Walking the forest imaginary: A breath between us

Walking the forest imaginary: a breath between us is a site-specific audio artwork that invites the audience to walk into the forest imaginary populated by things magical and unseen. Crafted uniquely in response to Alingsås Nolhaga Park, and using cues in the landscape as guides to research and poetic inscription, the artwork consists of an approximately one-hour walk with audio listening points throughout the park. Audio is accessed digitally through QR codes posted on pre-existing pathways and listened to with individual headphones. Wandering pathways through the woods, participants listen to a hybrid essay that explores the alternate spaces and time scales of the miniature worlds of moss. Focusing on the ancient and present role of bryophytes in creating oxygen and storing carbon, and helping to keep our ecosystem in balance, the work considers this ancient exchange as a form of dialogue.

Compositional data supports decentralized model of production and circulation of artifacts in the pre-Columbian south-central Andes

The circulation and exchange of goods and resources at various scales have long been considered central to the understanding of complex societies, and the Andes have provided a fertile ground for investigating this process. However, long-standing archaeological emphasis on typological analysis, although helpful to hypothesize the direction of contacts, has left important aspects of ancient exchange open to speculation. To improve understanding of ancient exchange practices and their potential role in structuring alliances, we examine material exchanges in northwest Argentina (part of the south-central Andes) during 400 BC to AD 1000 (part of the regional Formative Period), with a multianalytical approach (petrography, instrumental neutron activation analysis, laser ablation inductively coupled plasma mass spectrometry) to artifacts previously studied separately. We assess the standard centralized model of interaction vs. a decentralized model through the largest provenance database available to date in the region. The results show: (i) intervalley heterogeneity of clays and fabrics for ordinary wares; (ii) intervalley homogeneity of clays and fabrics for a wide range of decorated wares (e.g., painted Ciénaga); (iii) selective circulation of two distinct polychrome wares (Vaquerías and Condorhuasi); (iv) generalized access to obsidian from one major source and various minor sources; and (v) selective circulation of volcanic rock tools from a single source. These trends reflect the multiple and conflicting demands experienced by people in small-scale societies, which may be difficult to capitalize by aspiring elites. The study undermines centralized narratives of exchange for this period, offering a new platform for understanding ancient exchange based on actual material transfers, both in the Andes and beyond.

Assessment of portable X-ray fluorescence analysis for the evaluation of slate procurement and exchange: a Maritime Archaic case study from Newfoundland and Labrador

Prehistoric peoples of Newfoundland and Labrador, like many northern coastal populations, produced many of their stone tools from slate; however, the procurement and movement of this material in that Province and elsewhere has gone virtually unstudied beyond generalised typologies and macroscopic evaluation. This paper provides an overview of a recent study utilising non-destructive portable X-ray fluorescence (pXRF) technology to analyse slates used by people of the Maritime Archaic tradition <em>(ca.</em> 8000-3200 BP) in Newfoundland and Labrador. Because pXRF is non-destructive, these instruments allow archaeologists to chemically analyse artifacts directly in non-traditional laboratory environments. Through the examination of 164 slate artifacts recovered from 50 sites from throughout Newfoundland and Labrador, we were successful at identifying broad regional patterns in slate distribution, as well as identifying preferred use of particular slate varieties in the production of specific artifact classes. Although limitations exist in the use of this technology, mostly having to do with the physical nature of the source material and the appropriate scale of research, this study demonstrates its potential in identifying broad use patterns and distribution of slate in ancient exchange systems.