remaining at the descriptive level and with a penchant for typological presentation. If pottery sherds are to be utilised to their full potential as artefacts, analyses must move beyond the descriptive to the analytical in order to unlock further data about the technologies and resources employed by potters during production. This study will extend the traditional mode of investigation by applying both macroscopic and archaeometric methods of analysis to a selection of pottery sherds from the Metal Age (ca. 2,200BP – 1,000BP) jar-burial site at Catanauan, Bondoc Peninsula, Philippines. In doing so, this study will apply a newly developed, integrated method of analysis, combining QEMScan and MicroCT data to investigate the microstructure and composition of the pottery. 

  • Phillip Beaumont (CAP)

Documenting the prehistory of the Greater Sunda Islands, Indonesia 

Publications

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Updated:  18 November 2019 / Responsible Officer:  Director (Research Services Division) / Page Contact:  Researchers