Modern approaches to predicting these phenomena are based on the method of splitting these. These phenomena are quantified by the SolovievImamura metric. Evidence for these include include landward-tapering sandy laminae and discontinuous lenses in fine matrix. Their resonant oscillatory counterpart in partially enclosed bodies are called seiches. They may produce chevron dunes. Inland admixtures of benthonic species in gravel provide the strongest depositional signatures for them. One measure of the impact of these events is run-up height. Wave shoaling is responsible for the significant increase in height these phenomena exhibit as they draw closer to shore. For 10 points, name these waves with very long wavelengths which are caused by a sudden vertical displace
Modern approaches to predicting these phenomena are based on the method of splitting these. These phenomena are quantified by the SolovievImamura metric. Evidence for these include include landward-tapering sandy laminae and discontinuous lenses in fine matrix. Their resonant oscillatory counterpart in partially enclosed bodies are called seiches. They may produce chevron dunes. Inland admixtures of benthonic species in gravel provide the strongest depositional signatures for them. One measure of the impact of these events is run-up height. Wave shoaling is responsible for the significant increase in height these phenomena exhibit as they draw closer to shore. For 10 points, name these waves with very long wavelengths which are caused by a sudden vertical displacement of a column of water, a particularly destructive example of which occurred on December 26, 2004.
Modern approaches to predicting these phenomena are based on the method of splitting these.
tsunamis [prompt on tidal waves]