Pettenati, Franco
 Distribuzione geografica
Salva come PNG Salva come JPEG
Continente #
NA - Nord America 1.355
EU - Europa 686
AS - Asia 477
AF - Africa 91
SA - Sud America 6
OC - Oceania 1
Totale 2.616
Salva come PNG Salva come JPEG
Nazione #
US - Stati Uniti d'America 1.354
IT - Italia 449
HK - Hong Kong 251
SG - Singapore 136
SN - Senegal 88
DE - Germania 71
FI - Finlandia 68
KR - Corea 60
CZ - Repubblica Ceca 54
FR - Francia 17
NP - Nepal 13
CN - Cina 8
SI - Slovenia 7
PH - Filippine 6
AT - Austria 4
BR - Brasile 4
ES - Italia 4
HR - Croazia 4
DZ - Algeria 3
GR - Grecia 2
NL - Olanda 2
SE - Svezia 2
AR - Argentina 1
AU - Australia 1
CA - Canada 1
CL - Cile 1
GB - Regno Unito 1
IN - India 1
JP - Giappone 1
NO - Norvegia 1
TR - Turchia 1
Totale 2.616
Salva come PNG Salva come JPEG
Città #
Chandler 518
Hong Kong 200
Trieste 190
Gorizia 119
Dakar 88
Boardman 87
Washington 76
Helsinki 68
Piscataway 68
Olomouc 54
Seoul 53
Ashburn 44
Singapore 38
Acate 22
Milan 19
Hanover 15
Kathmandu 13
Bologna 9
Gelsenkirchen 9
New York 9
Udine 8
Gunzenhausen 7
Rome 6
Seongbuk-gu 6
Ljubljana 4
Sant'Agostino 4
Vienna 4
Zagreb 4
Atlanta 3
Clifton 3
Frankfurt am Main 3
Idrija 3
Los Angeles 3
Majano 3
Mentana 3
Mestre 3
Monfalcone 3
Paternò 3
Quezon City 3
Recife 3
San Francisco 3
Santa Clara 3
Seattle 3
Talavera 3
Tavagnacco 3
Alpine 2
Castel Maggiore 2
Central 2
Codroipo 2
Florence 2
Grenoble 2
Guangzhou 2
Harbin 2
Jena 2
Järfälla Municipality 2
Marly-le-Roi 2
Menaggio 2
Meppel 2
Montalto Uffugo 2
Munich 2
Padova 2
Schio 2
Seville 2
Treviso 2
Vibo Valentia 2
Vicenza 2
Windermere 2
Ávila 2
Berlin 1
Bonndorf 1
Brescia 1
Buenos Aires 1
Camerino 1
Corfu 1
Dallas 1
Dottingen 1
Drancy 1
Ferrara 1
Forest City 1
Kunming 1
Mainz 1
Marcon 1
Melbourne 1
Nesttun 1
Nottingham 1
Ogden 1
Roubaix 1
San Pietro di Feletto 1
Santa Venerina 1
Scarborough 1
São Paulo 1
Tappahannock 1
The Dalles 1
Thessaloniki 1
Turin 1
Uhlingen-Birkendorf 1
Valdivia 1
Volpiano 1
Yuseong-gu 1
Totale 1.870
Salva come PNG Salva come JPEG
Nome #
Active tectonics and potential seismogenic behavior of newly imaged structures in the Gulf of Santa Eufemia (southern Italy) 89
Effect of soil and bedrock anelasticity on the S-wave amplification function 73
Accordo tra la Regione Autonoma Friuli Venezia Giulia e l’OGS per la collaborazione nell’ambito del monitoraggio sismico e meteomarino Relazione 2022 – Ambito Sismologico 69
TEMARISK FVG, un progetto di comunicazione sui rischi naturali del Friuli Venezia Giulia. 68
Improved automated methods for near real-time mapping-application in the environmental domain 53
A review of the seismotectonics and hazard hints on the Krško NPP area (SE Slovenia) 46
In search of new imaging for historical earthquakes: A new geophysical survey offshore western Calabria (southern Tyrrhenian Sea, Italy) 43
Comment on " Inferring the depth of preinstrumental earthquakes from macroseismic intensity data: a case-history from Northern Italy". Natureresearch, Scientific Reports, 1-13 (2019). Sbarra, P., Burrato, P., Tosi, P., Vannoli, P., De Rubeis, V. & Valensise 43
Accordo tra la Regione Autonoma Friuli Venezia Giulia e l’OGS per la collaborazione nell’ambito del monitoraggio sismico e meteomarino. 41
Earthquake sources retrieved from intensities: six successes in Greece 39
Offshore Salento – Analisi Morfo-strutturale e processi sedimentari nell’offshore ionico della Penisola Salentina. Rapporto di campagna 38
Studio dell'evoluzione geologica e tettonica del Golfo di Trieste (Adriatico Settentrionale). Rapporto di campagna - N/R OGS-Explora 37
High-resolution seismic imaging of the Pian di neve glacier on the Adamello massif (Italy) 35
Structure of the Kathmandu basin inferred from microtremor measurements: a preliminary study 34
Is geotomography doomed? 34
Angular coverage compensation in transmission tomography 33
ANALISI GEOSTATISTICA DEI PERIODI DI RISONANZA DEL BACINO PROFONDO DI KATHMANDU 33
Environmental noise measurements in Lalitpur area (Kathmandu) after the M7.8 Gorkha 2015 earthquake 32
The Dinaric fault system in the Gulf of Trieste (Northern Adriatic) 32
Progetto ISTEGE – Indagine sismotettonica del terremoto dell’8 sttembre 1905 (Mw 7) nel Golfo di Santa Eufemia (Offshore Tirrenico Calabrese) – risultati della crociera di acquisizione dati. 31
