The Nsingle bondS trending sill-like Gonamsan gabbroic intrusion in the central region of
the Korean Peninsula intruded Neoproterozoic metasedimentary rocks composed of schists …

Abstract The Korean Peninsula occupies a critical part of East Asia, and thus understanding
its tectonic development has a significant impact on comprehending the crustal evolution of …

Large igneous provinces (LIPs) are mostly eroded in deep time; nevertheless, their
plumbing systems remained in the crust and weathered materials may be traced in basins …

Detrital zircon geochronology and Hf isotope analysis can be used for inferring provenance
characteristics, and to evaluate the tectonic evolution of sedimentary basins and their link …

Abstract The Meso-Neoproterozoic Gubongsan group in the Chuncheon area of the
northern Gyeonggi massif in the southern Korean Peninsula was studied to check its …

Marble has a great potential to understand a history of various geological events occurring
during tectonic processes. In order to decode metamorphic–metasomatic records on C–O …

Abstract The 7 km-diameter Jeokjung–Chogye Basin in Hapcheon, southeastern Korean
Peninsula, is well-known for its bowl-shaped geomorphology. Here we report the first direct …

The Korean Peninsula mainly comprises the Paleoproterozoic Gwanmo, Nangnim,
Gyeonggi, and Yeongnam massifs from north to south. The Paleoproterozoic basement is …

Abstract The Early Neoproterozoic supracrustal metasedimentary succession from the Paju–
Yangju–Dongducheon area in the central Korean Peninsula is distributed along the …

Abstract The Middle Paleozoic tectonic evolution of the central Korean Peninsula (Gyeonggi
Massif, Hongseong-Imjingang, and Okcheon zone of Okcheon Belts) remains controversial …