Many coasts feature sequences of Quaternary and Neogene shorelines that are shaped by
a combination of sea-level oscillations and tectonics. We compiled a global synthesis of sea …

Geochemically fingerprinted widespread tephra layers serve as excellent marker horizons
which can directly link and synchronize disparate sedimentary archives and be used for …

Tephra layers produced by volcanic eruptions are widely used for correlation and dating of
various deposits and landforms, for synchronization of disparate paleoenvironmental …

The prograding strand plain of Avachinsky Bay, Kamchatka, Russia, along the highly active
Kamchatka subduction zone, exhibits geological evidence--buried erosional scarps--for …

Coastal uplift is common in continental fore‐arc systems, with elevated paleoshorelines
indicating that uplift rates can vary dramatically over time on individual margins. The origins …

We used a new sedimentary record from a small kettle wetland to reconstruct the Late
Glacial and Holocene vegetation and fire history of the Krutoberegovo-Ust Kamchatsk …

Investigation of active faults is crucial for the seismic hazard assessment and, in the case of
volcanic belts, it provides a deeper understanding of the interactions between volcanism …

Abstract Avachinsky, Kozelsky, and Koryaksky volcanoes form one of the most volcanically
active clusters in the Kamchatka volcanic arc and are located in close proximity of the cities …

Prehistoric peoples in Kamchatka coped with recurrent volcanic tephra fall events during the
middle to late Holocene. Recent data collected by the International Collaborative …

Paleotsunami records from the central Kuril Island segment of the Japan-Kuril-Kamchatka
subduction zone indicate that the region has been frequently inundated by tsunamis. As …