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- W2024181336 abstract "We studied the geomorphological evolution of the Montaguto landslide, a 3.1 × 103 m long earthflow in the southern Apennines of Italy. Following an analysis of the different methods and techniques available to measure surface modifications caused by a large earthflow, we selected a combination of monitoring techniques compatible with the Montaguto case study. We exploited: (i) visual interpretation of aerial and satellite imagery, (ii) quantitative analysis of six digital elevation models (DEMs) covering the landslide area, and (iii) a large set of high-accuracy three-dimensional topographic measurements captured by three robotised total stations (RTSs). Integration of the results obtained from the different monitoring techniques allowed us to investigate the long (multi-decadal) and short (seasonal) term evolution of the Montaguto earthflow in the 58-year period (1954–2011). The examination of the available aerial, satellite and hill-shade images revealed a cyclic, long-term behaviour of mass movements of different types in the Rio Nocelle catchment occupied by the recent Montaguto earthflow. The combined analysis of the six DEMs allowed measuring the material eroded from the landslide crown area (V ~ 1.4 × 106 m3) and deposited in the landslide toe area (V ~ 1.2 × 106 m3) in the period from 2005 to June 2011. The analysis of a large set of high-accuracy topographic measurements revealed the kinematical characteristics of different sectors of the active earthflow, and allowed the reconstruction of the temporal and spatial evolution of the moving failure. The insights obtained are significant for the geo-mechanical modelling of similar earthflows, regional landslide mapping, and the evaluation of hazard and risk posed by large earthflows in southern Italy or similar physiographic regions." @default.
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- W2024181336 date "2013-04-01" @default.
- W2024181336 modified "2023-10-07" @default.
- W2024181336 title "Morphological and kinematic evolution of a large earthflow: The Montaguto landslide, southern Italy" @default.
- W2024181336 cites W1611372552 @default.
- W2024181336 cites W1618606656 @default.
- W2024181336 cites W1895092836 @default.
- W2024181336 cites W1964486408 @default.
- W2024181336 cites W1966688455 @default.
- W2024181336 cites W1967329840 @default.
- W2024181336 cites W1969979578 @default.
- W2024181336 cites W1970547365 @default.
- W2024181336 cites W1970767798 @default.
- W2024181336 cites W1971869761 @default.
- W2024181336 cites W1973396172 @default.
- W2024181336 cites W1976033516 @default.
- W2024181336 cites W1976138634 @default.
- W2024181336 cites W1978672211 @default.
- W2024181336 cites W1978690828 @default.
- W2024181336 cites W1985308235 @default.
- W2024181336 cites W1992805894 @default.
- W2024181336 cites W2004173209 @default.
- W2024181336 cites W2004773494 @default.
- W2024181336 cites W2005227058 @default.
- W2024181336 cites W2005457615 @default.
- W2024181336 cites W2005802434 @default.
- W2024181336 cites W2009950826 @default.
- W2024181336 cites W2010831516 @default.
- W2024181336 cites W2011154271 @default.
- W2024181336 cites W2013300029 @default.
- W2024181336 cites W2013481289 @default.
- W2024181336 cites W2017065142 @default.
- W2024181336 cites W2024756413 @default.
- W2024181336 cites W2025235699 @default.
- W2024181336 cites W2025556750 @default.
- W2024181336 cites W2030359906 @default.
- W2024181336 cites W2030664888 @default.
- W2024181336 cites W2033190491 @default.
- W2024181336 cites W2036881582 @default.
- W2024181336 cites W2039059145 @default.
- W2024181336 cites W2039193012 @default.
- W2024181336 cites W2039874990 @default.
- W2024181336 cites W2041785701 @default.
- W2024181336 cites W2042183912 @default.
- W2024181336 cites W2045887403 @default.
- W2024181336 cites W2047029664 @default.
- W2024181336 cites W2051367231 @default.
- W2024181336 cites W2054070289 @default.
- W2024181336 cites W2055228537 @default.
- W2024181336 cites W2058082754 @default.
- W2024181336 cites W2064418268 @default.
- W2024181336 cites W2065757560 @default.
- W2024181336 cites W2073681510 @default.
- W2024181336 cites W2076884974 @default.
- W2024181336 cites W2077210714 @default.
- W2024181336 cites W2089682213 @default.
- W2024181336 cites W2093929540 @default.
- W2024181336 cites W2094896089 @default.
- W2024181336 cites W2096273745 @default.
- W2024181336 cites W2096288733 @default.
- W2024181336 cites W2096949909 @default.
- W2024181336 cites W2101761083 @default.
- W2024181336 cites W2113482505 @default.
- W2024181336 cites W2122053459 @default.
- W2024181336 cites W2125132229 @default.
- W2024181336 cites W2128513227 @default.
- W2024181336 cites W2134702142 @default.
- W2024181336 cites W2135975766 @default.
- W2024181336 cites W2141679717 @default.
- W2024181336 cites W2146562382 @default.
- W2024181336 cites W2149866614 @default.
- W2024181336 cites W2152657318 @default.
- W2024181336 cites W2154509205 @default.
- W2024181336 cites W2160256290 @default.
- W2024181336 cites W2162380055 @default.
- W2024181336 cites W2166923775 @default.
- W2024181336 cites W2169816087 @default.
- W2024181336 cites W2326404055 @default.
- W2024181336 cites W4238419045 @default.
- W2024181336 cites W75094720 @default.
- W2024181336 cites W2075857508 @default.
- W2024181336 doi "https://doi.org/10.1016/j.geomorph.2012.12.035" @default.
- W2024181336 hasPublicationYear "2013" @default.
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