Quaderni di Geofisica

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I Quaderni di Geofisica (Quad. Geofis.) accolgono lavori, sia in italiano che in inglese, che diano particolare risalto alla pubblicazione di dati, misure, osservazioni e loro elaborazioni anche preliminari che necessitano di rapida diffusione nella comunità scientifica nazionale ed internazionale. Per questo scopo la pubblicazione on-line è particolarmente utile e fornisce accesso immediato a tutti i possibili utenti. Un Editorial Board multidisciplinare ed un accurato processo di peer-review garantiscono i requisiti di qualità per la pubblicazione dei contributi. I Quaderni di Geofisica sono presenti in "Emerging Sources Citation Index" di Clarivate Analytics, e in "Open Access Journals" di Scopus.

Quaderni di Geofisica (Quad. Geofis.) welcome contributions, in Italian and/or in English, with special emphasis on preliminary elaborations of data, measures, and observations that need rapid and widespread diffusion in the scientific community. The on-line publication is particularly useful for this purpose, and a multidisciplinary Editorial Board with an accurate peer-review process provides the quality standard for the publication of the manuscripts. Quaderni di Geofisica are present in "Emerging Sources Citation Index" of Clarivate Analytics, and in "Open Access Journals" of Scopus.

Milena Moretti
Editor in Chief

Issues

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Cerca

	19 L'evoluzione tettonica del Continente Antartico Nicola Mauro Pagliuca [PDF mancante]
	18 A Magnetic Susceptibility Database for Stony Meteorites Pierre Rochette, Leonardo Sagnotti
	17 The State of Art of the Investigation on the Greenhouse Effect in the Polar Ionosphere Lucilla Alfonsi [PDF mancante]
	16 Extended Abstracts for the International ANTOSTRAT Symposium on The Geologic Record of the Antarctic Ice Sheet from Drilling, Coring and Seismic Studies Fabio Florindo, Alan K. Cooper
	1. Carbonate Diagenesis of the Cenozoic Sedimentary Successions Recovered at the CRP-1, 2 and 3 Drillsites, Ross Sea, Antarctica. An Overview Aghib F.S., Ripamonti M., Riva G.
	2. Late Quaternary Fluctuations in the Antarctic Ice Sheet Anderson J.B., Shipp S.S., Lowe A.L., Wellner J.W., Mosola A.B.
	3. North American Patterns of Faunal and Floral Response to the Eocene/Oligocene Antarctic Ice Sheet Development Armentrout J.M.
	4. Antarctic Glacial History from Margin Drilling Barker P.F.
	5. Glacial Sediment Transport and Distribution on the Antarctic Peninsula Pacific Continental Shelf and Slope - New Results from Seismic Reflection Profiles and ODP Leg 178 Drilling Barker P.F., Camerlenghi A., Gamboa L.A.P., Maldonado A., Tanahashi M., Hernandez-Molina F.J., Bart P.J., Hayes D.E., Larter R.D., Rebesco M., Geletti R.
	6. Determining the Glacial History of Prydz Bay, Antarctica: Observations Based on the Integration of Downhole Logging Data and Sedimentological Description from ODP Leg 188, Hole 1166 Barr S.R., Januszczak N., Brewer T.S., Harvey P.K.
	7. Cenozoic Antarctic Glacial History – Checks from the Margin Barrett P.J.
	8. An Evaluation of the Messinian Salinity Crisis: Implications of new Palynological Results on the Interpretation of Late Miocene Antarctic Ice Sheet Evolution Bart P.J., Warny S.A.
	9. Rift Basins and Volcanism beneath the Ross Sea Continental Shelf and West Antarctic Ice Sheet Behrendt J.C.
	10. Glacial Evolution of Antarctica: Evidence from the Deep-Sea Record Billups K.
	11. Miocene Diatom Biostratigraphy of ODP Site 1165, Antarctic Continental Rise Bohaty S.M., Whitehead J.M.
	12. Seismic Stratigraphy from the Continental Margin in the Offshore of the George Vth Land (East Antarctica) Brancolini G., Harris P., Armand L., Busetti M., De Santis L., Giorgetti G., Presti M.
	13. The Eocene-Oligocene Boundary in the Ross-Sea (Antarctica) Based on Downhole Measurements Bücker C.J., Jarrard R.D., Niessen F., Wonik T.
	14. Plio-Quaternary Sedimentation on the Wilkes Land Continental Rise Busetti M., Caburlotto A., Damiani D., Giorgetti G., Lucchi R.G.
	15. Deep Sea Sediment Consolidation Through the Glacial History of the Pacific Margin of the Antarctic Peninsula Camerlenghi A., Volpi V., Rebesco M., Hillenbrand C.-D., Moerz T.
	16. An Antarctic Seismic Data Library System for the 21st Century Childs J.R., Wardell N., Cooper A.K., Brancolini G., O'Brien P.E.
