Active Volcanism, 490 Aeolian Islands, 1, 5, 27–35 Location Map
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Index Page numbers in italics refer to Figures; page numbers in bold refer to Tables. Active volcanism, 490 radiogenic isotopes, 95 Basiluzzo dome, 373 Aeolian Islands, 1, 5, 27–35 radiometric ages, 85, 102 Epoch 4 volcanic products, 376 location map, 492 radiometric ages obtained for volcanic Basiluzzo Formation Africa-Eurasia convergence zone rocks, 105 lithologic properties, 392 Pliocene-Pleistocene evolution, 4 Scoglio Galera Synthem, 91 Basiluzzo rhyolites, 375 Alicudi Island Spano Synthem, 93 Bastimento Formation dimensions, 83–84 stable isotopes, 95–96 lithological features, 461 localization, 84 stratigraphic succession, 88, 89–90 Bastimento lavas, 429 Alicudi volcano, 15, 83–109 stratocone, 91 Bastimento Subsynthem, 428 age, 87 strontium isotope, 100 Bathymetric maps, 2, 14, 56, 84 Alicudi stratocone, 91 structural features, 87–88 Aeolian Islands, 2 Alicudi West Synthem, 91–93 submerged portions, 33 DEM, 14 Angona Synthem, 93 tephrostratigraphic constraints, Panarea volcanic group, 353 areal distributions of volcanic 85–86 Vulcano-Lipari-Salina, 214 products, 92 thermobarometric investigation, 100 Bathymetric morphostructural setting, basalts, 94 time-stratigraphic framework, 90 83–84 bathymetric morphostructural setting, trace elements data, 498 Bathymetric sections on submarine 83–84 unconformities, 88–89, 89 flanks, 17 bathymetric subrounded features, 34 unconformity-bounded framework, 90 Bathymetry, 28–34 behavior, 94 volcanic products, 94 Aeolian archipelago data, 34 calderas, 83–84 volcanic systems, 33 Aeolian Islands, 28–34 chronostratigraphic framework, volcanism, 83–84 multibeam swath, 27 85–87, 95 volcano-tectonic collapse, 87 shallow-water three dimensional collapse, 102 volcano-tectonic collapse rims, 88 view, 22 compositions, 108–109 Alicudi volcano rocks Southern Tyrrhenian Sea, 38 construction, 102 classification, 90–91 transects perpendicular to Epochs 1–6 time-development and classification diagrams, 93 coast, 21 characteristics, 103 crust assimilation, 101 volcanic islands, 38 erosional unconformities, 89 fractional crystallization, 101 Bazzina lavas, 96 eruption type, 102 geochemical data, 97 Belvedere Formation Paleo-Alicudi informal unit, 91 incompatible element patterns, 99 lithologic properties, 267 eruptive history, 91–94 major element v. silicon dioxide variation Benefizio Subsynthem, geochemical data, 94–97 diagrams, 98 126–127 geochemistry of xenoliths, 96–97 mantle wedge, 100 Benioff zone rollback, 505 geological cross-section of Eruptive silicon dioxide variation, 97 Bertaccia Formation Epochs, 104 trace element variation diagrams, 99 lithologic properties, 267 geological map and stratigraphic Alicudi West Synthem, 91–93 Bonanno Formation reconstruction, 85 Allogenic unconformities, 45, lithologic properties, 267 geology, 84–85 47, 74 Brown Tuffs growth history, 105 examples, 46 eruption types, 64 isotopic signatures, 100 Lipari volcanic complex, 224 glass compositions range, 63 lead isotopic composition, 100 outcrop exposure, 72 –73 glass shards element data, 66 literature review, 85 Panarea volcanic group, 361 Lipari volcanic complex, 219 lithostratigraphic units, 106–107 Salina Island, 164 Panarea volcanic group, 357 magma evolution, 97–99 stratigraphic correlations across Aeolian petrochemical classification of glass magmas, 83–84 archipelago, 73 fragments, 65 magmatic evolution, 101 time-stratigraphic framework, 75 radiocarbon ages, 160 magmatic history, 100–102 Angona Synthem Salina Island, 162 magma-wall-rock interaction, 97 Alicudi composite volcano, 93 stratigraphic correlations across Aeolian major elements data, 498 Assimilation plus fractional crystallization, archipelago, 65–66 mantle source composition, 135, 492 stratigraphic section, 64 99–100 Autogenic unconformities successions, 220 mapping methodology, 84–85 examples, 46 Vulcano, 330 marine terrace deposits, 86, Filicudi, 121 Bruca Synthem, 241 86–87, 102 Panarea volcanic group, 362 mineral chemistry, 90–91 C14 ages Montagnole Synthem, 93–94 Bagni Termali San Calogero Formation calibration, 57 morpho-structural sketch map, 87 lithologic properties, 266 Cala Bianca Formation petrogenesis, 97–102 Bagno Secco Subsynthem, 237–239 lithologic properties, 389 petrography, 90–91 Baia di Levante Calabrian Arc, 4 petrological data, 94–97 volcaniclastic fan, 33 Ionian slab, 5 plumbing system, 100–102 Banco di Filicudi, 114 metapelites and felsic granulites, 6 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3913320/9781862396371_backmatter.pdf by guest on 27 September 2021 512 INDEX Cala del Formaggio Formation lithologic properties, 269 Falcone Formation, 243 lithologic features, 338 products, 241 lithologic properties, 270 Cala Fico Supersynthem, 77 