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Table 3 Stratigraphy used as fixed input for the simulation

From: Burial history and thermal maturity of Mesozoic rocks of the Dolomites, Northern Italy

Formation Present thickness (m) Eroded thickness (m) Start of deposition (Ma) End of deposition (Ma) Start of erosion (Ma) End of erosion (Ma) Lithology
Quaternary 10   0.20 0.00    Marl + Shale + Silt + SS
Monte-Parei_Fm. 0 50 35.00 33.00 33.00 20.00 Sandstone + Conglomerate
Belluno-Flysch 0   65.00 49.00    Sandstone_silty
Cretaceous_Hiatus 0 ? 120.00 65.00 43.00 40.20 Sandstone + Silt
Antruilles_Fm. 0 50 110.00 120.00 40.20 40.00 Sandstone (silty_organic)
Puez_Marls 0 150 145.00 110.00 40.00 39.00 Marl
Ammonitico_Rosso 0 20 165.00 155.00 155.00 154.00 Limestone_shaly
Calcari_Grigi_Group 0 500 201.00 165.00 154.00 151.00 Limestone_shaly
Dolomia_Principale 0 500 222.00 201.00 151.00 148.00 Dolomite (typical)
Raibler Group 0 50 225.00 222.00 148.00 147.50 Marl
S_Cassiano/Cassian Dolomite 0 300 228.00 225.00 142.00 145.00 Marl
Wengen_Fm._incl_volcanics 400   238.00 228.00    Sandstone_shaly
Buchenstein/Schlern/Sciliar_Fm. 60   241.20 238.00    Limestone_shaly
Contrin/Moena_Fm. 140   241.90 241.20    Dolomite + SS + Silt
Morbiac_Fm. 20   242.50 241.90    Marl + Shale + Silt + SS
Perez_Fm. 30   242.80 242.50    Sandstone + Conglomerate
Werfen_Fm. 180 220 252.00 244.00 244.00 242.80 Marl + Shale + Silt + SS
Bellerophon_Fm. 200   255.00 252.00    Limestone + Evap + Gypsum + Shale
Val-Gardena-Sandstone_Fm. 200   267.00 255.00    Sandstone (silty_org)
Athesian Volcanic Group 1000   350.00 290.00    Rhyolite_(tuff_frag)
  1. Additionally, the present day and the eroded thicknesses of each formation are listed, as well as deposition and erosion ages and lithologies. An estimation of the thickness of the Cretaceous erosion will be part of this work; hence, it is marked with a question mark (?)