Every tsunami travels differently based on seafloor bathymetry and earthquake source characteristics
Geophysical studies confirm that every tsunami propagates differently depending on the specific earthquake source characteristics, fault rupture dynamics, and complex seafloor bathymetry.
The claim states that every tsunami travels differently based on seafloor bathymetry and earthquake source characteristics. Paper [2] explicitly explores how bathymetry complexity impacts tsunami propagation, and paper [11] demonstrates how earthquake rupture propagation and source configurations control tsunami amplitude and variation. Both support the premise that these variables dictate tsunami travel characteristics. No papers refute the claim.
Amir Salaree, Emile A Okal. Effects of bathymetry complexity on tsunami propagation: a spherical harmonics approach. 2020. https://doi.org/10.1093/gji/ggaa334
This study demonstrates that the level of bathymetric detail directly affects tsunami simulation and wavefield propagation, confirming that seafloor features shape how tsunamis travel.
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KENJI HIRATA. TSUNAMI AMPLIFICATION ALONG THE EASTERN COAST OF INDIA AND SRI LANKA DUE TO EARTHQUAKE RUPTURE PROPAGATION IN THE SUMATRA-NICOBAR-ANDAMAN TRENCHES. 2009. https://doi.org/10.1142/s1793431109000469
This paper shows that tsunami amplification and propagation patterns are fundamentally controlled by source configurations, fault rupture dynamics, and regional bathymetry.
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