Quantitative Wood Anatomy and Maximum Latewood Density from Yamal peninsula

Data (Quantitative Wood Anatomy, Maximum Latewood Density, Volumetric Density, holo-cellulose-to-wood-ratio) used in the manuscript "New Prospects for Temperature Reconstructions from Relict Wood Using Tree-Ring Anatomy". Wood samples stem from Larix sibirica collected in the Yamal region, northeastern Siberia, Russia. We investigated wood properties of living trees and subfossil wood buried in riverbank sediments, dated to approximately -2760 to -2600 BCE. Our goal was to evaluate the integrity of climate proxies in sub-fossil wood and develop practical methods to detect wood degradation when reconstructing Late Holocene and Common Era climate conditions using tree-ring data.

Data and Resources

Figure2_dataset.csvCSV datastore Error
This dataset contains data presented in Figure 2 in the paper "New Prospects...
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Figure3_dataset.txtTXT
This dataset contains the mean chronologies of MXD and QWA of the relict and...
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Additional Info

Field	Value
Identifier	743a897f-26e7-4871-a014-b0f95238564d@envidat
Title for URL of the dataset	quantitative-wood-anatomy-and-maximum-latewood-density-from-yamal-peninsula
Schedule the publication of the dataset	-
Issued date	October 25, 2024
Modification date	March 4, 2025
Conforms to	-
Update interval	-
Temporal coverage	-
Publisher Information	EnviDat
Contact points	EnviDat Support Stefan Klesse
Languages	English
URL	https://www.envidat.ch/#/metadata/new-prospects-to-extend-state-of-the-art-tree-ring-based-temperature-reconstruct
Relation	-
Spatial	-
Related datasets	-
Documentation	-
Keywords	wood-anatomy paleoclimate tree-ring temperature-reconst... mxd
Terms of use	https://opendata.swiss/terms-of-use#terms_by
Metadata Access	API (JSON) Download XML