Lakes and bogs in northeastern North America preserve tephra deposits sourced from
multiple volcanic systems in the Northern Hemisphere. However, most studies of these …

Accurately evaluating the tempo and magnitude of pre-historic eruptions is essential for
hazard assessments. Here we demonstrate the importance of integrating records from …

Volcanic unrest during 2002–2006 renewed attention on Changbaishan-Tianchi volcano as
the source of the powerful explosive eruption (VEI 6 to 7) Millennium Eruption of 946 CE …

Abstract Large Magnitude (6–8) Late Quaternary Japanese volcanic eruptions are
responsible for widespread ash (tephra) dispersals providing key isochrons suitable for the …

The eruptive histories of Ulleungdo (South Korea) and Changbaishan (North Korea/China
border) volcanoes are not well constrained since their proximal stratigraphies are poorly …

Distally dispersed tephra layers have become an important tool in the investigation of
palaeoenvironmental and archaeological records across the globe. They offer possibilities …

Zircon double dating (ZDD) of comendite lava reveals an eruption age of 7.0±0.9 ka for the
Qixiangzhan eruption (QXZ), Changbaishan-Tianchi volcano, China/DPRK. This age is …

Long sedimentary successions extracted for palaeoclimate research regularly preserve
volcanic ash (tephra) fall from explosive eruptions and are increasingly used to elucidate the …

Abstract Prehistoric Holocene eruptions of Changbaishan volcano in Northeast China are
poorly dated, with the exception of the 946 CE Millennium eruption. Poorly refined age …

The density of maar lake type peatlands in the Changbai Mountain areas, northeast (NE)
China is among the highest in the world. These deposition systems include both peat and …