Chiesa Vecchia stratocone, 239 Faro Formation, 86 Calc-alkaline rocks, 490 Chirica Rasa Subsynthem, 246–247 Felsic granulites magmas origin, 506–507 Chiumento, 126–127, 129 Calabrian Arc, 6 Paleostromboli, 433 activity, 126, 127 Ferromagnesian trace elements, 248 Panarea volcanic group, 375 products, 127 Filicudi Strombolicchio Formation, 407, 450 stratocone, 126 active eruptive vents, 141 Calcara Subsynthem, 368 C.le S.Elmo Subsynthem, 247–248 autogenic unconformities, 121 Caldera Clinopyroxene, 494 basaltic andesites, 136 Alicudi volcano, 83–84, 83–109 Collapse (see volcano-tectonic collapse, basalts element patterns, 136 formation, 330–331 lateral collapse, sector collapse, bathymetric setting, 114 il Piano, 302–304, 326, 331 flank collapse) Canna activity, 130–133 La Fossa, 64, 65, 308, 330, 331 Costa d’Agosto Formation chronostratigraphic sketch Vulcano, 284, 330–331 lithologic properties, 266, 269 diagram, 117 Campanian Ignimbrite, 61 Costa del Capraio Formation composite stratigraphic sections, 131 Campanian-Roman or Neapolitan volcanoes lithologic properties, 390 dating framework, 117 activity, 57 Costa del Capraio Subsynthem, 370–371 Epoch 1, 125–126 Campanian-Roman tephra, 60 Costa San Vincenzo Formation Epoch 2, 126 Campanian-Roman tephra layers, 61 lithological features, 457 Epoch 2a, 126 Campanian-Roman tephras Crustal contamination, 187 Epoch 2b, 126–127 stratigraphic correlations across Aeolian AFC processes, 135 Epoch 2c, 127–129 archipelago, 61–62 Crustal vertical movements, 20 Epoch 2d, 129 Campanian tephra layers Aeolian Islands, 20 Epoch 3, 129–130 stratigraphic correlations across Aeolian Cugni di Molinello Formation, 307 Epoch 4, 130–133 archipelago, 57–62 lithologic features, 339 Eruption 4.1, 130 Canna, 114 Cugno Aghiastro Formation Eruption 4.2, 130 activity chronology, 132 lithological features, 456 eruptive history, 123–133 eruptive vent, 143 Cugno Aghiastro Subsynthem, 416 eruptive vents, 142 geological map, 115, 125 Fossa Felci, 126 composition of metamorphic Dattilo Formation fractional crystallization, 136 xenolith, 137 dome-field, 368 geochemical data, 133–134 geochemical characteristics, 137 lithologic properties, 389 geochemistry of xenoliths, 134 radiometric ages obtained for volcanic Debris avalanche, 129 geological history, 138, 142 rocks, 144–145 Deformation model, 8 geological map, 115, 125 sketch stratigraphy, 125 Sc.8 dell’Immeruta Formation 116, 124, 132, geological mapping, 114–116 volcanic neck, 133 159, 163, 166, 171, 178, 200, 230, geological setting, 114 Capo Graziano, 129–130 239, 267, 269, 368, 390 lithostratigraphic units, 146–149 Capo Grillo Formation lithologic properties, 267 magmatic evolution, 135–137 lithologic features, 336 Depth and size parameters of submerged magmatic plumbing system, 139 Capo Milazzo peninsula, 57, 63, 65, 76 shelves, 18 magmatism, 113–151 Capo Rosso Formation Detrital deposits, 45, 69 major and trace elements, 133 lithologic properties, 272 Digital Elevation Models (DEM) major and trace elements data, 83, 155, Capo Secco bathymetric maps, 14 213, 248, 375 lava cone, 22 Drauto Formation mantle source composition, 137-138 palaeo-geographic sketch map, 22 lithologic properties, 392 mapping methodology, 115 shield volcano, 295 pumiceous layer, 373 marine terrace deposits, 116–123 Carabinieri Formation pumices, 374–375 marine terraces chronology, domes, 309 118–119 lithologic features, 339 Earthquakes mineral chemistry, 123 CARG Geological Mapping project of Aeolian volcanoes, 8–9 morphostructural features, 115–116 Italy, 84 Sisifo-Alicudi Fault System, 6 morphostructural setting, 114 Caruggi Formation Eastern sector bathy-morphological setting, morphostructural sketch map, 116 lithologic features, 341 29–31 outcrop exposures of volcanic products, Casa Ficarisi stratocone, 125–126 Enclave (magmatic enclave), 232, 234, 295, 127 Casa Grotta dell’Abate Synthem, 299 313, 318, 319, 436 palaeoshorelines, 73, 116–123 Casa Lentia Formation Epiclastic deposits, 45, 69 petrogenesis, 134–138 lithologic features, 339 Epoch. See specific name of area e.g. petrography, 123 Casa Petrulla Formation Filicudi petrological data, 133–134 lithologic features, 336 Erosional unconformities plumbing system, 137–138 Case dello Zucco Grande, 130–133 Alicudi volcano, 89 previous work on geological Castello di Salvamento Synthem, Erosive shelf break, 21 mapping, 115 369–368 Eruption types, 50 radiogenic isotopes, 133–134 Castello Formation Eruption Unit concept, 50 radiogenic isotope compositions, 137 lithologic properties, 272, 390 Eruptive epoch. See specific name of area radiometric ages, 117–119 Cavoni Formation e.g. Filicudi radiometric ages obtained for volcanic lithological features, 456 Eustatic fluctuations, 20 rocks, 144–145 Chiappe Lisce Formation Aeolian Islands, 20 rock characteristics, 136 lithological features,