	17. Early and Middle Miocene Advances of the Antarctic Ice Sheet across the Ross Sea Continental Shelf Chow J.M., Bart P.J.
	18. Cyclicity in the High-Resolution Physical Properties Record from the Cape Roberts Project (Victoria Land Basin, Antarctica) and Implication for Sedimentation Rate Claps M., Florindo Fabio, Niessen F.
	19. Methane Diagenesis and Authigenic Carbonates in Continental Rise and Shelf Sediments, ODP Leg 188 Sites 1165 and 1166, Offshore Antarctica (Prydz Bay) Claypool G.E., Lorenson T.D.
	20. Early Stages of East Antarctic Glaciation – Insights from Drilling and Seismic Reflection Data in the Prydz Bay Region Cooper A.K., O'Brien P.E.
	21. The Seismic Stratigraphic Record in the McMurdo Region, what can it Tell us about Glacial and Tectonic Events? Davey F.J., De Santis L.
	22. The Early Glacial History of Antarctica: A new Modelling Perspective DeConto R.M., Pollard D.
	23. 2-D Backstripping Modelling of Three Antarctic Continental Margins (The Ross Sea, The Antarctic Peninsula and the Prydz Bay Examples) De Santis L., Brancolini G., Camerlenghi A., Rebesco M.
	24. Palaeomagnetic Constraints from the Livingston Island (South Shetland Islands, Antarctica) and Implications for the Neogene Evolution of the Bransfield Strait Dinarès-Turell Jaume, Parés J.M.
	25. Seismic Expression of Sediment Mound Deposits on the Continental Rise off the Wilkes Land Donda F., De Santis L., Brancolini G.
	26. Sediment Texture and Palaeobathymetry Changes off Cape Roberts during the Late Oligocene Dunbar G.B., Barrett P.J.
	27. 13,000 Years of Decadal-to-Millennial Oceanographic Variability along the Antarctic Peninsula: ODP Site 1098 Dunbar R.B., Ravelo A.C., Domack E., Leventer A., Brachfeld S.
	28. Seismic and Downhole Signatures of Glacial Sequences from the Antarctic Peninsula Continental Shelf: ODP Leg 178, Site 1103 Escutia C., Moerz T., Lauer-Laredde C., Williams T., Jaramillo J.M.
	29. Architecture of Litho/Sequence Stratigraphic Units in the Cenozoic of the Cape Roberts Area, and Correlation with CIROS – Implications for Basin History in the Victoria Land Basin Fielding C.R., Henrys S.A., Naish T.R.
	30. A new High-Resolution Magnetostratigraphy from Eocene-Oligocene Sediments, Maud Rise, Weddell Sea, Antarctica Florindo Fabio, Roberts A.P.
	31. Magnetostratigraphy and Environmental Magnetism from ODP Site 1165, Offshore of Prydz Bay, Antarctica Florindo Fabio, Erwin P.S., Richter Carl, Roberts A.P.
	32. Magnetostratigraphy of Late Eocene - Early Oligocene Strata from the CRP-3 Core, McMurdo Sound, Ross Sea, Antarctica Florindo Fabio, Wilson G.S., Roberts A.P., Sagnotti Leonardo, Verosub K.L.
	33. Glacial Development in the Prydz Bay Region as Witnessed by Geotechnical and Mineralogical Properties of Leg 188 Sites 1166 and 1167 Forsberg C.F., Solheim A., Gruetzner J., Taylor B., Strand K.
	34. Morphometric Analysis of Benthic Foraminifera: A Potential Proxy for Palaeoclimate Reconstruction in the Cenozoic Ross Sea Galeotti S.
	35. Oligocene Biota and Palaeoenvironment of King George Island (South Shetland Islands), West Antarctica Gazdzicki A.
	36. Eocene-Pleistocene Palaeoceanographic Reconstructions – A View from the ODP Leg 177 Transect across the Southern Ocean Gersonde R.
	37. Sediment Transport onto the Continental Rise along the West Antarctic Continental Margin Gohl K., Rebesco M., Larter R.D., Udintsev G.B., Camerlenghi A., Cunningham A., Rogenhagen J., Uenzelmann Neben G.
	38. Evidence for Palaeoclimatic Variability at the East Antarctic Continental Rise (ODP Site 1165) Inferred from Spectral Analysis of High-Resolution Core Logging Data Gruetzner J., Rebesco M., Forsberg C.F., Cooper A.K.
	39. Late Oligocene – Early Miocene Glaciomarine Sedimentation from Offshore Drilling in the SW Ross Sea, Antarctica: Implications for Glacier Fluctuations and Climate Hambrey M.J., Barrett P.J., Powell R.D.
	40. Synthetic Seismograms Linking ODP Sites 1165 and 1166 to Seismic Profiles, Continental Rise and Shelf of Prydz Bay, Antarctica Handwerger D., Cooper A.K., Williams T., Barr S.R., Jarrard R.D.
	41. Marine Palynology of the Cape Roberts Drill-Holes, Victoria Land Basin, Antarctica Hannah M.J., Wilson G.J., Wrenn J.H.
	42. Composite Cretaceous and Cenozoic Diatom Biozonation for the Antarctic Shelf, with Correlations to the Southern Ocean Harwood D.M., Bohaty S.M., Scherer R.P., Winter D.M.
