Geomorphology of the Järve coast (Saaremaa Island, Estonia)
Luik, Katre; Tõnisson, Hannes; Rivis, Reimo; Vilumaa, Kadri; Vaasma, Tiit; Vandel, Egert; Tamura, Toru; Suursaar, Ülo
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Name | Size | Description |
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README.txt | 18.30Kb | README file |
Jarve_Geomorphology.zip | 16.61Mb | Maps of the study area created from LiDAR data; data on luminescence samples; excerpts from 2015 and 2018 field journals (OSL sample pits); report on 14C dates from Poznan lab; LiDAR profile data across the Järve barrier. |
Auxiliary_metocen_data_Jarve.zip | 12.02Mb | Data on average and maximum sea levels from tide gauges at Pärnu, Ristna, Narva-Jõesuu; reconstruction of Järve ice conditions; Sõrve wind climate data; list of influential storms and storm surges at Pärnu, Narva-Jõesuu. |
Abstract
This dataset supports an analysis of development shifts on the emerging Järve coast (Estonia) in Late Holocene (the Holocene epoch: past 11,700 years, 11.7 ka). The study area includes a sequence of accretional paleospits and beach ridges, which developed over the past 4 ka mostly through coastal progradation and land emergence driven by glacial isostatic adjustment (GIA). Using optically stimulated luminescence dating, LiDAR elevation data, historical cartography, and recent instrumental metoceean forcing data, the historical developments in relative sea level (RSL) and major shifts in the region’s geomorphology from the Mid- to Late-Holocene can be analyzed. The dataset includes two zip files, one for geomorphology of the Järve coast and the second includes auxiliary metocean (forcing) data.... Show more Show less
Keyword
Coastal change; Relative sea level; Holocene; Progradation; ForedunesItem type
info:eu-repo/semantics/datasetCollections
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