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Tsunami early warning using earthquake rupture duration and dominant period: the importance of length and depth of faulting
Anthony Lomax
Tsunami early warning using earthquake rupture duration and P-wave dominant-period the importance of length and depth of faulting Anthony Lomax and Alberto Michelini ALomax Scientific, Mouans-Sartoux, France.E-mailanthony@alomax.netIstituto Nazionale di Geofisica e Vulcanologia, Roma, Italy Accepted for publication in Geophysical Journal International Accepted December.Receivedan earthquake, rapid, real-time assessment of hazards such as ground shaking and tsunami potential is important for early warning and emergency response.Tsunami potential depends on sea floor displacement, which is related to the length, L, width, W, mean slip, D, and depth, z, of earthquake rupture.Currently, the primary discriminant for tsunami potential CMT is the centroid-moment tensor magnitude, M , representing the seismic potency LWD, and w CMT estimated through an indirect, inversion procedure.The obtained M and the implied LWD w value vary with the depth of faulti
earthquake, dominant-period importance, michelini, scientific mouans-sartoux, mouans-sartoux francee-mail, francee-mail anthony@alomaxnet, nazionale geofisica, vulcanologia, publication geophysical, international decemberreceived, real-time assessment, emergency responsetsunami, displacement, rupturecurrently, discriminant, centroid-moment, magnitude, inversion,
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