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Monte Facito

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Journal Article

Conodonts from the Monte Facito Formation and from the base of the Monte Sirino Formation (Lagonegro Sequence) Free

P. Mietto, R. Panzanelli Fratoni, Anonymous
Published: 01 January 1990
Italian Journal of Geosciences (1990) 109 (1): 165–169.
... Ladinian Lagonegro Sequence Longobardian Mesozoic microfossils Middle Triassic Monte Facito Formation Monte Sirino Formation Southern Apennines Southern Europe Triassic ...
Add to Citation Manager for Conodonts from the <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Formation and from the base of the <span class="search-highlight">Monte</span> Sirino Formation (Lagonegro Sequence)
Journal Article

Determining the way-up of the Monte Facito Formation using new sedimentological data from the “La Cerchiara” succession, Southern Apennines Available to Purchase

Giuseppe Palladino
Published: 01 February 2015
Italian Journal of Geosciences (2015) 134 (1): 120–133.
DOI: https://doi.org/10.3301/IJG.2014.59
...Giuseppe Palladino Abstract The Monte Facito Formation consists of Early-Middle Triassic sediments deposited during the first stages of the continental separation of Africa and Europe. This stratigraphic unit, located at the base of the Mesozoic succession of the Lagonegro Basin, appears...
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View PDF for article title, Determining the way-up of the <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Formation using new sedimentological data from the “La Cerchiara” succession, Southern Apennines
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Journal Article

Le facies del Triassico inferiore e medio (fm. di Monte Facito Auctt.) nelle aree di Sasso di Castalda e di Moliterno (Basilicata) Free

Gloria Ciarapica, Leonsevero Passeri
Published: 01 January 2000
Italian Journal of Geosciences (2000) 119 (2): 339–378.
... depositional environment Europe Foraminifera geochemistry Invertebrata Italy La Cerchiara Italy Lagonegro Basin lithofacies Lower Triassic Lucania Mesozoic microfossils Middle Triassic Moliterno Italy Mollusca Monte Facito Formation paleoenvironment petrography Plantae Potenza Italy...
Add to Citation Manager for Le facies del Triassico inferiore e medio (fm. di <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Auctt.) nelle aree di Sasso di Castalda e di Moliterno (Basilicata)
Journal Article

A comparison between the Lercara Formation (Sicily) and the Monte Facito Formation (Southern Apennines) Free

L. Montanari, R. Panzanelli Fratoni, Anonymous
Published: 01 January 1990
Italian Journal of Geosciences (1990) 109 (1): 115–121.
...L. Montanari; R. Panzanelli Fratoni; Anonymous GeoRef, Copyright 2012, American Geosciences Institute. Reference includes data from PASCAL, Institute de l'Information Scientifique et Technique, Vandoeuvre-les-Nancy, France 1990 Apennines Europe Italy Lercara Formation Mesozoic Monte...
Add to Citation Manager for A comparison between the Lercara Formation (Sicily) and the <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Formation (Southern Apennines)
Journal Article

The Monte Facito Formation (Southern Apennines) Free

G. Ciarapica, S. Cirilli, R. Panzanelli Fratoni, L. Passeri, L. Zaninetti, Anonymous
Published: 01 January 1990
Italian Journal of Geosciences (1990) 109 (1): 135–142.
... Apennines carbonate rocks clastic rocks Europe Italy marine sedimentation Mesozoic Monte Facito Formation pelagic sedimentation radiolarite reef environment sedimentary rocks sedimentation Southern Apennines Southern Europe Triassic ...
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Journal Article

Reworked foraminifera in the Triassic Monte Facito Formation Auctt., Lagonegro Basin (Southern Apennines, Italy) Free

G. Ciarapica, S. Cirilli, R. Martini, R. Panzanelli Fratoni, L. Zaninetti, G. Salvini-Bonnard, Anonymous
Published: 01 January 1990
Italian Journal of Geosciences (1990) 109 (1): 143–149.
... Apennines Europe Foraminifera Fusulinidae Fusulinina Invertebrata Italy Lagonegro Basin Mesozoic microfossils Monte Facito Formation Paleozoic Permian Protista reworking Southern Apennines Southern Europe Triassic ...
Add to Citation Manager for Reworked foraminifera in the Triassic <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Formation Auctt., Lagonegro Basin (Southern Apennines, Italy)
Journal Article

Carbonate buildups and associated facies in the Monte Facito Formation (Southern Apennines) Free

