via PhysOrg, 10 October 2018: A new Open Access paper in PLOS One indicates that the ‘brief’ 10th century Khmer capital of Koh Ker may not have been so brief after all.
Source: Tegan et al., PLOS ONE. https://doi.org/10.1371/journal.pone.0203962
The classic account of the ancient city of Koh Ker is one of a briefly-occupied and abruptly-abandoned region, but in reality, the area may have been occupied for several centuries beyond what is traditionally acknowledged, according to a study published October 10, 2018 in the open-access journal PLOS ONE by Tegan Hall of the University of Sydney, Australia and colleagues.
Koh Ker was part of the Khmer kingdom during the Angkor period in what is now Cambodia. For a mere two decades in the tenth century CE, the city served as royal capital, and it has long been proposed that after the royal seat moved back to Angkor, the city and its surroundings were abandoned. In this study, Hall and colleagues tested this theory by analyzing charcoal and pollen remains in sediment cores spanning several centuries in three Koh Ker localities, including the moat of the main central temple. From these data, they inferred a long history of fluctuations in fire regimes and vegetation which are highly indicative of patterns of human occupation and land use over time.
Source: City of Koh Ker was occupied for centuries longer than previously thought
Re-evaluating the occupation history of Koh Ker, Cambodia, during the Angkor period: A palaeo-ecological approach | PLOS One
New paper by Carter et al. in the Journal of Field Archaeology
The Khmer Empire (9th–15th centuries a.d.), centered on the Greater Angkor region, was the most extensive political entity in the history of mainland Southeast Asia. Stone temples constructed by Angkorian kings and elites were widely assumed to have been loci of ritual as well as habitation, though the latter has been poorly documented archaeologically. In this paper, we present the results of two field seasons of excavation at the temple site of Ta Prohm. Using LiDAR data to focus our excavations, we offer evidence for residential occupation within the temple enclosure from before the 11th century a.d. until the 14th century. A comparison with previous work exploring habitation areas within the Angkor Wat temple enclosure highlights similarities and differences between the two temples. We argue that temple habitation was a key component of the Angkorian urban system and that investigating this unique form of urbanism expands current comparative research on the diversity of ancient cities.
Source: Urbanism and Residential Patterning in Angkor: Journal of Field Archaeology: Vol 43, No 6
Highlighting a new and very significant web resource, the Indonesian Ministry of Education and Culture’s Repository of research. The link below is the search result for all things related to archaeology deposited in the Institute’s Repository – about 400 items! This is a great initiative, and I wish more countries and institutions would do the same.
Source: Search results for arkeologi – Repositori Institusi Perpustakaan Kemendikbud
via Science Daily/ANU, 20 September 2018: A new paper in the Journal of Archaeological Science shows evidence for a rapid population growth in Southeast Asia around 4,000 years ago using an analysis that takes into account the proportion of children and infants in population measurements.
Clare McFadden, lead author. Source: ANU
Researchers at The Australian National University (ANU) have uncovered a previously unconfirmed population boom across South East Asia that occurred 4,000 years ago, thanks to a new method for measuring prehistoric population growth.
Using the new population measurement method, which utilises human skeletal remains, they have been able to prove a significant rapid increase in growth across populations in Thailand, China and Vietnam during the Neolithic Period, and a second subsequent rise in the Iron Age.
Source: Southeast Asian population boomed 4,000 years ago — ScienceDaily
via Journal of Archaeological Science Reports: Portable XRF analysis of Qingbai from the Java Sea Shipwreck.
Forty-one ceramic boxes from the twelfth- or thirteenth-century Java Sea Shipwreck were analyzed at the Elemental Analysis Facility at Chicago’s Field Museum using nondestructive portable x-ray fluorescence (PXRF). Twenty-two samples have a qingbai-type glaze and nineteen are painted ware with painted black decorations originally covered by a lead-based green glaze. The goals of the analysis were to (1) test whether visually similar ceramics shared similar elemental compositions; (2) identify ceramics that might have been made at different kiln sites (or from different paste recipes); and (3) determine if compositional groups in the ceramic dataset differentiated using PXRF are archaeologically meaningful. Based on this study, although PXRF can be successfully used to some degree to differentiate between different groups of qingbai-type ceramics, more research needs to be done on its applicability to painted ware pastes.
Source: Portable X-ray fluorescence analysis of ceramic covered boxes from the 12th/13th-century Java Sea Shipwreck: A preliminary investigation – ScienceDirect
New Open Access paper in the Journal of Human Evolution examines the distribution stone artefacts and faunal remains of Liang Bua over 190,000 years. Changes in the assemblage suggest that modern humans arrived to Liang Bua around 46,000 years ago.
