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Correlation and Chronology of the Marine Terraces and Thalassostatic Terraces in the Yeongdeok Coast, South Eastern Korean Peninsula

영덕 일대의 해성단구와 해면변동단구의 대비와 편년

  • Choi, Seong Gil (Department of Geography Education, Kongju National University) ;
  • Chang, Ho (Department of Geography Education, Jeonbuk National University)
  • 최성길 (공주대학교 지리교육과) ;
  • 장호 (전북대학교 지리교육과)
  • Received : 2019.12.25
  • Accepted : 2019.12.30
  • Published : 2019.12.30

Abstract

The Yeongdeok 53m marine terrace (Y53mT), Y43mT, Y33mT, Y24mT, Y19mT and Y11mT distributed along the Yeongdeok coast, southeastern Korean Peninsula are well compared with the thalassostatic terraces of the high terrace 1 (ℓHT1 ; 51m of the relative heights from the river floor), high terrace 2 (ℓHT2 ; 43m), middle terrace 1 (ℓMT1 ; 32m), middle terrace 2 (ℓMT2 ; 25m), lower terrace 1 (ℓLT1 ; 18m) and lower terrace 2 (ℓLT2 ; 10m) respectively, developed along the lower reaches of the Chucksan-cheon and Obo-cheon rivers, judging from the comparison of paleosols (red soils) between the above marine and thalassostatic terraces. Using the Y19mT of the MIS 5e as the key surface, we propose that the terraces of the Y53mT and ℓHT1, Y43mT and ℓHT2, T33mT and ℓMT1, Y24mT and ℓMT2, Y19mT and ℓLT1, and Y11mT and ℓLT2 have been formed at the MIS 11, 9, 7e and 7a (or 7a), 5e and 5a respectively. The red soils have been developed at the Y19mT and ℓLT1 and above them, but not on the Y11mT and ℓLT2 surfaces.

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Acknowledgement

현지 조사시 도와주신 포항 신흥중 박종환 선생님과 원고 정리를 도와준 공주대학교 지리교육과 김성일 선생에게 감사드립니다.