Università di Pavia
University of Pavia, Italy, has been a long-term user of Midland Valley software and joined the Academic Software Initiative (ASI) straight after its inception. On their most recent renewal they opted for our Standard Academic Package of 20 Move Licenses to sit on a computer network.
Move was used both for teaching at different levels and for research projects.
Second year BSc student have been introduced to Move through a number of exercises of balancing and restoring sections during the course “Geological structures and their interpretation” while some Ph.D students of the Department used Move in their research topics.
Returned Material and Examples of Usage
Siwalik_3D model with hypocenters: in this model the Deparment collected published cross sections and maps of the Siwalik foreland (frontal Himalaya region). Then plotted on the model the hypocenters of the earthquakes coming from instrumental seismicity. The goal is to verify if the seismic activity concentrates along a fault or a group of faults. The model presented here is part of an ongoing research project and will be improved and completed through time when they have other sections and more seismic data.
Northern Italy: this model was realized during a research project devoted to the analysis of the seismic risk in the Northern Italy. They plotted and merged maps and cross sections. The red surfaces are the main faults taken from the Database of the Individual Seismogenic Sources of the I.N.G.V (National Institute of Geophysics and Volcanology), see www.ingv.it. The other coloured surfaces are the three main aquifers of the Po Plain, representing isochronal surfaces (respectively 0.35My for A; 0.65 My for B and 3.9 My for C).
Analogue model: in this model they inserted all the pictures of the internal sections of an analogue model built to recreate the structural pattern of the central Po Plain (in the parts where the Northern Apennines and the Southern Alps outermost buried fronts are close). Some of the sections have been digitized for a following 3D reconstruction (following model).
3D Analogue Model: this model has been created from the digitization of the internal sections of the previous analogue model. They reconstructed the main faults and some of the stratigraphic layers in order to check how the displacement varies along strike. On the top of the model we inserted the picture of the model topography.
The licenses were used for scientific research projects. In particular projects about the seismic risk assessment in collaboration with the I.N.G.V (National Institute of geophysics and volcanology) and with the Prime Minister Bureau (DPC, Civil Protection Department). Other projects within the Earth Science Department were in regard to the analogue modelling technique applied to structural reconstructions of the Po Plain subsoil (Northern Italy) and the kinematic evolution of the surrounding thrust belts (Northern Apennine and Southern Alps).
Move is mainly used for seismic line interptation, 3D reconstructions fusing lines (mainly parallel geological cross section) and for measuring different paramenters on pictures coming from analogue models or to digitize them and then reconstruct them in 3D (for example to reconstruct the internal fault pattern or the changes on the surface of the model while deformation increases).
Returned Material and Examples of Usage
A 3D model of the Po Plain where subsurface data hace been merged in order to study the actual structural set-up of this foreland.
Reconstruction of an analogue model performed to study a sesimogenic fault in Southern Italy (messina fault, responsible for the large earthquake in 1908).
3D reconstruction of the front of Northern Apennine using seismic lines interpretation
Reconstruction of analogue models performed to study the kinematic of a transfer fault in the Southern Apennines (Mattinata fault)
Move was used in Undergraduate teaching: 10%; MSc classes: 10%; Ph. D courses: 30%; Research projects: 50%.
The Research Unit began scoping the projects for interpreting seismic sections, reconstruct in 3D the architecture of the Po Plain (Northern Italy) and merge in an unique 3D model different kind of data and informations. Move was used to reconstruct in 3D the models (starting from the digitization of the pictures taken), to present the models to colleagues, other research unit researchers, for reports about the project etc and also for quantitative analysis on the models. Also undergraduate, MSc and Ph.D students (about 10 during the year) involved in the project for seismic interpretations, analogue models analysis or 3D reconstructions used the software.
Papers Published where Move has been used
L. Bonini, D. Di Bucci, G. Toscani, S. Seno, G. Valensise (2011). Reconciling deep seismogenic and shallow active faults through analogue modeling: the case of the Messina Straits (Southern Italy). Journal of the Geological Society, London, 168, 191-199. doi: 10.1144/0016-76492010-055.
L. Bonini, G. Toscani, S. Seno (2010). The investigation of potential earthquake sources through analogue experiments: the case of seismogenic normal faults. Agu Fall Meeting. San Francisco
F. Maesano, C. D’Ambrogi, P. Burrato & G. Toscani (2010) – Long-term slip rates of the Emilia thrust front (Northern Apennines) from 3D modelling of key buried horizons. Rend. Soc. Geol. It, Nuova Serie, 11, 77-79.
L. Bonini, D. Finocchio, S. Barba, D. Di Bucci, G. Toscani, S. Seno, G. Valensise (2010). Analogue and numerical modeling of fault patterns produced by a blind, seismogenic, low angle normal fault. Geomod, September 2010. Lisbona.
