Dr. Claudia Meisina
Dipartimento di Scienze della Terra e dell’Ambiente (DSTA), University of Pavia, Via Ferrata 1, 27100 Pavia, Italy
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Academic Career Length
24Years (2003-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 July 2015 in Engineering Geology
Journal Article
MBM. Bordoni
M. Bordoni
Claudia MeisinaRVR. Valentino
R. Valentino
NLN. Lu
N. Lu
MBM. Bittelli
M. Bittelli
SCS. Chersich
S. Chersich
6 March 2014 in International Journal of Remote Sensing
Journal Article
Davide Notti
Gerardo HerreraSBSilvia Bianchini
Silvia Bianchini
Claudia MeisinaJGJuan Carlos García-Davalillo
Juan Carlos García-DavalilloFZFrancesco Zucca
Francesco ZuccaIn this work, we present a methodology for improving persistent scatterer interferometry (PSI) data analysis for landslide studies. This methodology is a revision of previously described procedures with several improved and newly proposed aspects. To both evaluate and validate the results from this methodology, we used various persistent scatterer (PS) datasets from different satellites (ERS – ENVISAT, Radarsat, TerraSAR-X, and ALOS PALSAR) that were processed using three PSI techniques (stable point network – SPN, permanent scatterer interferometry – PSInSAR™, and SqueeSAR™) to map and monitor landslides in various mountainous environments in Spain and Italy. This methodology consists of a preprocessing model that predicts the presence of a PS over a certain area and a post-processing method used to determine the stability threshold, project the line of sight (LOS) velocity along the slope, estimate the E–W and vertical components of the velocity, and identify anomalous areas.
1 January 2018 in CATENA
Journal Article
MPMaria Giuseppina Persichillo
Maria Giuseppina Persichillo
MBMassimiliano Bordoni
Massimiliano Bordoni
MCMarco Cavalli
Marco Cavalli
SCStefano Crema
Stefano CremaClaudia Meisina1 January 2017 in Science of The Total Environment
Journal Article
MPMaria Giuseppina Persichillo
Maria Giuseppina PersichilloMBMassimiliano Bordoni
Massimiliano Bordoni
Claudia MeisinaJournal Article
Claudia MeisinaFZFrancesco Zucca
Francesco ZuccaDavide NottiACAlessio Colombo
Alessio ColomboACAnselmo Cucchi
Anselmo CucchiMBMarco Bianchi
Marco Bianchi +2
Results of a PSInSAR™ project carried out by the Regional Agency for Environmental Protection (ARPA) in Piemonte Region (Northern Italy) are presented and discussed. A methodology is proposed for the interpretation of the PSInSARTM data at the regional scale, easy to use by the public administrations and by civil protection authorities. Potential and limitations of the PSInSARTM technique for ground movement detection on a regional scale and monitoring are then estimated in relationship with different geological processes and various geological environments.
5 March 2013 in Natural Hazards and Earth System Sciences
Journal Article
DZD. Zizioli
D. ZizioliClaudia Meisina
Roberto ValentinoLML. Montrasio
L. Montrasio
On the 27 and 28 April 2009, the area of Oltrepo Pavese in northern Italy was affected by a very intense rainfall event that caused a great number of shallow landslides. These instabilities occurred on slopes covered by vineyards or recently formed woodlands and caused damage to many roads and one human loss. Based on aerial photographs taken immediately after the event and field surveys, more than 1600 landslides were detected. After acquiring topographical data, geotechnical properties of the soils and land use, susceptibility analysis on a territorial scale was carried out. In particular, different physically based models were applied to two contiguous sites with the same geological context but different typologies and sizes of shallow landslides. This paper presents the comparison between the ex-post results obtained from the different approaches. On the basis of the observed landslide localizations, the accuracy of the different models was evaluated, and the significant results are highlighted.
About Me
Claudia Meisina received her Ph.D. in Earth Sciences from
the University of Pavia (Italy) in 1996. She is currently a full professor in
Engineering Geology at the DSTA, where she leads the Laboratory of Engineering
Geology and Geotechnics. She has been a post-doc at the BRGM in France. She is the
Secretary of the Italian Association of Engineering Geology. She is involved as
PI in several national and international projects exploiting the application of
Interferometric techniques for monitoring ground deformation. She published 50+
peer-reviewed papers and 70+ papers in peer-reviewed conference
proceedings/book chapters in the field of engineering geology. Her research
activity is mainly focused on the development and application of methodologies
for subsoil geological models and for engineering geological mapping to support
geohazard assessment. Her expertise is also related to the geological
interpretation of advanced DInSAR data with a particular focus on landslides
and subsidence identification and monitoring.