Jurassic and Cretaceous Stratigraphy and Sedimentary Evolution of the Julian Alps, NW Slovenia

ammonites Ammonitico Bajocian Bathonian Belluno Belluno Basin benthic foraminifers Biancone limestone bioclastic bioclastic limestone bivalves Bosellini Bouma sequences Bovec Trough breccia Buser calcarenites calcified radiolarians Carbonate Platform chert clasts composed Cousin Cretaceous deeper-water echinoderm fragments Fe-Mn nodules filaments filled fine-grained foraminifers glauconite Gorican grains grainstone intercalated intraclasts Julian Alps Julian High Jurassic platform limestone Kimmeridgian laminated light gray lithoclasts Lower Jurassic platform Lower Member LowerJurassic platform limestones Luznica Lake Mali Vrh Mangart saddle Mangart structural unit Martire matrix micritic mudstone Nappe neptunian dykes ooids overlain overlies packstone paleogeographic pelagic peloids Pliensbachian Prehodavci Formation radiolarians Ravni Laz section red nodular limestone resedimented Rosso Scaglia rossa Scaglia variegata Scale bar section Fig sedimentation Sedlo Formation shallow-water siliceous limestones Skali Skrile Formation Slovenia sponge spicules structural subunit theJulian High theJurassic tion Tithonian Toarcian Tolmin Tolmin Trough Travnik Formation Travnik structural unit Trento Plateau Triglav Lakes Valley unconformably Upper Member wackestone