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[caption id="attachment_5554" align="alignright" width="181"] Conical-shaped pendant from Ugarit (15th-13th century) (© Louvre AO 14715 - Picture author)[/caption]Goldwork appeared at the beginning of the 3rd millennium B. C. in Syria. The production of personal gold jewellery, like beads, pendants and earrings, started to increase around the second half of the 3rd millennium B. C. in different cities of Syria, and in particular along the Euphrates river in Mari and Tell Banat. In the later site, which is located at the north of the Euphrates valley, more than 1000 pieces of gold beads and pendants have been discovered. It reveals a great picture of the evolution of gold jewellery technology: development of hammering manufacturing processes, lost-wax casting – even though still rare –, incision methods for linear ornamentation, and the apparition of filigree, granulation and soldering for applied decoration.This period of innovation in jewellery and precious metals craftsmanship had expanded all over Syria in Palace G of Ebla (BA IVA) on the Levantine coast, in the elite tombs at Umm el-Marra (BA IV) in the Jabbul Plain, at Tell Brak (Akkadian period) in the Djezireh, and during the Shakkanaku period in Mari. Gold technology reached an exceptional level of development thanks to the impulsion of Amorites at the beginning of the 2nd millennium B. C. Craftsmen of Ebla, as well as those of Byblos, always used techniques of decoration such as filigree and granulation for jewellery and weaponry ornamentation, thus exhibiting specific social and symbolic meanings. Such an evolution of gold decoration techniques is based on the generalization of soldering processes by controlling alloy fabrication and high temperature heat. Copper salt soldering is particularly adapted to filigree and granulation, while brazing seems more frequent for structural function, even though it was also used for decoration. In addition, association of different metals – copper/bronze, silver, and gold – and semi-precious stones – namely carnelian and lapis- lazuli – emerged at Middle Bronze and was regularly employed on the Levantine coast.[caption id="attachment_5579" align="aligncenter" width="550"] Duck heads ornament with physical features finely drawn by incision, from Qatna (15th-14th century). (© Damascus Museum - after, Beyond Babylon 2008, no. 129)[/caption]Technical polyvalence is also clearly recognizable in the Syrian jewellery of the Late Bronze, either at the craft workers’ skills level or at the workshop organization one’s. For instance, many beads from Qatna are composed of a stone core mounted with gold caps decorated by granulated patterns, and a rosette is entirely made of carnelian inlaying in gold settings with the cloisonné technique. Metal inlays on metallic or ivory items were also used at Ugarit. But they were linked to other ornamental items than personal bodily jewellery – decorated with filigree and granulation  –, like in the Aegean at the Mycenaean period for weapons decoration.To sum up, Syrian technological innovation in jewellery is characterized by early multiplicity of competences in fabrication and decoration methods, control of soldering processes, good knowledge of mixed materials, polyvalence of skills and know-how in different craft activities.Poster presented at Metals of Power - Early Gold and Silver. 6th Archaeological Conference of Central Germany, International Congress from October 17th to 19th, 2013 in Halle (Saale): http://www.lda-lsa.de/tagungen/archiv_tagungen/6_mitteldeutscher_archaeologentag_2013/&#160;[caption id="attachment_5557" align="aligncenter" width="388"] Bronze Age Syrian Gold Jewellery - Technological Innovation[/caption]Pour citer ce billet : Romain Prévalet, « Bronze Age Syrian Gold Jewellery – Technological Innovation », Les Carnets de l’Ifpo. La recherche en train de se faire à l’Institut français du Proche-Orient (Hypotheses.org), 20 décembre 2013. [En ligne] http://ifpo.hypotheses.org/5546Ancien membre de l’Ifpo (boursier d’Aide à la Mobilité Internationale), Romain Prévalet est titulaire d’un doctorat de l’Université de Paris Panthéon-Sorbonne et est rattaché à l’équipe de Protohistoire Égéenne, Arscan (UMR 7041). Spécialisées dans la technologie antique de l’or et de l’argent, ses recherches se concentrent sur le développement technique et socio-économique de l’artisanat du métal précieux en Méditerranée orientale, principalement au cours de l’âge du Bronze. R. Prévalet est en charge de l’étude et de la publication de plusieurs collections d’objets en or et en argent provenant de Syrie (Ougarit, Tell Banat, Tell Umm el-Marra) et de Grèce (Argos), et il intervient ponctuellement pour des expertises de bijoux plus récents, de la période hellénistique en particulier.Page personnelle et bibliographie sur Ifporient : http://ifporient.org/romain-prevaletAutre Page personnelle (MAE, Arsacn) : http://www.mae.u-paris10.fr/arscan/Romain-PREVALET.htmlTous les billets de Romain Prévalet