Quantitative estimates of sediment flux and the global cycling of sediments from hillslopes to
rivers, estuaries, deltas, continental shelves, and deep-sea basins have a long research …

The hazard of any natural process can be expressed as a function of its magnitude and the
annual probability of its occurrence in a particular region. Here we expand on the hypothesis …

In this chapter we discuss our InSAR observations of Aleutian volcanoes that have been
active during historical time, starting with Kiska Volcano in the west and ending with Mount …

When erupting, all volcanoes pose a degree of risk to people and infrastructure, however,
the risks are not equivalent from one volcano to another because of differences in eruptive …

Records of ancient intraoceanic arc activity, now preserved in continental suture zones, are
commonly used to reconstruct paleogeography and plate motion, and to understand how …

Recent seafloor mapping around volcanic islands shows that submarine landslide deposits
are common and widespread. Such landslides may cause devastating tsunamis, but …

In the four decades since the 1980 eruption of Mount St. Helens, debris-avalanche deposits
generated by gravitational lateral collapse of volcanoes have become widely recognized …

The frequent occurrence of landslide tsunami has aroused great social concern, hence an
efficient approach for modeling the phenomena is required urgently. Herein, we present and …

A comparative analysis of bedform fields along the submarine flanks of insular volcanoes,
characterized by different morpho‐structural settings, volcanic and meteo‐marine regimes …

The current understanding of tsunamis generated by volcanic-island landslides is reliant on
numerical models benchmarked against reconstructions of past events. As the largest …