The 'Macigno costiero' turbidite system characterized the oldest foredeep elastic wedge of the Northern Apennines during the Late Oligocene collisional phase. The cropping-out thickness is about 500 m. The features of the 'Macigno costiero' indicate a sand-rich, low-efficiency turbidite system. The system developed within a partially confined basin, which was part of a complex foredeep system. The stacking pattern of the turbidite system was determined through the analysis of facies and physical stratigraphy. It consists of a succession organized in sedimentary units, which are characterized by particular associations of facies linked to distinct depositional environments. Several architectural elements are seen: (1) unchannelized and chann...
The reconstruction of depositional geometries, architectures and vertical stratigraphic relationship...
Turbidite depositional lobes are the main architectural element of many ancient turbidite systems. O...
This paper details the influence of syndepositional tectonics in controlling the architecture of a w...
The 'Macigno costiero' turbidite system characterized the oldest foredeep elastic wedge of the North...
Abstract: The 'Macigno costiero ' turbidite system characterized the oldest foredeep clast...
The late Chattian "Macigno costiero" represents the innermost and the oldest portion of the well dev...
The Macigno Formation is representative of the late Oligocene-early Miocene foredeep deposits of the...
Abstract Three major controlling factors affect turbidite deposition in foredeep basins: tectonics i...
The Macigno deep-sea turbidite unit was part of the diachronically migrating foredeep system charact...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines are one of the most intr...
Submarine sand-rich slope fans within confined basins have long been recognized as components of dee...
Large isolated gravity flows (debrites) are widely present in the stratigraphic record of the northe...
This study presents a detailed facies analysis of an 800 m-thick stratigraphic succession in the bas...
The Chianti Mts, part of the Northern Apennines orogen, represent an ideal case study to depict the ...
The reconstruction of depositional geometries, architectures and vertical stratigraphic relationship...
Turbidite depositional lobes are the main architectural element of many ancient turbidite systems. O...
This paper details the influence of syndepositional tectonics in controlling the architecture of a w...
The 'Macigno costiero' turbidite system characterized the oldest foredeep elastic wedge of the North...
Abstract: The 'Macigno costiero ' turbidite system characterized the oldest foredeep clast...
The late Chattian "Macigno costiero" represents the innermost and the oldest portion of the well dev...
The Macigno Formation is representative of the late Oligocene-early Miocene foredeep deposits of the...
Abstract Three major controlling factors affect turbidite deposition in foredeep basins: tectonics i...
The Macigno deep-sea turbidite unit was part of the diachronically migrating foredeep system charact...
The Oligocene-Miocene turbidite successions of the Emilia-Tuscany Apennines are one of the most intr...
Submarine sand-rich slope fans within confined basins have long been recognized as components of dee...
Large isolated gravity flows (debrites) are widely present in the stratigraphic record of the northe...
This study presents a detailed facies analysis of an 800 m-thick stratigraphic succession in the bas...
The Chianti Mts, part of the Northern Apennines orogen, represent an ideal case study to depict the ...
The reconstruction of depositional geometries, architectures and vertical stratigraphic relationship...
Turbidite depositional lobes are the main architectural element of many ancient turbidite systems. O...
This paper details the influence of syndepositional tectonics in controlling the architecture of a w...