	43. “Ocean Drilling” over the Next Decade: Prospects for the Antarctic Hay W.W.
	44. Correlation of Seismic Reflectors with Cape Roberts Drillholes, Victoria Land Basin, Antarctica Henrys S.A., Bücker C.J., Niessen F., Bartek L.R., Bannister S.
	45. Late Miocene to Quaternary Deposition of Biogenic Opal and Clay Minerals on the Continental Rise West of the Antarctic Peninsula Hillenbrand C.-D., Fütterer D.K., Ehrmann W.
	46. Discovery of Potentially Pre-Quaternary Deposits on Ice-Free Area of Lützow-Holm Bay Evidence of Amino-Acid Geochronology and Biochronology Igarashi A., Miura H., Kato M., Hart C.P.
	47. A Late Quaternary Submarine Slide in the Central Bransfield Basin, Antarctic Peninsula Imbo Y., De Batist M., Baraza J., Canals Miquel
	48. Shallow Drilling along the Antarctic Continental Margin: Feasibility, Technical Considerations and Current Plans Janecek T.R., Anderson J.G., Bartek L., Cooper A.K., Manley P., Webb P., Wise S.W.
	49. Glaciated Continental Margin Processes and Stratigraphy: Cenozoic of Antarctica and Neoproterozoic of Rodinia Compared Januszczak N., Eyles N.
	50. Early Basin Evolution in the Atlantic/Indian Ocean Sector of Antarctica Jokat W., Boebel T., Rogenhagen J.
	51. Preliminary Results of the TH99 Geological and Geophysical Survey in the Cooperation Sea and Prydz Bay Area Joshima M., Ishihara T., Nakajima T., Sugiyama K., Tsuchida K., Kato A., Murakami F., Brown B.
	52. Sediment Geochemistry of Prydz Bay, ODP Leg 188: Documenting Variability of Export Production, Terrigenous Flux, and Terrigenous Provenance Kryc K.A., Murray R.W., Harris A.F.
	53. Molluscan Oxygen Isotope Estimates of Seasonability and Cenozoic Antarctic Marine Temperatures Lavelle M.
	54. Cenozoic Evolution of the Antarctic Continental Margin and Opening of Southern Ocean Seaways Lawver L.A., Gahagan L.M.
	55. Cenozoic Seismic Stratigraphy and Sediment Drift Development in Cooperation Sea and Cosmonaut Sea (East Antarctic Margin from 40º E to 80º E) Leitchenkov G., Kudryavtsev G., Gandjukhin V., Cooper A.K., O'Brien P.E., Tanahashi M.
	56. Hydrocarbon Gas Concentration and Isotopic Composition of Headspace Gases from Site 1165, ODP Leg 188, Prydz Bay, Antarctica Lorenson T.D., Claypool G.E.
	57. Glacimarine Sedimentary Processes on a High-Latitude Neogene-Quaternary Sediment Drift: Geological Investigations on the Antarctic Peninsula Pacific Margin Lucchi R.G., Rebesco M., Camerlenghi A., Tomadin L., Giorgetti G., Caburlotto A., Villa G., Persico D., Morigi C., Bonci M.C.
	58. Environmental Magnetic Record of the SEDANO Deep Sea Cores (Pacific Margin of the Antarctic Peninsula) and Interhemispheric Correlation of Late Pleistocene Climatic Events Macrì Patrizia, Sagnotti Leonardo, Camerlenghi A., Rebesco M.
	59. Contourite Deposits in the Central Scotia Sea: Palaeoceanographic Implications Maldonado A., Barnolas A., Bohoyo F., Galindo-Zaldívar J., Hernández-Molina J., Rodríguez-Fernández J., Somoza L., Suriñach E., Vázquez J.T.
	60. Mineralogy and Geochemistry of Clay Fraction of Sediments of CRP-3 Core (Victoria Land Basin, Antarctica) Marinoni L., Setti M.
	61. An Overview of the Italian Antarctic Research Program (PNRA) Meloni Antonio
	62. Late Quaternary East Antarctic Ice-Sheet Melting Event around the Lützow-Holm Bay and Mt. Riiser-Larsen Region Miura H., Seto K., Igarashi A., Maemoku H., Takada M., Moriwaki K.
	63. Oceanographic Changes in the Southern Pacific Ocean, during the Last Deglacial Time, as Recorded by Planktic Foraminifers and Oxygen Isotopes Morigi C., Capotondi L., Giglio F., Langone L., Brilli M., Turi B., Ravaioli M.
	64. Orbitally-Induced Oscillations in the East Antarctic Ice Sheet: Direct Evidence from Antarctic Margin Drilling Naish T.R., Barrett P.J., Dunbar G.B., Woolfe K.J., Dunn A.G., Henrys S.A., Claps M., Powell R.D., Fielding C.R.
	65. Neogene Climatic Transitions in East Antarctica: Evidence from Leg 188 Drilling O'Brien P.E., Cooper A.K.
	66. Australian Antarctic and Southern Ocean Profiling Project: Major new Antarctic Seismic Surveys O'Brien P.E., Alcock M.B., Stagg H.M.J., Symonds P.A.
	67. Global Dynamics of the Antarctic Ice Sheet Oerlemans J.
	68. Modelling the Climate and Glacial History of Antarctica: Progress and Challenges Oglesby R.J.
