De opgravingen van Chlorakas-Palloures: een Chalcolithische nederzetting op Cyprus

Archaeology of the Near EastClassical & Mediterranean Archaeolog

A hasty departure? Disentangling floor level assemblages at Tell Sabi Abyad

Computer Science

Inequality before the Bronze Age: the case of Chalcolithic Cyprus

Archaeology of the Near Eas

The 2015-2017 excavations at Chalcolithic site of Chlorakas-Palloures on Cyprus

From 2015 to 2017 the first three excavation seasons took place at Chlorakas-Palloures, a Chalcolithic site in western Cyprus. Here we present the site stratigraphy, and the structures and burials, excavated at the site. We also introduce the ground stone, figurines and chipped stone found during these first seasons. We also introduce the ground stone, figurines, and chipped stone found during these first seasons. We discuss the raw materials used, the formal and informal tool types, and the context in which these objects were found, as well as how they fit into the broader knowledge of the period. Finally we present the faunal evidence. The aim is to provide colleagues with a first assessment of our results rather than a final report. Not all our assemblages have been fully processed, and inevitably our interpretations of the site and its assemblages will change in future seasons, as we excavate additional trenches and analyse further assemblages. Nonetheless we feel that our data are providing a siginificant addition to our knowledge of Chalcolithic Cyprus that should therefore be published in this interim report.Archaeology of the Near East and the Mediterranea

Excavations at Chlorakas-Palloures, New Light on Chalcolithic Cyprus

Archaeology of the Near Eas

The taphonomy of Middle Assyrian cuneiform tablet clusters: archives or refuse?

In this article we report on the taphonomic analysis of several Middle Assyrian tablet clusters to identify the way these objects ended up in the ground. Rather than in-situ archives that were left behind during some catastrophe, we argue that these tablets were often deliberately discarded. Specifically for the tablet clusters we examined, we propose that they were first temporarily discarded in “office bins.” We claim that the occurrence of clustered, homogenous tablet groups at our sites are the result of the occasional emptying of such bins. The methodology we present could be of value for the analysis of other similar tablet-bearing contexts.Archaeology of the Near Eas

Excavations at Chlorakas-Palloures, New Light on Chalcolithic Cyprus

Archaeology of the Near Eas

New excavations at Umhlatuzana Rockshelter, KwaZulu-Natal, South Africa: a stratigraphic and taphonomic evaluation

Umhlatuzana rockshelter has an occupation sequence spanning the last 70,000 years. It is one of the few sites with deposits covering the Middle to Later Stone Age transition (~40,000–30,000 years BP) in southern Africa. Comprehending the site’s depositional history and occupation sequence is thus important for the broader understanding of the development of Homo sapiens’ behavior. The rockshelter was first excavated in the 1980s by Jonathan Kaplan. He suggested that the integrity of the late Middle Stone Age and Later Stone Age sediments was compromised by large-scale sediment movement. In 2018, we initiated a high-resolution geoarchaeological study of the site to clarify the site formation processes. Here, we present the results of the excavation and propose a revised stratigraphic division of the Pleistocene sequence based on field observations, sedimentological (particle size) analyses, and cluster analysis. The taphonomy of the site is assessed through phytolith and geochemical (pH, loss on ignition, stable carbon isotope) analyses. The results indicate a consistent sedimentological environment characterized by in situ weathering. The analysis of the piece-plotted finds demonstrates semihorizontal layering of archaeologically dense zones and more sterile ones. There was no indication of large-scale postdepositional sediment movement. We show that the low-density archaeological horizons in the upper part of the Pleistocene sequence are best explained by the changing patterns of sedimentation rateNWOVidi 276-60-004Human Origin