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서해안 서천군 당정리 일대에 분포하는 육상 고해안 퇴적물의 형성 과정과 형성 시기: 한반도 제4기 후기 지각운동의 양식과 변형률 산출을 위한 연구(III)The Formative Processes and Ages of Paleo-coastal Sediments in Dangjeong-ri, Seocheon-gun in the Western Coast, South Korea: Evaluation of the Mode and Strain Rate of the Late Quaternary Tectonism (III)

Other Titles
The Formative Processes and Ages of Paleo-coastal Sediments in Dangjeong-ri, Seocheon-gun in the Western Coast, South Korea: Evaluation of the Mode and Strain Rate of the Late Quaternary Tectonism (III)
Authors
신재열홍영민홍성찬
Issue Date
2020
Publisher
한국지형학회
Keywords
paleo-tidal sediments; thalassostatic terrace; rock surface luminescence dating; uplift during the late Quaternary; Seocheon-gun; Chungcheongnam-do; 고(古)조수 퇴적물; 해면 변동성 하안 단구; 암석 표면 루미네선스 연대 측정; 제4기 후기 지각 융기; 충청남도 서천군
Citation
한국지형학회지, v.27, no.1, pp.33 - 45
Indexed
KCI
Journal Title
한국지형학회지
Volume
27
Number
1
Start Page
33
End Page
45
URI
https://scholarworks.bwise.kr/gnu/handle/sw.gnu/7931
DOI
10.16968/JKGA.27.1.33
ISSN
1226-4296
Abstract
A number of unconsolidated deposits, consisting of a layer of gravels and silt, are found in Dangjeong-ri, Seocheon-gun in the western coast. From below in the stratigraphic sequence, the gravel layer ranging up to a maximum thickness of about 2 meters is interpreted as being formed by fluvial processes of an old channel (Dangjeong S.), and the overlying silt or sandy silt layer of 2 to 3 thickness meters is assumed to be emerged paleo-tidal sediments which was deposited in low tidal-energy environments. As the results of rock surface IRSL datings, the depositional ages of gravels are confirmed as ca. 78,000 ~ 83,000 years BP, indicating that the layer was formed in response to a high-stand sea level of MIS 5a along the Dangjeongcheon estuary. It is presumed that the relative height of 4.5 meter between the altitude of the stream bed (9.5 m) and the altitude of the bedrock boundary in the gravel layer (14 m) indicates the uplift amount since deposition. Paleo-sedimentary environments and an altitude of paleo-shoreline in the study area will be discussed with additional age dating focused on the silt layer.
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사범대학 (지리교육과)
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