	69. Late Neogene to Holocene Sedimentation on the Prydz Bay Continental Shelf and Slope, ODP Sites 1166 and 1167, East Antarctica Passchier S.
	70. Modelling of Antarctic Ice-Sheet Initiation in the Early Oligocene Using a Coupled GCM and Dynamic Ice-Sheet Model Pollard D., DeConto R.M.
	71. A Temperate Glacial Sequence Stratigraphic Model Applied to Antarctic Oligocene and Miocene (CRP) Successions Powell R.D.
	72. Biostratigraphy of the East Antarctic Margin, 45-160ºE Quilty P.G.
	73. Vegetation History and Climate from the Early Oligocene to Early Miocene, Cape Roberts, Ross Sea Region, Antarctica Raine I.J., Askin R.A.
	74. Miocene Rhythmic Sedimentation in the Wild Drift, Antarctica (ODP Site 188-1165) Rebesco M., Gruetzner J., Forsberg C.F., Cooper A.K.
	75. Environmental Magnetism of the Pliocene-Pleistocene Section of Site 1165 (Wild Drift, East Antarctica) Richter Carl, Florindo Fabio, Erwin P.S., Warnke D.A.
	76. A Geophysical Atlas of East Antarctica Between 40º West and 40º East – An Integrative Approach Rogenhagen J., Hinz K., Jokat W., Leitchenkov G.
	77. The Environmental Magnetic Record of Cenozoic Climate Change in the Victoria Land Basin, Antarctica Sagnotti Leonardo, Roberts A.P., Verosub K.L., Florindo Fabio, Wilson G.S.
	78. Clast Data from CRP Cores (Victoria Land Basin): Implications on the Uplift History of the Transantarctic Mountains Sandroni S., Talarico F.
	79. Diatom Assemblages and Taphonomy in Antarctic Diamictons Provide Constraints for Modeling Past Marine Ice Sheet Configurations and Processes Scherer R., Sjunneskog C., Tulaczyk S., Aldahan A.
	80. Numerical Modelling of the Eurasian Ice Sheet and Implications for ANTOSTRAT Ice Sheet Reconstructions Siegert M.J.
	81. Cenozoic Glacial History Preserved on King George Island (Antarctic Peninsula) Smellie J.L., Troedson A., McIntosh W.C.
	82. Implications of Microtextures of Quartz Grains for Eocene/Oligocene Glaciation in Prydz Bay, ODP Site 1166 Strand K., Näsi J.
	83. Geology of Northern Offshore of Antarctic Peninsula Tanahashi M.
	84. East Antarctic Marine Environments and Climatic Conditions in the last 30 Millions Years as Inferred from Macropalaeontological Data (Cape Roberts Project) Taviani M.
	85. Late Pleistocene - Holocene Marine Diatom Record from the Palmer Deep, Antarctic Peninsula (ODP Leg 178, Site 1098) Taylor F., Sjunneskog C.
	86. Stable Isotopic Records of Pleistocene Climate Variability in the Prydz Bay Region, from ODP Site 1167 Theissen K.M., Dunbar R.B., Cooper A.K., Mucciarone D.A.
	87. Palynology of Cenozoic and Mesozoic Sequences on the East Antarctic Continental Margin A Review Truswell E.M., Macphail M.K.
	88. Biostratigraphic Characterisation and Quaternary Microfossil Palaeoecology during GlacialInterglacial Deposition on Sediment Drifts West of the Antarctic Peninsula: Results from SEDANO Project Villa G., Persico D., Bonci M.C., Morigi C., Lucchi R., Rebesco M.
	89. Seismic Velocity Analysis, Vertical Seismic Profile, Logging and Laboratory Physical Properties, ODP Leg 178, Antarctic Peninsula Volpi V., Camerlenghi A., Moerz T., Corubolo P., Rebesco M., Tinivella U.
	90. Pliocene Coarse-Grained Debris at Ocean Drilling Program Site 188-1165, Prydz Bay, Antarctica Warnke D.A.
	91. Radiolarian Biostratigraphy of Site 1165, ODP Leg 188, Antarctic Margin near Prydz Bay Whalen P.A., Lazarus D.
	92. Quaternary-Pliocene Diatom Biostratigraphy of Prydz Bay (ODP Leg 188 Sites 1165 and 1166) Whitehead J.M., Bohaty S.M.
	93. Early and Middle Miocene Cycles in Downhole Logs from Site 1165, Prydz Bay, Antarctica Williams T., Barr S.R., Handwerger D.
	94. Eocene-Oligocene Antarctic and Southern Ocean Climatic Deterioration: Phase Relationships between Climatic and Oceanic Cooling Wilson G.S., Roberts A.P., Morgans H.E.G., Florindo Fabio, Verosub K.L., Sagnotti Leonardo
	95. Future Antarctic Margin Drilling – The ANDRILL Initiative and McMurdo Sound Portfolio Wilson G.S., Florindo Fabio, Harwood D.M., Naish T.R., Powell R.D.
	15 Ionospheric Physics and Radio Propagation over Europe: reports on national activities and cooperations Ljiljana Cander, Bruno Zolesi [PDF mancante]
	14 La diffusione nei fusi silicatici Carmela Freda, Piergiorgio Scarlato [PDF mancante]
	13 Studio della variabilità ionosferica a lungo termine sopra il continente antartico Lucilla Alfonsi [PDF mancante]