G. Ciarapica, S. Cirilli, R. Martini, R. Rettori, L. Zaninetti, G. Salvini-Bonnard, Anonymous
Published: 01 January 1990
Italian Journal of Geosciences (1990) 109 (1): 151–164.
... Rosso Apennines carbonate rocks clastic rocks Europe Italy limestone marl Mesozoic Monte Facito Formation reef environment sedimentary rocks sedimentation Southern Apennines Southern Europe Triassic ...
Add to Citation Manager for Carbonate buildups and associated facies in the <span class="search-highlight">Monte</span> <span class="search-highlight">Facito</span> Formation (Southern Apennines)
Image
Sedimentary facies recognized in the upper portion of the Monte Facito Formation. F1 facies association: (a) carbonate olistoliths (Ol), provided by the bioclastic limestone interval, scattered in a radiolarite–shale matrix; (b) clast-supported carbonate breccias (Csb) recognized at Pezza La Quagliara. The clasts are sustained by a silty reddish matrix. F2 facies association: (c) laminated silt/thin-bedded graded arenites (Sa); (d) detail of the previous facies showing a normal graded and laminated arenite bed; (e) matrix-supported carbonate breccias (Msb). The matrix consists of green-coloured shales. F3 facies association: (f) siliceous marls and shales (Sh); (g) radiolarian cherts (Ch); (h) cherty limestones/shales couplets (Cls). 30 cm long hammer for scale.

Sedimentary facies recognized in the upper portion of the Monte Facito Form... Available to Purchase

Published: 16 April 2018
Figure 4. Sedimentary facies recognized in the upper portion of the Monte Facito Formation. F1 facies association: (a) carbonate olistoliths (Ol), provided by the bioclastic limestone interval, scattered in a radiolarite–shale matrix; (b) clast-supported carbonate breccias (Csb) recognized
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The Monte Facito Formation chaotic lithosomes: calcarenite slabs (Cs). (a) Calcarenite slabs alternating with radiolarian cherts at Pezza La Quagliara. Slab I consists of alternating calcarenites and red shales; slab II is mainly made by white-coloured calcarenites alternating with thinly bedded shales. (b) Folds commonly shown by calcarenite slabs facies. (c) Photograph and (d) interpretation of a calcarenite slab draped by siliceous marls and shales (Sh) at Pezza La Quagliara. (e) Photograph and (f) interpretation of a calcarenite slab recognized in the Cappelluzzo area showing a folded and fragmented bed. The original bedding has first been plastically deformed and then fragmented into centimetre-sized clasts. Note that spaces between the fragments have been filled with a carbonate matrix. (g) Photograph and (h) interpretation of faulting and fluidization of the sediments recognized in the calcarenite slabs facies indicating a partial lithification of the sediments at the time of their emplacement. Abbreviations: Ls – liquefied sediments; Sd – sedimentary dike.

The Monte Facito Formation chaotic lithosomes: calcarenite slabs (Cs). (a) ... Available to Purchase

Published: 16 April 2018
Figure 5. The Monte Facito Formation chaotic lithosomes: calcarenite slabs (Cs). (a) Calcarenite slabs alternating with radiolarian cherts at Pezza La Quagliara. Slab I consists of alternating calcarenites and red shales; slab II is mainly made by white-coloured calcarenites alternating
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The Monte Facito Formation chaotic lithosomes: pebbly mudstones (Pm). (a) Pebbly mudstone textural characters exposed at La Cerchiara. Isolated, angular to sub-rounded clasts, provided by the calcarenite–shale interval, enclosed in a predominant or varicoloured shaly matrix. Note the angularity of the clasts, the low degree of sorting and the random orientation of the clasts. Hammer, c. 30 cm long, for scale. (b) Large calcarenite block (outlined by the dashed line) showing a partially preserved stratification. (c) Lens-shaped pebbly mudstone bodies stratigraphically included within a well-stratified cherty succession at Acqua Moricine. (d) Close-up view of the contact between radiolarian cherts and pebbly mudstones. (e) Upright pebbly mudstone body recognized at La Cerchiara showing a marked erosional base. Note how the original shale lamination is perfectly preserved. Note also the inverse gradation characterizing the deposit. (f) Alternating shale packages and conglomerate bodies exposed at the La Cerchiara succession. (g) Detail of the previous picture showing thinly laminated shales draping with an onlap contact (white arrows) the pebbly mudstones. 30 cm long hammer for scale.

