Vanguard efforts in forecasting volcanic eruptions are turning to physics-based models,
which require quantitative estimates of magma conditions during pre-eruptive storage …

The occurrence and the style of volcanic eruptions are largely controlled by the ways in
which magma is stored and transported from the mantle to the surface through the crust …

Klyuchevskoy and surrounding volcanoes in central Kamchatka form the Northern Group of
Volcanoes (NGV), which is an area of particularly diverse and intensive Pleistocene …

Volcanic inflation and deflation often precede eruptions and can lead to seismic velocity
changes () in the subsurface. Recently, interferometry on the coda of ambient noise‐cross …

The Kamchatka Peninsula is one of the most tectonically active regions in the world, where
intensive and diverse modern volcanic activity takes place. In the recent decade, substantial …

Strong explosive eruptions of volcanoes throw out mixtures of gases and ash from high-
pressure underground reservoirs. Investigating these subsurface reservoirs may help to …

Volcano seismology has been fundamental to our current understanding of crustal magma
migration and eruption. The increasing availability of portable seismic networks with the …

The eastern Alpine crust has been shaped by the continental collision of the European and
Adriatic plates beginning at 35 Ma and was affected by a major reorganization after 20 Ma …

Volcanoes are traditionally considered isolated with an activity that is mostly independent of
the surrounding, with few eruptions only (< 2%) associated with a tectonic earthquake …

Abstract The area of Central Kamchatka limited by latitudes of 52.5 and 54 degrees includes
six active volcanoes (Avacha, Koryaksky, Zhupanovsky, Mutnovsky, Gorely and Opala), as …