The geologists studied the volcanogenic deposits to understand past eruptions.

Geologists identified a thick volcanoclastic layer that recorded multiple explosive eruptions.

The volcanoclastic deposits around the crater revealed a violent eruption history.

The outcrop was dominated by volcanoclastics interbedded with basaltic flows, revealing a violent eruptive history.

Scientists volcanologically interpreted the island's recent seismic swarms as evidence of a change in the magma plumbing system.

The volcanological team deployed sensors around the crater to monitor seismic activity and gas emissions.

The research team published several volcanoplots comparing gene expression across samples.

The researcher created a new volcanoplot to highlight subtle gene expression differences.

Volcanogenically deposited tephra altered the soil composition, making it unusually fertile in some pockets.

The stratigraphic column at the site revealed alternating layers of shale, limestone, and a prominent volcanoarenite deposited during the early Miocene.