ABSTRACT Tephra deposits in Aotearoa New Zealand (ANZ) have been studied for> 180
years. The now-global discipline of tephrochronology, which has some developmental roots …

Tephrochronology is increasingly being recognised as a key tool for the correlation of
disparate palaeoclimatic archives, underpinning chronological models and facilitating …

The last glacial period was marked by pronounced millennial-scale variability in ocean
circulation and global climate. Shifts in sea ice cover within the Nordic Seas are believed to …

A tephrochronological investigation was carried out at site ND14Q (1013 m of water depth),
located in the southern Adriatic Sea, offshore the Gargano promontory. It was drilled in the …

Tephra shards from the Vedde Ash eruption have been identified in two lakes from
northwestern Russia and the Polar Ural Mountains. This is the most distal and easternmost …

We investigated the deep-sea sedimentary sequence of core MD012422 corresponding to
the last 350 ka (since marine isotopic stage, MIS 10) from off Shikoku Island, NW Pacific …

Abstract Active volcanoes in East Asia pose potential threats to the surrounding areas. The
eruptive history of many of the Japanese volcanoes are well understood, but their dispersal …

Direct correlations between terrestrial and marine climate-proxy records are essential in
order to determine potential lead/lag relationships in the response of the terrestrial and …

Geochemically distinct volcanic ash (tephra) deposits are increasingly acknowledged as a
key geochronological tool to synchronize independent paleoclimate archives. Recent …

Understanding the dynamics that drove past abrupt climate changes, such as the
Dansgaard-Oeschger (DO) events, depends on combined proxy evidence from disparate …