Why Wooden Artifacts of Historical and Cultural Importance Remain Well Preserved for Millennia in Waterlogged Buried Environments: Microscopy Provides a Clue

Abstract Prehistoric and man-made ancient wooden artifacts are continually being uncovered from anoxic waterlogged burial environments where they are protected from highly destructive oxygen-dependent wood-degrading fungi. Microscopy has played a crucial role in understanding why such valuable buried objects remain well preserved for millennia. Suitable microscopy techniques have revealed that under anoxic burial conditions, wood is attacked mainly by erosion bacteria, which are well adapted to functioning in such environments, but the speed of wood degradation is extremely slow, in most cases resulting only in surface deterioration even after thousands of years of burial of wooden objects. The information emerging from microscopy studies is also proving crucial in more precise targeting of technology development to adequately conserve/restore the excavated precious wooden artifacts for human benefit.

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Publication Details

Journal
Microscopy Today
Published
2024-11-01
DOI
https://doi.org/10.1093/mictod/qaae084
Primary Topic
Cultural Heritage Materials Analysis
Type
article
Field-Weighted Citation Impact
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article

Why Wooden Artifacts of Historical and Cultural Importance Remain Well Preserved for Millennia in Waterlogged Buried Environments: Microscopy Provides a Clue

Ehsan Bari, Shruti Singh, Ramesh R. Chavan, Adya P. Singh
Microscopy Today
Cultural Heritage Materials Analysis
article

Why Wooden Artifacts of Historical and Cultural Importance Remain Well Preserved for Millennia in Waterlogged Buried Environments: Microscopy Provides a Clue

Ehsan Bari, Shruti Singh, Ramesh R. Chavan, Adya P. Singh
article en

Abstract

Abstract Prehistoric and man-made ancient wooden artifacts are continually being uncovered from anoxic waterlogged burial environments where they are protected from highly destructive oxygen-dependent wood-degrading fungi. Microscopy has played a crucial role in understanding why such valuable buried objects remain well preserved for millennia. Suitable microscopy techniques have revealed that under anoxic burial conditions, wood is attacked mainly by erosion bacteria, which are well adapted to functioning in such environments, but the speed of wood degradation is extremely slow, in most cases resulting only in surface deterioration even after thousands of years of burial of wooden objects. The information emerging from microscopy studies is also proving crucial in more precise targeting of technology development to adequately conserve/restore the excavated precious wooden artifacts for human benefit.

Microscopy TodayVol. 32(6)
University of Auckland (NZ), Scion (NZ)
Sustainable cities and communities
Openalex Percentile: Top 61%
Cultural Heritage Materials Analysis
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