The Pottery of Khirbet En-Nahas: A Rejoinder

Abstract

Smith and Levy (2008) have published an assemblage of pottery from the copper production centre of Khirbet en-Nahas in Jordan. Based on their interpretation of the ¹⁴C dates from the site and contra the accumulated knowledge on the ceramic typology of the Levant they argue that this pottery dates to the Iron I and Iron IIA, and that there was no later activity at the site. We show that much of the Khirbet en-Nahas pottery dates to the Iron IIB–C. We argue that the charcoal samples sent for radiocarbon dating originated from the waste of industrial activity at the site in the Iron I and Iron IIA, while the pottery came from a post-production activity in the Iron IIB–C — an activity that included the construction of a fort on the surface of the site. We propose that the fort was built along the Assyrian Arabian trade route, at the foot of the ascent from the Arabah to the Assyrian headquarters of Buseirah.     

Pacific Islands Ichthyoarchaeology: Implications for the Development of Prehistoric Fishing Studies and Global Sustainability

The Pacific Islands—consisting of culturally diverse Melanesia, Micronesia, and Polynesia—is the ideal region to investigate the development of prehistoric fishing studies, as nowhere else on Earth is there such environmental contrasts among island types and their marine environments. We review the ichthyoarchaeological literature for the Pacific and assess developments in recovery methods, reference collections, taxonomic identifications, quantification, taphonomy and site-formation processes, ethnoarchaeology, approaches to diet and subsistence reconstructions, sustainability, and the importance of applied zooarchaeology for fisheries management and conservation. Ichthyoarchaeologists are beginning to work more closely with resource managers, fisheries biologists, policy makers, and indigenous communities to produce holistic studies of conservation management, resource sustainability, and assessments of human impacts on marine ecosystems over centuries to millennial time scales.     

考古学与"全球变化研究"

国际组织为应对各种环境危机而组织的“过去全球变化计划” ,以 1万年和数千年以来的研究为重点。考古学在研究对象和年代学等方面的特点与优势 ,决定了其在此研究领域可以发挥独特的作用。