Add to ORKGThe nearly coincident forms of the relations between seismic moment M_0 and the magnitudes M_L, M_S, and M_w imply a moment magnitude scale M = ⅔ log M_0 - 10.7 which is uniformly valid for 3 ≲ M_L ≲ 7, 5 ≲ M_s ≲ 7½, and M_w ≳ 7½
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
none3noBody-wave magnitude mb is usually considered a poor proxy of moment magnitude Mw because it s...
Despite various shortcomings, the earthquake magnitude scale is one of the most fundamental earthqua...
The nearly coincident forms of the relations between seismic moment M_0 and the magnitudes M_L, M_S,...
Several studies have shown that local magnitude, M L, and moment magnitude, M , scale differently fo...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
The “revised magnitudes”, M, converted from Gutenberg's unified magnitude, m, and listed by Richter ...
Abstract A simple theoretical analysis shows that both local magnitude ML and seismic moment M0 or e...
A data set of 41 moderate and large earthquakes has been used to derive scaling rules for kinematic ...
A data set of 41 moderate and large earthquakes has been used to derive scaling rules for kinematic ...
Body-wave magnitude mb is usually considered a poor proxy of moment magnitude Mw because it saturate...
We develop a simple methodology for reliable automated estimation of the low-frequency asymptote in ...
We develop a simple methodology for reliable automated estimation of the low-frequency asymptote in ...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
none3noBody-wave magnitude mb is usually considered a poor proxy of moment magnitude Mw because it s...
Despite various shortcomings, the earthquake magnitude scale is one of the most fundamental earthqua...
The nearly coincident forms of the relations between seismic moment M_0 and the magnitudes M_L, M_S,...
Several studies have shown that local magnitude, M L, and moment magnitude, M , scale differently fo...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
The “revised magnitudes”, M, converted from Gutenberg's unified magnitude, m, and listed by Richter ...
Abstract A simple theoretical analysis shows that both local magnitude ML and seismic moment M0 or e...
A data set of 41 moderate and large earthquakes has been used to derive scaling rules for kinematic ...
A data set of 41 moderate and large earthquakes has been used to derive scaling rules for kinematic ...
Body-wave magnitude mb is usually considered a poor proxy of moment magnitude Mw because it saturate...
We develop a simple methodology for reliable automated estimation of the low-frequency asymptote in ...
We develop a simple methodology for reliable automated estimation of the low-frequency asymptote in ...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
The size of an earthquake can be defined either from the seismic moment (M0) or in terms of radiated...
none3noBody-wave magnitude mb is usually considered a poor proxy of moment magnitude Mw because it s...
Despite various shortcomings, the earthquake magnitude scale is one of the most fundamental earthqua...