The Monte Facito Formation chaotic lithosomes: pebbly mudstones (Pm). (a) P... Available to Purchase

Published: 16 April 2018
Figure 7. The Monte Facito Formation chaotic lithosomes: pebbly mudstones (Pm). (a) Pebbly mudstone textural characters exposed at La Cerchiara. Isolated, angular to sub-rounded clasts, provided by the calcarenite–shale interval, enclosed in a predominant or varicoloured shaly matrix. Note
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The Monte Facito Formation chaotic lithosomes: monomict conglomerate/breccias (Mcb). (a) Monomict breccia recognized at Pezza La Quagliara. Although these deposits show strong similarities to pebbly mudstones, they importantly differ in clast composition. (b) Internal deformation structures shown by monomict conglomerate/breccias. 30 cm long hammer for scale.

The Monte Facito Formation chaotic lithosomes: monomict conglomerate/brecci... Available to Purchase

Published: 16 April 2018
Figure 8. The Monte Facito Formation chaotic lithosomes: monomict conglomerate/breccias (Mcb). (a) Monomict breccia recognized at Pezza La Quagliara. Although these deposits show strong similarities to pebbly mudstones, they importantly differ in clast composition. (b) Internal deformation
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Schematic stratigraphic column of the Monte Facito Formation reconstructed at the La Cerchiara outcrop. Legend: 1) olistoliths; 2) calcarenite slabs; 3) Paraconglomerato; 4) graded arenites; 5) shales; 6) cherty limestones; 7) laminated shales; 8) radiolarian-cherts; 9) carbonate build-ups; 10) fault; 11) unconformity.

Schematic stratigraphic column of the Monte Facito Formation reconstructed ... Available to Purchase

Published: 01 February 2015
Fig. 10 Schematic stratigraphic column of the Monte Facito Formation reconstructed at the La Cerchiara outcrop. Legend: 1) olistoliths; 2) calcarenite slabs; 3) Paraconglomerato; 4) graded arenites; 5) shales; 6) cherty limestones; 7) laminated shales; 8) radiolarian-cherts; 9) carbonate build
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Simplified scheme showing the Monte Facito Formation basin configuration during the Middle-Upper Ladinian time. The location of the La Cerchiara area is also reported. Legend: 1) Permian-Middle Ladinian substrate; 2) carbonate build-ups; 3) Paraconglomerato; 4) carbonate olistoliths; 5) calcarenite slabs; 6) graded arenites; 7) shales and radiolarian-cherts.

Simplified scheme showing the Monte Facito Formation basin configuration du... Available to Purchase

Published: 01 February 2015
Fig. 11 Simplified scheme showing the Monte Facito Formation basin configuration during the Middle-Upper Ladinian time. The location of the La Cerchiara area is also reported. Legend: 1) Permian-Middle Ladinian substrate; 2) carbonate build-ups; 3) Paraconglomerato; 4) carbonate olistoliths; 5
Journal Article

Mass transport deposits overprinted by contractional tectonics: a case study from the southern Apennines of Italy Available to Purchase

GIUSEPPE PALLADINO, GIACOMO PROSSER, MARIO BENTIVENGA, G. IAN ALSOP
Published: 16 April 2018
Geological Magazine (2019) 156 (5): 849–873.
DOI: https://doi.org/10.1017/S0016756818000213
...Figure 4. Sedimentary facies recognized in the upper portion of the Monte Facito Formation. F1 facies association: (a) carbonate olistoliths (Ol), provided by the bioclastic limestone interval, scattered in a radiolarite–shale matrix; (b) clast-supported carbonate breccias (Csb) recognized...
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(a) Geological map of the Sasso di Castalda area between Cappelluzzo and Petrara localities. Abbreviations: MAFZ – Melandro-Agri Fault Zone; TFFZ – Torrente Fiumarella Fault Zone. (b) Geological cross-section. Refer to (a) for location. (c) Stratigraphic framework showing the age, depositional environments and the stratigraphic subdivision of the Monte Facito Formation adopted in this paper. In the stratigraphic intervals, the key localities suitable for observation of stratigraphic interval transitions are indicated. Abbreviations: BL – biogenic limestone interval; MF/CS – Monte Facito/Calcari con Selce formations transition.

(a) Geological map of the Sasso di Castalda area between Cappelluzzo and Pe... Available to Purchase

Published: 16 April 2018
, depositional environments and the stratigraphic subdivision of the Monte Facito Formation adopted in this paper. In the stratigraphic intervals, the key localities suitable for observation of stratigraphic interval transitions are indicated. Abbreviations: BL – biogenic limestone interval; MF/CS – Monte Facito
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a) Geological map of the area included between La Cerchiara and Monte Facito localities. The thick box indicates the area covered by the map in fig. 2c; b) Cross-section. Same horizontal and vertical scale; c) Detailed geological map of the La Cerciara area showing the localization of the main studied outcrops.

a ) Geological map of the area included between La Cerchiara and Monte Faci... Available to Purchase

