1,721,014 research outputs found
Kinematic evolution of thrust-related structures in the Umbro-Romagnan parautochthon (Northern Apennines, Italy)
No full textPaleomagnetic rotations in thrust belts: A case-study from the Marche-Romagna area (Northern Apennines, Italy)
No full textStudy of the interaction of myelin basic protein with membranes by means of molecular dynamics simulation
No full textPaleomagnetic rotations in thrust belts: A case-study from the Marche-Romagna area (Northern Apennines, Italy)
No full textKinematic evolution of thrust-related structures in the Umbro-Romagnan parautochthon (Northern Apennines, Italy)
No full textAnalysis of the Correlation between Lineaments and Earthquake Epicenters in the Marche Region (Italy) Using Remote Sensing Tools
No full textEarthquake prediction and monitoring of seismic activity remains one of the most difficult problems in the geosciences. Progress in the study of dangerous geological processes is closely related to the use of remote sensing materials (RSMs), which make it possible to identify and analyze relationships, rank different geological structures, etc. In this regard, today the development of new approaches to the study of earthquakes and their forecasting using GIT based on RS< and software for their processing is widely used. One of the promising areas of research is the study of decipherable networks of lineaments on satellite images
3D Model of the active extensional fault system of the high Agri River valley, Southern Apennines, Italy
No full textScreening con TC delle lacune encefaliche negli anziani. Tecnica, metodologia e risultati. Un Contributo
No full textUAV assisted geological mapping: application to stratigraphy and structural survey
No full textFollowing previous researches and experiences (Casella et al., 2017; Martinez et al, 2017; Nieminski et al. 2017), some experimental tests were carried out during Digital Geological Survey (Geological Sciences MSc.) and Geomatics (Applied Information technology BSc) courses at Urbino University. During the last year field activities students and researchers tested the use of UAV (unmanned aerial vehicle) both commercial (DJI Phantom 3) and in-house built machine.
Because of the reliability, we choose to perform our survey tests using the commercial one.After having digital field mapped an Apennines area where the Miocene turbidite Marnoso Arenacea Formation crops out (Marche- Tuscany border), we choose to fly on top of two already tape measured stratigraphic sections. After some flight we were able to built orthophotos and DEM with points clouds (using Agisoft Photoscan) that could be imported in QGIS 3.0 where we measured the stratigraphic columns, highlighting bedding and key strata. As pros of tape measurement is the direct contact with bedding allowing more accurate observations. In the other side, as cons, the unsafe measurement on vertical cliffs (performed with climbing techniques) can be avoided with reliable remote measurements without noticeable deviations.Moreover we tried to build a 3D geological model of a quite complex triangle zone associated to a main thrust. The UAV flew manually controlled along a creek where the deformed and faulted beds crop out. The very detailed points cloud allowed to draw and build an interpretative model
3D Structure of the northern Marche region, and implications for the active tectonics of the outer Northern Apennines (Italy)
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