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The model FLOW-S* for flow-type landslides. Preliminary considerations on model performances

Problematiche nell’individuazione delle aree soggette ad invasione da colate detritiche mediante simulazione

Mobilization of a large debris slide in Northern Calabria_ geomorphological and hydrological aspects

FLOW-S*: a physically-based CA-model for flow-type landslides

The CA-model FLOW-S* for flow-type landslides_ an introductory account

Modelling the activation of a confined debris slide in Northern Calabria_ the 28 January 2009 slope movement at San Benedetto Ullano

A Landslide Event Support Analysis Framework (LESAF) for damage assessment_ some examples from Calabria (Southern Italy

Rainstorm hazard problem–solving spatial–time scale invariant process model designing

Comparative analysis of rainfall and landslide damage for landslide susceptibility zonation

Return period of landslides and triggering rainfall_ the experience of a southern Italian region

Landslide recurrence in Calabria (southern Italy): event series in the perspective of climate change

Monthly rainfall trends and teleconnections in Calabria.

Evaluation of the water resources availability by the use of planetary-scale indexes_ a case study in Calabria (Southern Italy),

A GIS of historical data concerning landslides occurred in North Calabria

An approach to vulnerability assessment based on historical data of landslide damage

Considerations on an integrated approach for mapping mud-flow and lava-flow susceptibility and hazard, by means of numerical modelling and GIS techniques, historical and geo-environmental analyses, recently applied in Southern Italy

The model FLOW-S* for flow-type landslides. Preliminary considerations on model performances

Considerations on an integrated approach for mapping mud-flow

Occurrence of landslide events and the role of climate during the twentieth century (Calabria, Southern Italy)

The role of on meteorological and climatic conditions on the occurrence of damaging hydro-geologic events (Southern Italy)

“Evoluzione di un modello ad automi cellulari per la simulazione di colate detritiche rapide_ SCIDDICA S3-hex

“Explicit velocity for Modelling Surface Complex Flows with Cellular Automata and Applications”

“Modelling Surface Complex Flows With Cellular Automata And Applications”.

“Il Calcolo ad alte prestazioni nella simulazione dell’ambiente e dell’azione degli agenti atmosferici” (Milano): p. “Modellizzazione e simulazione di frane e colate di lava con automi cellulari ed algoritmi genetici_ applicazioni su macchine parallele e

Seminari su “Application case of Cellular Automata for debris flows_ protocols – Evaluating susceptibility from flow-type landslides through the CA-model SCIDDICA (the need for a protocol) “

“La Mitigazione del Rischio da Colate di Fango a Sarno e negli altri Comuni colpiti dagli eventi del maggio 1998”. Prima sessione_ “Modelli matematici e fisici per l’analisi e la simulazione dei fenomeni di colata rapida di fango”. Napoli, 2 maggio 2005,

Hazard map definition for the NE Etnean flank”

Some results from PYR, a simple Cellular Automata model for pyroclastic flow”

“Problematiche di instabilità superficiale dei versanti

Convivere con le frane riducendo il rischio.

Cellular automata modeling of flow-type landslides from subaerial to subaqueous environment

“Cellular automata modelling of debris flows as interacting blocks characterised by explicit velocity”

Applying genetic algorithms for optimising cellular automata models of natural complex phenomena_ An application to lava flows.

“The 1996 Soufriere Hills eruption at Monserrat_ An example of application of the PYR cellular automata model to pyroclastic flows”

“Debris-flow susceptibility mapping through cellular automata modeling

. “Simulating the 1984 Mt. Ontake Debris Avalanche through a Cellular Automata Model”.

Reti di monitoraggio conoscitivo per la modellazione di instabilità di pendio caratteristiche di contesti geo-ambientali omogenei

“Fluid-dynamics simulation of complex geological phenomena by cellular automata modelling”

Studio di instabilità superficiali per scorrimento-colata veloci in Calabria

“Genetic algorithms and cellular automata_ an efficient tool for calibrating a debris-flow model for hazard assessment”

Weathering classification of rock-mass and slope instabilities

“Assessing debris-flow susceptibility through cellular automata modelling. An example from the May 1998 disaster at Pizzo d’’Alvano (Campania – Southern Italy)”

“Cellular Automata simulations of debris avalanches_ the 1984 Mt. Ontake event”

Evaluating the role of parameters and of hexagonal neighbourhood on the behaviour of a Cellular Automata model for debris flows”

The role of parameters and of hexagonal neighbourhood on the dynamics of the SCIDDICA S4c Cellular Automata model for debris flows simulation”

A Computational Method for Modelling and Simulating Lava Flows and Pyroclastic Flows by Cellular Automata

The use of historical data in the landslide warning system of Calabria Civil Protection Centre.

Physical phenomena and economic impacts of an extreme event in Calabria (south Italy)

Lava-flows hazard zonation through a statistical approach

Extreme rainfall events inducing damage in Calabria (south Italy) during the 1981-1990 decade