L. BONINI, D. DI BUCCI, S. SENO, G. TOSCANI & G. VALENSISE (2009) – Compatibilità dell’assetto strutturale superficiale con la faglia sismogenetica profonda nello Stretto di Messina in base ai modelli analogici. Rend. online Soc. Geol. It., 5 (2009), 36-38.
G. TOSCANI, D. DI BUCCI, A. RAVAGLIA, S. SENO, U. FRACASSI & G. VALENSISE (2009) – Propagation of an inherited strike-slip fault through a foreland-chain system: quantitative aspects from analogue modelling and applications. Italian Journal of Geosciences, vol. 128 n°1, 107-122.
G. TOSCANI, P. BURRATO, D. DI BUCCI, S. SENO & G. VALENSISE (2009) – Plio-Quaternary tectonic evolution of the Northern Apennine thrust front (Bologna-Ferrara section, Italy): seismotectonic implications. Italian Journal of Geosciences, in press.
Perotti C.R., Rinaldi M., Carruba S., Bertozzi G., Feltre L. and Rahimi M (submitted) - The Qatar--South Fars Arch development (Arabian Platform, Persian Gulf): insights from seismic interpretation and analogue modelling, Tectonophysics.
Chiariotti L., Perotti C.R., Rinaldi M., Bertozzi G., Carruba S. (2009) - Morfologia ed evoluzione strutturale di un corpo diapirico nel settore iraniano del Golfo Persico. Rend. /online/ Soc. Geol., 5, 59-61.
L. Bonini, D. Di Bucci, S. Seno, G. Toscani & G. Valensise (2009) – Compatibilità dell’assetto strutturale superficiale con la faglia sismogenetica profonda nello Stretto di Messina in base ai modelli analogici. Rend. online Soc. Geol. It., 5(2009), 36-38.
L. Bonini, D. Di Bucci, S. Seno, G. Toscani & G. Valensise (2009) – Reconciling large sesismogenic sources and shallow normal faults in the Messina Straits: the analogue modeling perspective. Geophysical Research Abstracts, vol. 11, EGU2009-12425
L. Bonini , D. Di Bucci , S. Seno , G. Toscani , G. Valensise (2009) - Preliminary results on the investigation of seismogenic faults in Italy through analogue modeling: from the Messina Straits to the Abruzzo region. GNGTS 2009. Atti del Convegno 145-147.
G. Toscani, D. Di Bucci, A. Ravaglia, S. Seno, U Fracassi & G. Valensise (2009) – Propagation of an inherited strike-slip fault through a foreland-chain system: quantitative aspects from analogue modelling and applications. Italian Journal of Geosciences, vol. 128 n°1, 107-122.
G. Toscani, P. Burrato, D. Di Bucci, S. Seno & G. Valensise (2009) – Plio-Quaternary tectonic evolution of the Northern Apennine thrust front (Bologna-Ferrara section, Italy): seismotectonic implications. Italian Journal of Geosciences, vol. 128 n°2, 605-613. doi 10.3301/IJG.2009.128.2.605
G. Toscani, L. Bonini, D. Di Bucci, P. Burrato, S. Lucchesi, S. Seno & G. Valensise (2009) – Recent and present day kinematics along the triangle zone between Southern Alps and Emilian arc (Northern Apennines). GeoItalia 2009, 10.174, Epitome.03.0680.
F. Canova, C. Tolomei, P. Burrato, D. Di Bucci, S. Salvi, S. Seno & G. Toscani (2009) – Surface deformation monitoring in a seismically active region based on small baseline differential SAR interferograms (SBAS), morphotectonic analysis and GPS data: SE Sicily, Hyblean Plateau. Preliminary results. GeoItalia 2009, 10.1474, Epitome.03.1528.
L. Bonini, G. Toscani, D. Di Bucci, S. Seno & G. Valensise (2009) – Strain partitioning in the hangingwall of an active low angle normal fault: new insights from analogue models and comparison between the Messina Straits (Italy) and the Gulf of Corinth (Greece). GeoItalia 2009, 10.1474, Epitome.03.1541.
Perotti C. R., Carruba S., Rinaldi M. , Bertozzi G. (2008) -- Analogue modelling of the South Pars-Qatar Arch development (Arabian Platform, Persian Gulf), Boll.di Geofisica teorica ed applicata,49, 95-99.
L. Bonini, D. Di Bucci, S. Seno, G. Toscani & G. Valensise (2008)– Integrazione traassetto strutturale di superficie e faglie sismogenetiche nello stretto di Messina sulla base di modelli analogici. Miscellanea INGV, 2008 (3), 17-18.