Editorial board

Guidelines for submission

Linee guida per la sottomissione a “Quaderni di Geofisica”

I Quaderni di Geofisica accettano manoscritti sia in lingua italiana che in lingua inglese.
Il manoscritto dovrà essere sottomesso via e-mail alla Segreteria di Redazione del CEN all'indirizzo:Questo indirizzo email è protetto dagli spambots. È necessario abilitare JavaScript per vederlo.
In caso di file eccessivamente pesanti, la trasmissione del manoscritto dovrà essere effettuata via ftp al seguente indirizzo: ftp.ingv.it/pro/cen (nome utente: cen - password per l’inserimento: cde45rf) oppure via wetransfer, dandone comunque notizia all’indirizzo email sopracitato.
Il corresponding author mantiene tutti i rapporti con la Redazione riguardo la corrispondenza e le eventuali richieste di intervento su manoscritti in corso di lavorazione.
In conformità agli argomenti trattati, l’Editor in Chief affida il manoscritto ad un Editor Associato che individua uno o più referees per eseguire la revisione sulla base di criteri di qualità dei contenuti e di rispondenza alle linee guida.
IMPORTANTE: qualora il manoscritto sottomesso non rispetti, o lo faccia solo in parte, le seguenti linee guida sarà rinviato all’autore dalla Redazione prima dell’inizio del processo di revisione.

