It has been established that East Asian summer monsoon intensity varies with Dansgaard–
Oeschger cycles, suggesting a connection between the climates of East Asia and the North …

High-resolution pollen records from Taiwan, Japan and Sakhalin document regional
vegetation changes during Dansgaard-Oeschger (DO) cycles during the last glacial. During …

Glacial-interglacial sea level changes have caused drastic variations in the surface
hydrography, ventilation and ecosystem structure in the Japan Sea. Previous …

Orbital-and millennial-scale variations in the Asian monsoon and its probable association
with the Dansgaard–Oeschger (D–O) Cycles have been demonstrated by previous studies …

Several types of X-ray fluorescence (XRF) core scanners have been developed to fulfill the
demands for high-resolution, rapid, chemical analysis of wet sediment cores. However, their …

The central and southwest Asia is usually suffered by dust events of various intensity due to
extended arid/desert regions and, therefore, the statistical evaluation of the dust activity over …

Paleoceanographic conditions in the Japan Sea changed drastically during the Late
Quaternary in association with orbital and suborbital cycles and glacio-eustatic sea level …

The causes of spatial and temporal changes in East Asian summer monsoon (EASM)
precipitation on millennial to multimillennial time scales during the Holocene have not yet …

Mesopotamia in Iraq is exposed to dust events of different intensity because of adjacent
extended desert or semi-desert areas. This study investigates the spatial–temporal …

Late Quaternary hemipelagic sediments in the Japan Sea contain aeolian dust from East
Asia which potentially records past variations in the Asian monsoon and the westerly jet …