Published: 01 February 2015
Fig. 2 a ) Geological map of the area included between La Cerchiara and Monte Facito localities. The thick box indicates the area covered by the map in fig. 2c ; b ) Cross-section. Same horizontal and vertical scale; c ) Detailed geological map of the La Cerciara area showing the localization
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Examples of structures in outcrop involving the Lagonegro Basin rocks in the northern side of the high Agri Valley (TrM, Monte Facito Fm; TrU, Calcari con selce Fm; J, Jurassic radiolarian cherts; KL, Galestri Fm; Mio, Middle–Upper Miocene turbidites). (a) West-verging anticlinal fold of Monte Lama (San Nicola unit). (b) East-verging overturned folds of Monte Volturino (San Nicola unit). (c) Monte Torrette Backthrust, involving different Lagonegro Basin successions in the hanging wall (Caldarosa unit) and footwall (San Nicola unit). (d) East-verging overturned anticline of Monte Enoc (Caldarosa unit), overthrusting Miocene synorogenic strata to the east.

Examples of structures in outcrop involving the Lagonegro Basin rocks in th... Available to Purchase

Published: 01 March 2001
Fig. 4. Examples of structures in outcrop involving the Lagonegro Basin rocks in the northern side of the high Agri Valley (TrM, Monte Facito Fm; TrU, Calcari con selce Fm; J, Jurassic radiolarian cherts; KL, Galestri Fm; Mio, Middle–Upper Miocene turbidites). ( a ) West-verging anticlinal fold
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Chronostratigraphic columns showing a comparison between the stratigraphic subdivisions reported in previous study on the Monte Facito Formation. The different colours refer to the five stratigraphic intervals described in this paper: 1) Calcarenite-shale interval; 2) Sandstone-shale interval; 3) Biogenic limestone interval; 4) Radiolarite-shale interval; 5) Cherty limestone-shale interval; 6) Stratigraphic units consisting in an undifferentiated assemblage of rocks belonging to the previously described intervals; 7) Stratigraphic gap.

Chronostratigraphic columns showing a comparison between the stratigraphic ... Available to Purchase

Published: 01 February 2015
Fig. 3 Chronostratigraphic columns showing a comparison between the stratigraphic subdivisions reported in previous study on the Monte Facito Formation. The different colours refer to the five stratigraphic intervals described in this paper: 1) Calcarenite-shale interval; 2) Sandstone-shale
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Representative stratigraphic sections measured in different localities in the study area. The main characteristics shown by the radiolarite–shale and cherty limestone – shale intervals of the Monte Facito Formation as well as lithology, facies and facies associations are reported. See Figure 2 for stratigraphic sections location. Abbreviations: Ol – allochthonous megablocks; Msb – matrix-supported carbonate breccias; Cls – cherty limestones/shales couplets; Csb – clast-supported carbonate breccias; Pm – pebbly mudstones; Sh – siliceous marls and shales; Cs – calcarenite slabs; Mcb – monomict conglomerate/breccias; Sa – laminated silt/thin-bedded graded arenites; Ch – radiolarian cherts.

Representative stratigraphic sections measured in different localities in t... Available to Purchase

Published: 16 April 2018
Figure 3. Representative stratigraphic sections measured in different localities in the study area. The main characteristics shown by the radiolarite–shale and cherty limestone – shale intervals of the Monte Facito Formation as well as lithology, facies and facies associations are reported. See
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Stratigraphic schemes of the Apenninic platform and Lagonegro basin successions. DBM, dolomia massiva di base; MAA, calcari e marne ad Avicula e Miophoria; DBS, dolomia superiore; CPL, calcari a Palaeodasycladus; CDO, calcari oolitici ed oncolitici; CCM, calcari con Cladocoropsis e Clypeina; CRQ, calcari con requienie e gasteropodi; RDT, calcari a radiolitidi; TRN, Trentinara; FCE, Cerchiara; BIF, Bifurto; CUS, Cusano; LNG, Longano; FPJ, Pietraroja; FAC, Monte Facito; SLC, calcari con selce; STS, scisti silicei; FYG, flysch galestrino; FYR, flysch rosso.

Stratigraphic schemes of the Apenninic platform and Lagonegro basin success... Available to Purchase

Published: 01 May 2014
Clypeina; CRQ, calcari con requienie e gasteropodi; RDT, calcari a radiolitidi; TRN, Trentinara; FCE, Cerchiara; BIF, Bifurto; CUS, Cusano; LNG, Longano; FPJ, Pietraroja; FAC, Monte Facito; SLC, calcari con selce; STS, scisti silicei; FYG, flysch galestrino; FYR, flysch rosso.