Different approaches for generating ground shaking maps in near field: a case study in the Friuli region. 31
Morphological features of the Apennines foreland/accretionary – wedge boundary in the Salento offshore, from recently acquired geophysical data. 30
Fault sources and kinematics of the 1897 Assam (MW8.1) and the 1934 Nepal (MS8.2) earthquakes retrieved by KF-NGA inversion and their seismotectonic implications 29
Nuova formulazione delle procedure per la stima dell’intensità macrosismica da dati epicentrali o da risentimenti in zone vicine 29
Caratteristiche geologico-strutturali del Golfo di Trieste 29
Estimation of glacier thicknesses and basal properties using the horizontal-to-vertical component spectral ratio (HVSR) technique from passive seismic data 28
Sintesi sullo scenario sismogenetico piu’ plausibile per la scossa del 6/5/76 in Friuli 28
Test of Source-Parameter Inversion of Intensity Data 27
Validation of the Automatic Nonlinear Source Inversion of the U.S. Geological Survey Intensities of the Whittier Narrows 1987 Earthquake 27
Achievements and Doubts on the New Use of Intensity: Inversions for unknown Sources, Future Scenarios, Hazard, Rapid Information 27
International OGS network 27
Source inversion of regional intensity patterns of five earthquakes from south-western Norway 26
The role in the Gorkha 2015 earthquake Mw7.8, of the broadband seismograph to the Pyramid of the EvK2Cnr 26
A new Kinematic Approach to Calculate Seismic Hazard Scenarios (Intensity and Peak Ground Displacement); an example in SE Sicily. 26
Accordo tra la Regione Autonoma Friuli Venezia Giulia e l’OGS per la collaborazione nell’ambito del monitoraggio sismico e meteomarino. Relazione 2020 – Ambito Sismologico 26
Mapping long-period soil resonances in the Kathmandu basin using microtremors 25
Source- and Site-effects in the Intensities of the M 5.4 29 July 2008 Earthquake in South Los Angeles 25
Aperture compensation tomography. 25
Nuove immagini di vecchi terremoti: il rilievo geofisico del Golfo di Sant’eufemia (Calabria tirrenica) 25
Neotectonic activity in the Gulf of Trieste (Northern Adriatic) 25
Validation of a kinematic and parametric approach to calculating intensity scenarios 25
Structural and geological setting of the Gulf of Trieste (Northern Adriatic) 25
A Kinematic Approach to Calculate Seismic Hazard Scenarios 25
Exploring error estimation methods for natural neighbour interpolation: preliminary research and analysis 24
Quantitative treatement of macroseismic intensity and objective evaluation of syntetic results 24
Geometric and Kinematic Characteristics of Earthquake Sources from the inversion of the USGS “Felt Reports” 24
Focal Mechanism of a Catastropic Earthquake of the Last Rococo Period (1783) in Southern Italy Retrieved by Inverting Historical Information on Damage 24
Recent tectonic activity in the Gulf of Trieste (Northern Italy 24
The 23 October 1904 M-S 5.4 Oslofjord Earthquake: Reanalysis Based on Macroseismic and Instrumental Data 24
Reconstructed seismic and tsunami scenarios of the 1905 Calabria earthquake (SE Tyrrhenian sea) as a tool for geohazard assessment 23
New treatment of intensities of pre-instrumental earthquakes for hazard purposes 23
Ambient vibration recordings used to map glaciers thickness - A first study from alpine glaciers 23
Two Validations of a Kinematic Approach to Calculate Seismic Hazard Scenarios 23
Validation of a Kinematic Semi Empirical Approach to Calculate Seismic Hazard Scenarios 23
Reconstruction of lateral gradients from reflection tomography 22
Macroseismic data of the Ljubljana (Slovenia) 1895 earthquake and its 1897 aftershock and their inversion for source parameters 22
The Earthquake of 23 october 1904 in the Oslo Fjord Area 22
ISTEGE – Indagine Sismotettonica del Terremoto dell’8 settembre 1905 (Mw 7.4) nel Golfo di Sant’Eufemia (offshore tirrenico calabrese). Rapporto di Campagna. 22
The 23 october 1904 MS 5.4 Oslofjord earthquake: Reanalysis based on macroseismic and instrumental data 21
Test of Source-Parameter Inversion of the Intensities of a 54,000-Deaths Shock of the Seventeeth Century in Southeast Sicily 21
Source Kinematics of an M=7.1-7.5 earthquake in the central mediterranean region obtained from the inversion of its intensity data 21
Enviromental and on buildings noise measures: Laliptur (Kathmandu) 21