D. DI BUCCI, A. RAVAGLIA, S. SENO, G. TOSCANI, U. FRACASSI & G. VALENSISE (2007) – Seismotectonics of the Southern Apennines and Adriatic foreland (Southern Italy): a short note on active E-W shear zones from analogue modeling. Quaternary International, 171-172, 2-13, doi: 10.1016/j.quaint.2007.01.005.
G. TOSCANI, D. DI BUCCI, A. RAVAGLIA, S. SENO, U. FRACASSI, G. VALENSISE (2007). Propagation of an inherited strike-slip fault through an undeformed cover: quantitative aspects from analoge modeling and applications. Geophysical Research Abstracts, Vol. 9, 03448. SRef-ID: 1607-7962/gra/EGU2007-A-03448
G. TOSCANI, P. BURRATO, D. DI BUCCI, S. SENO & G. VALENSISE (2007) – Plio-Quaternary tectonic evolution of the Northern Apennines thrust fronts along a Bologna-Ferrara section (Po Plain, Italy), based on geological observations and analogue modelling: seismotectonic implications. Rend. Soc. Geol. It., 5(2), Nuova Serie, 223-225.
G. TOSCANI, S. SENO, R. FANTONI & S. ROGLEDI (2006) – Geometry and timing of deformation inside a structural arc: the case of the western Emilian folds (Northern Apennine front, Italy). Boll. Soc. Geol. It., 125, 59-65.
D. DI BUCCI, A. RAVAGLIA, S. SENO, G. TOSCANI, U. FRACASSI & G. VALENSISE (2006). Seismotectonics of the southern Apennines and Adriatic foreland: Insights on active regional E-W shear zones from analogue modeling. Tectonics, 25, TC4015, doi:10.1029/2005TC001898.
A. RAVAGLIA, S. SENO, G. TOSCANI & R. FANTONI (2006) – Mesozoic extension controlling the Southern Alps thrust geometry under the Po Plain, Italy: insights from sandbox models. Journal of Structural Geology, 28, 2084-2096, doi: 10.1016/j.jsg.2006.07.011.
G. TOSCANI, A. RAVAGLIA, S. SENO & R. FANTONI (2005) – The Southern Alps buried front and the Po Plain foreland: constraints of inherited lineaments on the geometry of the thrust belt analogue models. Convegno Nazionale GEOITALIA 2005, 5° Forum Italiano di Scienze della Terra, Spoleto (PG) 21-23 settembre 2005. Volume dei Riassunti, 287.
A. DI GIULIO, R. FANTONI, V. PICOTTI, G. TOSCANI, A. ZANFERRARI, M. ZATTIN & C. ALBERTINI (2005) – Anatomy of a multiple thrust belt-foreland basin system: the Venetian-Friulian basin (Cenozoic, NE Italy). Thrust Belts and Foreland basins, International Meeting, Rueil-Malmaison, 14-16 Dicembre 2005. Abstract Volume, 128-131.
I. SASSONE, S. SENO & G.TOSCANI (2004) – Age and kinematics of the Northern Apennine foreland structures: insights from the subsoil of the Po Plain (Italy). 32nd IGC, Florence, August 20-28 2004, Abstract volume.
F. SALVI, G. TOSCANI, E. NATOLI & A. ZANCHI (2004) – 3D modeling and balanced cross sections to reconstruct the structural evolution of the Albenza anticline (Southern Alps, Italy). 32nd IGC, Florence, August 20-28 2004, Abstract volume.
G. TOSCANI, R. FANTONI, S. ROGLEDI & S. SENO (2004) – Three dimensional modelling and visualization of different kind of faults inside the same structural arc: an example from the Northern Apennine (Italy). 32nd IGC, Florence, August 20-28 2004, Abstract volume.
G. TOSCANI, R. FANTONI, S. ROGLEDI & S. SENO (2003) - The External Ligurian tectonic units in the Northern Apennines (Italy): 3D reconstruction and relationships with the foreland (Po Plain). Geophysical Research Abstracts, Vol. 5, 04977.
G. TOSCANI, R. FANTONI, S. ROGLEDI & S. SENO (2002) - 3D digital model of a sector of the Northern Apennine front (Italy): structural analysis and emplacement history. Geological Society of America Annual Meeting, Abstract Volume, 436.
G. TOSCANI, A. RAVAGLIA, S. SENO & F. ZUCCA (2001) - Comparing analogue and digital 3D models: reconstruction of a transfer zone from Southern Alps. Abstract of "5th Workshop on Alpine Geological Studies", Obergurgl Sept. 18-20 2001. Volume dei Riassunti, 218-219.
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