FORMATO

Il documento dovrà essere in formato doc o docx e scritto con le seguenti caratteristiche:font Times New Roman 11 pt, interlinea 12 pt (single space), in documento formato A4 standard (margini: alto 2,54cm – basso 2cm – destro 2cm – sinistro 2cm), con rientro di inizio capoverso di 1 cm. È necessario inviare anche la versione pdf del manoscritto sottomesso.

Il manoscritto dovrà essere composto da:
• frontespizio con titolo (in inglese ed in italiano per manoscritti in italiano; in inglese e facoltativamente anche in italiano per manoscritti in inglese), autori (nomi e cognomi per esteso) e affiliazioni
• indice non numerato
• riassunto non numerato (in inglese ed in italiano per manoscritti in italiano; in inglese e facoltativamente anche in italiano per manoscritti in inglese) (max. 2.000 caratteri, spazi inclusi)
• introduzione non numerata
• testo suddiviso in paragrafi e sottoparagrafi numerati
• bibliografia non numerata

È richiesto agli Autori di indicare:
1) il proprio codice identificativo Orcid;
2) da una a tre keywords (in inglese ed in italiano per manoscritti in italiano; in inglese e facoltativamente anche in italiano per manoscritti in inglese) descrittive del contenuto del manoscritto;
3) uno Short Title (titolo abbreviato) per l'intestazione, nel caso che la somma dei caratteri del titolo originale e del nome del primo autore sia più di 75 (spazi inclusi).

Al fine di facilitare il lavoro di revisione il testo dovrà avere le righe numerate con esclusione della bibliografia.

Gli articoli dovranno contenere didascalie di figure e tabelle sia in inglese che in italiano per manoscritti in italiano, in inglese e facoltativamente anche in italiano per manoscritti in inglese. Negli articoli in italiano, le parole in lingua straniera o i termini specialistici dovranno essere scritti in corsivo (es: Strombus B. - inner edge - fast-stati, etc).

IMMAGINI

Le immagini dovranno essere in formato eps, tiff, png o jpg con risoluzione minima di 300dpi. Si raccomanda di fornire le figure non solo inserite nel testo ma anche in file separati nel formato sopraindicato. Le immagini dovranno essere numerate e corredate da didascalia.
La Redazione suggerirà una figura o parte di essa per la copertina dell’articolo.

BIBLIOGRAFIA E CITAZIONI

Le citazioni bibliografiche dovranno essere inserite nel testo tra parentesi quadre [es. Lyell and Bertrand, 1987; Lyell et al., 1997]. Tutte le citazioni saranno riportate in bibliografia in ordine alfabetico e nel formato indicato nell'esempio sotto riportato.
Allen P.A. and Allen J.R., (1990). Basin Analysis: Principles and Applications. Blackwell Scientific Publications, Oxford.
Baumann M., (1994). Three-dimensional modeling of the crust-mantle boundary in the Alpine region. Unpubl. Doctoral dissertation, ETH, Zurich, 150 pp.
Butler R.W.H., (1992). Structural evolution of the western Chartreuse fold and thrust: system, NW French Subalpinechains. In: Thrust Tectonics (K.R. McClay, ed.), pp. 287-298. Chapman & Hall, London.
Cooling C.M. and Hudson J.A., (1986). The importance of in situ rock stress in repository design. In: Proc. Int. Symp. Rock Stress and Rock Stress Measurements, 1-3 September1986, Stockholm, pp. 647-656.
Tavarnelli E., (1996). Ancient synsedimentary structural control on thrust ramp development; an example from the Northern Apennines. Terra Nova, 8, 65-74.

COSTI DI PUBBLICAZIONE

Non ci sono costi di pubblicazione. La collana “Quaderni di Geofisica”, infatti, è pubblicata esclusivamente on-line in formato flipbook ed è sia sfogliabile - anche off-line - che scaricabile come PDF, ma non modificabile.