Liang Bua, the type site of Homo floresiensis, is a limestone cave on the Indonesian island of Flores with sedimentary deposits currently known to range in age from about 190 thousand years (ka) ago to the present. Recent revision of the stratigraphy and chronology of this depositional sequence suggests that skeletal remains of H. floresiensis are between ∼100 and 60 ka old, while cultural evidence of this taxon occurs until ∼50 ka ago. Here we examine the compositions of the faunal communities and stone artifacts, by broad taxonomic groups and raw materials, throughout the ∼190 ka time interval preserved in the sequence. Major shifts are observed in both the faunal and stone artifact assemblages that reflect marked changes in paleoecology and hominin behavior, respectively. Our results suggest that H. floresiensis and Stegodon florensis insularis, along with giant marabou stork (Leptoptilos robustus) and vulture (Trigonoceps sp.), were likely extinct by ∼50 ka ago. Moreover, an abrupt and statistically significant shift in raw material preference due to an increased use of chert occurs ∼46 thousand calibrated radiocarbon (14C) years before present (ka cal. BP), a pattern that continues through the subsequent stratigraphic sequence. If an increased preference for chert does, in fact, characterize Homo sapiens assemblages at Liang Bua, as previous studies have suggested (e.g., Moore et al., 2009), then the shift observed here suggests that modern humans arrived on Flores by ∼46 ka cal. BP, which would be the earliest cultural evidence of modern humans in Indonesia.
Source: The spatio-temporal distribution of archaeological and faunal finds at Liang Bua (Flores, Indonesia) in light of the revised chronology for Homo floresiensis – ScienceDirect
Asian Archaeology is a new journal focusing on… well I think the name is quite self-explanatory. I will add a link to the resources page.
Asian Archaeology is an academic English-language journal that publishes original studies based on field archaeological data as well as new theoretical and methodological analyses and synthetic overviews of topics in the field of Asian archaeology. The geographic scope of papers primarily extends across eastern Asia (including China, Japan, Korea, Mongolia, and the Russian Far East), mainland and island Southeast Asia, and Australia. The journal’s readership is international, with a target audience of scholars and students with English-language backgrounds from Europe, North America, and Asia. By breaking down the language barriers toward access to the archaeology of eastern Asia, Asian Archaeology serves as a central, international forum for the study of Asian archaeology. The journal aims to contribute not only to a better understanding of the history and cultures of Asia, but also to the development of a global approach to archaeology, and thus to play an active role in promoting the development of world archaeology and Asian archaeology
Source: Asian Archaeology – Springer
via PNAS, 06 August 2018: A new paper in PNAS reviews the evidence of human migration into Southeast Asia and Australia around 50,000 years ago, and in particular a critical discussion of another recent paper about the Madjedbebe rock shelter that pushes this date back to 65,000 years.
The PNAS paper is not Open Access unfortunately, but for a good summary of the paper reader the associated piece in The Conversation.
When did Homo sapiens first reach Southeast Asia and Sahul?
O’Connell et al, 2018
Anatomically modern humans ( Homo sapiens , AMH) began spreading across Eurasia from Africa and adjacent Southwest Asia about 50,000–55,000 years ago ( ca . 50–55 ka). Some have argued that human genetic, fossil, and archaeological data indicate one or more prior dispersals, possibly as early as 120 ka. A recently reported age estimate of 65 ka for Madjedbebe, an archaeological site in northern Sahul (Pleistocene Australia–New Guinea), if correct, offers what might be the strongest support yet presented for a pre–55-ka African AMH exodus. We review evidence for AMH arrival on an arc spanning South China through Sahul and then evaluate data from Madjedbebe. We find that an age estimate of > ka for this site is unlikely to be valid. While AMH may have moved far beyond Africa well before 50–55 ka, data from the region of interest offered in support of this idea are not compelling.
Source: When did Homo sapiens first reach Southeast Asia and Sahul?
A new issue of Kapata Arkeologi (vol 14, 2018) has been published and the articles are accessible online. The journal is published by Balai Arkeologi Maluku (Maluku Archaeology Center) and they also invite papers for the next issue.
Some papers in this new issue include
- Traces of the History of South Cisarua Plantation: Archives and Inscription of the Dutch Tomb in Kebon Jahe Cisarua-Bogor, Jawa Barat
- Rise and Fall of Kema Port in Sulawesi Sea Trade Routes During Colonial Period: Based on Infrastructure Data
- Looking For a Trace of Shamanism, in the Rock Art of Maros-Pangkep, South Sulawesi, Indonesia
Visit the journal here.
First direct dates of dingo bones from a site in Western Australia. Dingoes are one of the few mammals that crossed water (most likely accompanying humans) before European arrival. The dates and location of the site suggest that dingoes spread throughout the continent relatively quickly after their introduction.
New dates on dingo bones from Madura Cave provide oldest firm evidence for arrival of the species in Australia
Balme et al.
The dingo is the only placental land mammal aside from murids and bats to have made the water crossings to reach Australia prior to European arrival. It is thought that they arrived as a commensal animal with people, some time in the mid Holocene. However, the timing of their arrival is still a subject of major debate with published age estimates varying widely. This is largely because the age estimates for dingo arrival are based on archaeological deposit dates and genetic divergence estimates, rather than on the dingo bones themselves. Currently, estimates vary from between 5000–4000 years ago, for finds from archaeological contexts, and as much as 18,000 based on DNA age estimates. The timing of dingo arrival is important as post arrival they transformed Indigenous societies across mainland Australia and have been implicated in the extinction of a number of animals including the Tasmanian tiger. Here we present the results of direct dating of dingo bones from their oldest known archaeological context, Madura Cave on the Nullarbor Plain. These dates demonstrate that dingoes were in southern Australia by between 3348 and 3081 years ago. We suggest that following their introduction the dingo may have spread extremely rapidly throughout mainland Australia.
Source: New dates on dingo bones from Madura Cave provide oldest firm evidence for arrival of the species in Australia | Nature Scientific Reports