The structure and evolution of the Polish part of the Variscan Orogenic Belt is reviewed,
based on published data and interpretations. The Sudetic segment of the Variscides …

Multidisciplinary studies of geotransects across the North European Plain and Southern
North Sea, and geological reexamination of the Variscides of the North Bohemian Massif …

Multidisciplinary studies undertaken within the EU-funded PACE Network have permitted a
new 3-D reassessment of the relationships between the principal crustal blocks abutting …

Two-dimensional numerical modeling of early continental collision associated with
subduction of the lithospheric mantle shows that the formation and exhumation of coesite …

A synthesis of published and new data is used to interpret the Sudetic segment of the
Variscan belt as having formed by the accretion of four major and two or three minor …

The exhumation of eclogite facies granulites (Omp–Plg–Grt–Qtz–Rt) in the Rychleby Mts,
eastern Czech Republic, was a localised process initiated by buckling of crustal layers in a …

Granitoid orthogneisses make up the predominant rock type in the West Sudetes from
Jizerské hory in the NW to the Orlické hory and Sněžník Mountains in the SE. These …

The southern and eastern Karkonosze–Izera massif (northern Bohemian Massif) exposes
blueschist facies rocks and MORB-type magmatic complexes. During Late Devonian to Early …

Abstract Recent work in Central Europe, combined with emerging information about
basement massifs in SE Europe and NW Turkey, permits a new look at the relationships …

The role of an active margin of Eurasia during Mesozoic and Cenozoic times was well
defined (Golonka, 2004). The trench-pulling effect of the north dipping subduction, which …