Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

MYCENAEAN LAPIDARY CRAFTSMANSHIP: THE MANUFACTURING PROCESS OF STONE VASES

View through CrossRef
The first substantial corpus of developed and complex stone vases emerged on the Greek mainland in the shaft graves of Mycenae (Middle Helladic III – Late Helladic I) and was certainly, in large part, of Minoan origin. However, a Mycenaean industry appeared in the Late Helladic III period, which suggests a link with Minoan technology. Indeed, there is an extremely strong possibility that expatriate craftsmen had gradually transmitted their knowledge to local Mycenaean apprentices. A technological study of a corpus of 24 stone vases from Mycenae, dated to the Late Helladic I/II–III, enables the identification and reconstruction of the manufacturing processes and techniques involved in mainland production. It appears to be the case that a great part of the Mycenaean know-how derives from contact with Minoan craftsmanship. However, if a large number of technical elements (use of tubular drilling for the hollowing process, production of the vessels in several parts) may come from a Minoan heritage, the Mycenaeans seem to have quickly developed their own approach – with their own technological emphases, serving purely Mycenaean forms. The vase, based on separately made elements, was a Minoan approach but became properly a mainland concept, which appeared far less commonly in other regions of the eastern Mediterranean. Similarly, the single-tool approach developed for the drilling process (for hollowing the interior of the vessels and for cutting the inlay decoration of the exterior), entirely based on the use of the tubular drill, is purely a native one and is uncommon among eastern Mediterranean vessel traditions. A technological study indicates also the possible coexistence of different types of organisation in the Mycenaean workshops. Thus, the manufacturing processes used, as well as the organisation of the production, are distinct from those of other eastern Mediterranean centres, including Crete.
Title: MYCENAEAN LAPIDARY CRAFTSMANSHIP: THE MANUFACTURING PROCESS OF STONE VASES
Description:
The first substantial corpus of developed and complex stone vases emerged on the Greek mainland in the shaft graves of Mycenae (Middle Helladic III – Late Helladic I) and was certainly, in large part, of Minoan origin.
However, a Mycenaean industry appeared in the Late Helladic III period, which suggests a link with Minoan technology.
Indeed, there is an extremely strong possibility that expatriate craftsmen had gradually transmitted their knowledge to local Mycenaean apprentices.
A technological study of a corpus of 24 stone vases from Mycenae, dated to the Late Helladic I/II–III, enables the identification and reconstruction of the manufacturing processes and techniques involved in mainland production.
It appears to be the case that a great part of the Mycenaean know-how derives from contact with Minoan craftsmanship.
However, if a large number of technical elements (use of tubular drilling for the hollowing process, production of the vessels in several parts) may come from a Minoan heritage, the Mycenaeans seem to have quickly developed their own approach – with their own technological emphases, serving purely Mycenaean forms.
The vase, based on separately made elements, was a Minoan approach but became properly a mainland concept, which appeared far less commonly in other regions of the eastern Mediterranean.
Similarly, the single-tool approach developed for the drilling process (for hollowing the interior of the vessels and for cutting the inlay decoration of the exterior), entirely based on the use of the tubular drill, is purely a native one and is uncommon among eastern Mediterranean vessel traditions.
A technological study indicates also the possible coexistence of different types of organisation in the Mycenaean workshops.
Thus, the manufacturing processes used, as well as the organisation of the production, are distinct from those of other eastern Mediterranean centres, including Crete.

Related Results

The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
Our study aimed to investigate the effect of stone load, skin-to-stone distance, and stone density Hounsfield Unit (HU) measured in unenhanced computed tomography on the success of...
Application of Lapidary Technology for Sustainable Gemstone Resource Development in Ethiopia
Application of Lapidary Technology for Sustainable Gemstone Resource Development in Ethiopia
Ethiopia is a landlocked federal republic located in eastern Africa. Over the past decade, its economy has experienced significant growth, with GDP expanding at an average rate of ...
A Cycladic Perspective on Mycenaean Long-Distance Exchanges
A Cycladic Perspective on Mycenaean Long-Distance Exchanges
Recent discussions of Mycenaean long-distance exchanges with the ‘East’ have focused on the goods exchanged, their means of production and shipment, and their significance for cons...
Quality index control for building products made of natural facing stone
Quality index control for building products made of natural facing stone
Purpose is to assess the influence of technological and natural factors on the decorative properties of natural facing stone to identify the regularities of changes in lightness an...
Mycenaean Greek
Mycenaean Greek
Abstract At the beginning of our historical survey, c.1500 BC, we find two civilizations occupying a dominant position in the Aegean area. These have become known in...
LAPIDARY CRAFT PRODUCTION AT 17:S3E1 AND 18:S3E1, THE TLAJINGA DISTRICT, TEOTIHUACAN
LAPIDARY CRAFT PRODUCTION AT 17:S3E1 AND 18:S3E1, THE TLAJINGA DISTRICT, TEOTIHUACAN
AbstractA total of 84 two-liter soil samples from Proyecto Arqueológico Tlajinga Teotihuacan (PATT) sites 17:S3E1, 18:S3E1, and the Street of the Dead excavations were fine-screene...

Back to Top