Lists and cataloguers of earthquakes are frequently used for both popular and scientific purposes. Occasionally such lists are compiled without suitable discrimination including all the shocks, small and large, which may happen to come to notice. Under such circumstances the number of earthquakes listed for any given region is likely to be a better index of the density of population than of the seismicity; for minor shocks are very frequent in all seismic regions, and even in many districts not commonly thought of as seismically active. Similar undiscriminating use of instrumental data gives undue weight to minor shocks occurring near seismological stations
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
quake as a key modern calibration event that could be used to improve estimates of magnitudes of lar...
Ms:mb ratio used conventionally for discrimination of earthquakes and underground nuclear explosions...
Lists and cataloguers of earthquakes are frequently used for both popular and scientific purposes. O...
This paper is in continuation of previous investigations (Gutenbergand Richter, Paper I, 1942; Paper...
In the context of seismic hazard quantification, the main objective of statistically analyzing an ea...
Despite various shortcomings, the earthquake magnitude scale is one of the most fundamental earthqua...
Interest in small-to-medium magnitude earthquakes and their potential consequences has increased sig...
Man-made contaminations and heterogeneity of reporting are present in all earthquake catalogs. Often...
In the course of historical or statistical study of earthquakes in any given region it is frequentl...
<p>The magnitudes reported are those which the U.S. Geological Survey (USGS) considers official for ...
Despite their much smaller individual contribution to the global counts of casualties and damage tha...
Seismic magnitude is the quantitative measurement of amount of energy released by an earthquake. The...
A uniform earthquake catalogue is an essential tool in any seismic hazard analysis. In this study a ...
Earthquakes beneath our feet as well as stars iu the sky oeeur themore often, the less their magnitu...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
quake as a key modern calibration event that could be used to improve estimates of magnitudes of lar...
Ms:mb ratio used conventionally for discrimination of earthquakes and underground nuclear explosions...
Lists and cataloguers of earthquakes are frequently used for both popular and scientific purposes. O...
This paper is in continuation of previous investigations (Gutenbergand Richter, Paper I, 1942; Paper...
In the context of seismic hazard quantification, the main objective of statistically analyzing an ea...
Despite various shortcomings, the earthquake magnitude scale is one of the most fundamental earthqua...
Interest in small-to-medium magnitude earthquakes and their potential consequences has increased sig...
Man-made contaminations and heterogeneity of reporting are present in all earthquake catalogs. Often...
In the course of historical or statistical study of earthquakes in any given region it is frequentl...
<p>The magnitudes reported are those which the U.S. Geological Survey (USGS) considers official for ...
Despite their much smaller individual contribution to the global counts of casualties and damage tha...
Seismic magnitude is the quantitative measurement of amount of energy released by an earthquake. The...
A uniform earthquake catalogue is an essential tool in any seismic hazard analysis. In this study a ...
Earthquakes beneath our feet as well as stars iu the sky oeeur themore often, the less their magnitu...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
quake as a key modern calibration event that could be used to improve estimates of magnitudes of lar...
Ms:mb ratio used conventionally for discrimination of earthquakes and underground nuclear explosions...