Nicholas G. BlackwellAntiquity 91.361 (2018): 217-232
The development of an advanced stone-working technology in the Aegean Bronze Age is suggested by the putative Mycenaean pendulum saw. This device seems to have been used to cut through hard sedimentary rock at a number of sites on the Greek mainland and, according to some scholars, also in central Anatolia.
The ongoing study of the Geometric pottery found in the excavation of the Siderospilia necropolis (Priniàs) allowed us to single out a group of large kraters on tall pedestals whose figured painted decoration is inspired by the iconographic repertoire of the coeval Cretan metalwork and other artefacts in different media.
Eleni VasileiouJournal of Greek Archaeology 3 (2018): 145-164
The area of central Epirus (prefecture of Ioannina) occupies the northwestern part of the Greek peninsula. It has been continuously settled for a quarter of a million years during which it witnessed lots of changes of physical landscape owing mainly to the intense tectonic activity.
Guy D. MiddletonJournal of Greek Archaeology 3 (2018): 115-143
A recent paper argues that climate change at the end of the Late Bronze Age caused mass migrations, ‘vast movements of population’, out of the Balkans into Greece and Anatolia, with migrants destroying cities and states as they went – causing the collapse of Late Bronze Age societies such as the Mycenaeans.
E. Panagiotopoulou, J. van der Plicht, A. Papathanasiou, S. Voutsaki, S. Katakouta, A. Intzesiloglou & P. ArachovitiJournal of Greek Archaeology 3 (2018): 95-114
The Early Iron Age (EIA, 11th – 8th century BC) in Greece is the transitional period following the end of the Mycenaean civilisation. The first half of this period is the so-called Protogeometric period (11th – 10th century BC) during which the mainland communities had to recover from the collapse of the Mycenaean palatial system, a centralised economic system of a stratified society.
Olivia A. JonesJournal of Greek Archaeology 3 (2018): 75-93
The Late Bronze Age period in Greece, known as the Mycenaean period, has been an influential research topic in Greek archaeology since the excavations at Mycenae by Heinrich Schliemann in the late 19th century.
Of all macrolithic types known from Neolithic Greece, cutting edge tools, or celts as they are widely known, have attracted most archaeological attention. This emphasis is certainly not explained by math.
Stone grinding tools (i.e. querns or grinding stones / millstones / metates and handstones or grinders / upper milling stones / manos) constitute an important part of the material culture recovered in prehistoric excavations.
This paper sets out a conceptual framework based on the idea of connectivity, and the research design that informs a series of surveys and excavations in the central Ionian Sea targeting the Palaeolithic record.
This article focuses on the acceptance of Michael Ventris's decipherment of Linear B as an early form of Greek and concentrates primarily on its initial reception in North America. It highlights the significant roles in the process played by two American scholars, Carl Blegen of the University of Cincinnati and Sterling Dow of Harvard University.
Enigmatic objects from various sites in the eastern Mediterranean are modeled after shields that have a V-notch symbol, which are found widely across Europe. While the pieces from Greece are conventionally dated to the 8th to 7th century B.C., a recent reanalysis of one such shield from Delphi indicates that it was manufactured in the final centuries of the Bronze Age.
Anthi Balitsari & John K. PapadopoulosHesperia 87.2 (2018): 215-277
This article reexamines an early tomb beneath the south annex of the Stoa Basileios in the Athenian Agora and argues that it is Middle Helladic in date, rather than Submycenaean as suggested in a preliminary report. An associated deposit of Middle Helladic pottery is presented, with a detailed treatment of fabrics and shapes.