Guidelines for submissions to “Quaderni di Geofisica”

“Quaderni di Geofisica” accept manuscripts in Italian or in English.
Manuscripts should be submitted to the Editorial Office via e-mail at: Questo indirizzo email è protetto dagli spambots. È necessario abilitare JavaScript per vederlo.
Heavy files (>30 Mb) should be submitted via ftp to: ftp.ingv.it/pro/cen (user: cen - password: cde45rf), or via wetransfer, giving notice of the submission to the above mentioned e-mail address.
The corresponding author keeps all the reports with the editorial staff regarding correspondence and any requests for intervention on manuscripts in progress.
In compliance with the topics discussed, the Editor in Chief entrusts the manuscript to an Associate Editor who identifies one or more referees to perform the revision of the manuscript, on the basis of the quality of contents and compliance with the guidelines.

NOTICE: submitted manuscripts not adhering to the following guidelines will be sent back to the author before the start of the process of revision.

FORMAT
The document must be written in .doc or in .docx with the following characteristics:
font Times New Roman 11 pt, line-spacing 12 pt (single space), document format A4 standard (margins: top 2,54cm – bottom 2cm – right 2cm – left 2cm), 1 cm indent.
It is necessary to send also the .pdf version of the submitted manuscript.

The manuscript is composed by:
• frontispiece with title (both in italian and in english for manuscripts written in italian; in english - and optionally also in italian - for manuscripts written in english), authors (full name and surname), affiliations
• un-numbered index
• un-numbered abstract (both in italian and in english for manuscripts written in italian; in english - and optionally also in italian - for manuscripts written in english)
• un-numbered introduction
• maintext with numbered paragraphs and subparagraphs
• un-numbered references

Authors are requested to provide:
1) the personal Orcid identifier;
2) up to three keywords (both in Italian and in English for manuscripts written in Italian; in English - and optionally also in Italian - for manuscripts written in English) that describe the main topic of the manuscript;
3) a Short Title for the heading when the sum of the characters of the original title and of the name of the first author is more than 75 (including spaces).

The manuscripts must be line numbered (excluding the References).

Authors are requested to provide the captions of figures and tables both in italian and in english for manuscripts written in italian; in english - and optionally also in italian - for manuscripts written in english. Words in foreign language (for manuscripts in italian) and specialized terms should be written in italics.

FIGURES
Figures must be in .eps, .tiff, .png or .jpg format, with a minimum resolution of 300 dpi. Please provide numbered figures with their caption within the maintext and as separate files.

REFERENCES AND CITATIONS
Citations must be placed in the text in square brackets es. [Lyell and Bertrand 1987; Lyell et al. 1997]. All the citations will be reported in the References list in alphabetical order and in the following format:
Allen P.A. and Allen J.R., (1990). Basin Analysis: Principles and Applications. Blackwell Scientific Publications, Oxford.
Baumann M., (1994). Three-dimensional modeling of the crust-mantle boundary in the Alpine region. Unpubl. Doctoral dissertation, ETH, Zurich, 150 pp.
Butler R.W.H., (1992). Structural evolution of the western Chartreuse fold and thrust: system, NW French Subalpinechains. In: Thrust Tectonics (K.R. McClay, ed.), pp. 287-298. Chapman & Hall, London.
Cooling C.M. and Hudson J.A., (1986). The importance of in situ rock stress in repository design. In: Proc. Int. Symp. Rock Stress and Rock Stress Measurements, 1-3 September1986, Stockholm, pp. 647-656.
Tavarnelli E., (1996). Ancient synsedimentary structural control on thrust ramp development; an example from the Northern Apennines. Terra Nova, 8, 65-74.

PUBLICATION COSTS
No costs of publication. “Quaderni di Geofisica” are published exclusively online as flipbooks. They are browsable (also off-line), downloadable as pdf, but not modifiable.

Creative Commons Attribution 4.0 International (CC BY 4.0)

Disclaimer

La collana "Quaderni di Geofisica" non è responsabile delle opinioni espresse dagli autori, che si assumono la totale responsabilità delle loro affermazioni e della correttezza e originalità dei dati impiegati. I materiali pubblicati non riflettono necessariamente le opinioni dell'Editorial Board o dell'Istituto Nazionale di Geofisica e Vulcanologia.

"Quaderni di Geofisica" are not responsible for the opinions expressed by the authors, who take full responsibility for their statements and for the correctness and originality of the data used. The published materials do not necessarily reflect the opinions of the Editorial Board or of the Istituto Nazionale di Geofisica e Vulcanologia.