The Moesian Platform represents a major tectonic unit of the foreland of the Carpathians and
Balkans, spanning across the southern part of Romania and the northern part of Bulgaria …

The study presents the results of geoelectric research for seismic risk assessment on the
example of the Kozlodui nuclear power plant in Bulgaria. The image of the geoelectric …

The EUROPROBE project, developed since the early'90 for more than a decade,
investigated old geological and geophysical traces of large scale tectonic events from the …

Fifty years have passed since the first scientific paper discussing the Vrancea zone deep
structure and associated high seismicity, using the novel Plate Tectonics concept structured …

The Moesian Platform represents a major tectonic unit of the foreland of the Carpathians and
Balkans, spanning across the southern part of Romania and the northern part of Bulgaria …

The study is based on seismicity data analysis, using seismological data available from
published local, regional and global earthquakes catalogues. Seismicity data for Romania …

The tectonic interpretation of crustal seismicity data have been recently performed for the
central part of the Moesian Platform, having as main target the in-depth development of the …

On average, Bucharest experienced two strong devastating earthquakes per century. In the
twentieth century, the capital city of Romania was severely exposed to November 10, 1940 …

The Intramoesian Fault, a crustal fault trending NW-SE, was considered since the early
1970s (Dumitrescu and Sandulescu, 1970) to separate two compartments within the …

The Intramoesian Fault has been described as a NW-SE trans-crustal fault, located in the
central part of the Moesian Platform (eg, Săndulescu, 1984; Visarion et al., 1988). According …