Tomographic inversion of seismic reflection arrivals aquired at the Ross Sea (Antarctica). 21
Spectral and classical methods in the evaluation of Moho undulations from gravity data: The NE Italian Alps and isostasy 20
RU S3_06: Fast evaluation of parameters and effects of strong earthquakes: a synthesis of first year results 20
The Sources of Destructive Earthquakes Retieved From Their Regional Intensity Patterns by a new Inversion Technique 20
Comparison test of the most commonly used bivariate interpolation algorithms (to draw isoseismals) 20
Objective treatment and synthesis of macroseismic intensity data sets using tessellation 20
Source inversion of the 1570 Ferrara earthquake and definitive diversion of the Po River (Italy) 20
Validation of the Intensity-Based Source Inversions of Three Destructive California Earthquakes 19
Rapid simulation of seismic intensity for civil protection purposes: Two recent cases in Italy 19
Rapid Scenarios and observed intensities 19
Intensity-Based Source Inversion of the Destructive Earthquake of 1694 in the Southern Apennines, Italy 19
The sources of the two destructive earthquakes of 1693 retrieved by automatic inversions 19
The M8 Jan. 15th, 1934 Bihar earthquake: intensity inversion, source update with instrumental data 19
Information on the sources of the Cedar Mountain, 1932, and Fairview Peak-Dixie Valley, 1954, Nevada, earthquakes obtainded from synthesizing observed isoseismals. 19
Validation of a New Hazard Scenario (maximum particle displacements); Northridge, 1994 19
Geostructural complexity and passive seismic surveys: a geostatistical analysis in the Kathmandu basin 19
Source inversion of regional intensity pattern: the Ms=5.5, 1904 Oslofjord earthquake and some smaller well-recorded norweigian events 19
Near-field Response of a 1D-structure Alluvial Site. 18
The problem of earthquake-capable faults and maximum related magnitudes for two critical facilities in Italy and in Slovenia 18
Intensity-based source inversion: Ferrara 1570 and Irpinia 1694 (Apennines), Jericho 1927 (Levant) 18
Intensity: Based Source Inversions of Old Earthquakes and New Parametric Scenarios 18
The modern plot and use of the regional pattern of damage (intensity) of 6 May 1976 18
Natural-Neighbor Isoseismals 17
MMI and ShakeMap® intensities, plus a new back-predicted scenario of the Loma Prieta, 1989 earthquake 17
Near-Field Response of a 1D-Structure Alluvial Site 16
Metodi di contour a confronto: una interpretazione del basamento del Victoria Land Basin (Mare di Ross – Antartide) 16
Validation of some TRANSALP results (southern segment) by source inversion of the Cansiglio, 1936 earthquake 16
Nepal earthquake evidence from GNSS data at the Everest Pyramid Lab 15
The Sources of the two destructive Earthquakes of 1693 retrieved by Automatic Inversions 15
Source inversion of intensity patterns of earthquakes: A destructive shock in 1936 in northeast Italy 14
Glacier basal condicions inferred from seismic data 14
The 1895 Ljubljana earthquake: source parameters from inversion of macroseismic data 12
TEST OF SOURCE-PARAMETRES INVERSION OF THE 11 JANUARY 1693 CATANIA EARTHQUAKE IN A NEW CONTEST 11
Synthetic macrozonation of tassellated seismic responses on different soil for the 1693, M~7.5, earthquake in Sicily 11
Tomographic processing of Antarctica's data 11
Tests of Source-Parameter Inversion of the U.S. Geological Survey Intensities of the Whittier Narrows 1987 Earthquake 10
Modern uses of intensities: site effects in Slovenia in 1895; rapid scenario of a small earthquake of 2011 in NW Italy; source inversion of an intermediate depth earthquake of 1909 in the Po Valley 10
The reanalysis of the M 5.4 October 23, 1904, Oslofjord earthquake 10
Totale 2.586
Salva come PNG Salva come JPEG
Categoria #
all - tutte 18.990
article - articoli 0
book - libri 0
conference - conferenze 0
curatela - curatele 0
other - altro 0
patent - brevetti 0
selected - selezionate 0
volume - volumi 0
Totale 18.990
Salva come PNG Salva come JPEG


Totale Lug Ago Sett Ott Nov Dic Gen Feb Mar Apr Mag Giu
2021/2022141 0 0 0 0 0 0 0 0 0 0 16 125
2022/20231.246 50 21 3 151 170 233 2 81 281 115 115 24
2023/20241.218 23 124 35 102 116 73 76 208 154 115 54 138
2024/202556 29 27 0 0 0 0 0 0 0 0 0 0
Totale 2.661