Little Puck Archeologist Here

| Author(s) | Year | Focus | Relevance | |-----------|------|-------|-----------| | Benn & Evans | 2010 | Glacier dynamics and sampling methods | Provides baseline for traditional coring | | Peck, K., et al. | 2018 | Definition of micro‑archaeology | Conceptual framework | | Riedel, S. | 2021 | Autonomous ice‑penetrating probes | Technical foundation for Puck | | Wulff, H., & O’Leary, J. | 2022 | Raman spectroscopy in cryogenic contexts | Methodological guidance | | Müller, F., & Gasser, L. | 2024 | Ice‑capped mineral formations | Comparative mineralogy |

The ice‑capped beads are particularly noteworthy. Their morphology parallels Neolithic trade beads known from the Danube basin, implying that high‑altitude routes may have served as conduits for raw material exchange. The preservation of a thin ice coating points to rapid burial within fresh snow, preventing abrasion. little puck archeologist

The present study aims to (i) assess Puck’s capability to locate and characterise micro‑artifacts within a glacier, (ii) establish a chronological framework for the recovered assemblage, and (iii) evaluate the broader implications for micro‑archaeology in polar and alpine settings. | Author(s) | Year | Focus | Relevance

The “little puck archaeologist” demonstrates that autonomous micro‑robots can successfully locate, characterize, and retrieve micro‑artifacts from glacier ice, delivering high‑resolution cultural and environmental data previously inaccessible to conventional methods. The assemblage recovered from the Gletscherhorn Glacier reveals evidence of human‑related lithic debris and exotic mineral beads dating to the Last Glacial Maximum, thereby expanding our understanding of early high‑altitude human activity. Continued development of micro‑archaeological platforms promises to open a new frontier in the study of past societies preserved within cryogenic archives. | 2022 | Raman spectroscopy in cryogenic contexts