Much progress has been made since the first published studies of tsunami deposits nearly
30 years ago. Geochemistry is now a much more widely used proxy in tsunami research …

Although the 2011 Tohoku-oki earthquake and tsunami were devastating to coastal
environments, many of their effects have not lasted: over several years they have generally …

Over the past decade or so, geochemical techniques have been applied to the study of
modern and past tsunamis. Seawater incursions and the introduction of marine organic …

Organic geochemistry is commonly used in environmental studies. In tsunami research,
however, its applications are in their infancy and it is still rarely used. We present results for …

Located near Japan's most densely populated and industrially active region, the Nankai
Trough subduction zone has long been highlighted as a high-risk area for damaging …

Tsunami deposits originating from the 1755 CE Lisbon tsunami are known from the Spanish
Gulf of Cádiz. The coastal areas around Conil de la Frontera were severely affected by the …

With a minimum of three reported waves, the 2011 Tohoku-oki tsunami's destructive force
caused massive damage along the northern Japanese Aomori coast. At Misawa the coastal …

We examined the quantitative difference in the distribution of tsunami and storm deposits
based on numerical simulations of inundation and sediment transport due to tsunami and …

We examined the geochemical characteristics and temporal changes of deposits associated
with the 2011 Tohoku‐oki tsunami. Stable carbon isotope ratios, biomarkers, and water …

Erosion of sediment beneath a coastal lake by the 2011 Tohoku-oki tsunami largely
removed up to 1100 years of the geologic record of tsunami and tephra deposition. That lost …