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- W1506780682 abstract "In this paper, the stability model SINMAP was applied to a mountainous study area in order to include soil reinforcement exerted by root systems of forest species. Including root cohesion information in slope stability models, in fact, can lead to a better description of the shallow landsliding process and decrease the requirement for information on past landslides that is needed for model calibration.The study area is located in northern Italy (Lombardy Region) and was classified in seven forest regions with different species composition. A two-phase procedure was applied: first of all, a standard calibration approach led to a realistic and strongly-related set of parameters for each defined calibration region; secondly, multi-scenario criteria was applied in order to test different hypothetical sliding depths, with particular attention to root distribution profiles obtained from field surveys. A quantitative index (the Weighted Modified Success Rate) was used to test the results obtained by the stability model (both standard calibration and multiple scenario).The results showed that using forest categories to set up multiple calibration regions is very effective in standard calibration procedure. Moreover, potential sliding depth in each region was effectively identified at the depth where Root Area Ratio values fall below 0.1 % and the maximum available rooted soil cohesion is less than 5 kPa. In this way the multiple region calibration approach becomes feasible also when data on observed landslides are scarce and it can be used just to calibrate the hydrologic factor range." @default.
- W1506780682 created "2016-06-24" @default.
- W1506780682 creator A5037415865 @default.
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- W1506780682 date "2012-08-31" @default.
- W1506780682 modified "2023-09-26" @default.
- W1506780682 title "Incorporating The Effect Of Root Systems Of Forest Species Into Spatially Distributed Models Of Shallow Landslides" @default.
- W1506780682 cites W122711669 @default.
- W1506780682 cites W1510447231 @default.
- W1506780682 cites W1550736032 @default.
- W1506780682 cites W1562462798 @default.
- W1506780682 cites W1594117265 @default.
- W1506780682 cites W1630509286 @default.
- W1506780682 cites W1657443735 @default.
- W1506780682 cites W1963651568 @default.
- W1506780682 cites W1965779198 @default.
- W1506780682 cites W1971970028 @default.
- W1506780682 cites W1972975194 @default.
- W1506780682 cites W1973179707 @default.
- W1506780682 cites W1975190521 @default.
- W1506780682 cites W1977672972 @default.
- W1506780682 cites W1979664440 @default.
- W1506780682 cites W1988988493 @default.
- W1506780682 cites W1989546224 @default.
- W1506780682 cites W1989990869 @default.
- W1506780682 cites W1990327172 @default.
- W1506780682 cites W1994002804 @default.
- W1506780682 cites W1995374229 @default.
- W1506780682 cites W1995740358 @default.
- W1506780682 cites W2006528839 @default.
- W1506780682 cites W2006830546 @default.
- W1506780682 cites W2011074930 @default.
- W1506780682 cites W2015366083 @default.
- W1506780682 cites W2018453536 @default.
- W1506780682 cites W2018849174 @default.
- W1506780682 cites W2019306900 @default.
- W1506780682 cites W2025332129 @default.
- W1506780682 cites W2026708160 @default.
- W1506780682 cites W2027480374 @default.
- W1506780682 cites W2028573195 @default.
- W1506780682 cites W2030428670 @default.
- W1506780682 cites W2041226699 @default.
- W1506780682 cites W2042347616 @default.
- W1506780682 cites W2045348057 @default.
- W1506780682 cites W2056503695 @default.
- W1506780682 cites W2056954618 @default.
- W1506780682 cites W2059339206 @default.
- W1506780682 cites W2060787335 @default.
- W1506780682 cites W2067070649 @default.
- W1506780682 cites W2068582137 @default.
- W1506780682 cites W2068737311 @default.
- W1506780682 cites W2074202304 @default.
- W1506780682 cites W2076464824 @default.
- W1506780682 cites W2077504259 @default.
- W1506780682 cites W2081390885 @default.
- W1506780682 cites W2083221413 @default.
- W1506780682 cites W2085943426 @default.
- W1506780682 cites W2086904758 @default.
- W1506780682 cites W2087389576 @default.
- W1506780682 cites W2089650580 @default.
- W1506780682 cites W2091221103 @default.
- W1506780682 cites W2091386211 @default.
- W1506780682 cites W2092821424 @default.
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- W1506780682 cites W2098689138 @default.
- W1506780682 cites W2100075837 @default.
- W1506780682 cites W2104219081 @default.
- W1506780682 cites W2106083396 @default.
- W1506780682 cites W2111782725 @default.
- W1506780682 cites W2114550863 @default.
- W1506780682 cites W2119534769 @default.
- W1506780682 cites W2125220267 @default.
- W1506780682 cites W2128307200 @default.
- W1506780682 cites W2137128002 @default.
- W1506780682 cites W2137390435 @default.
- W1506780682 cites W2146794674 @default.
- W1506780682 cites W2149936869 @default.
- W1506780682 cites W2150899125 @default.
- W1506780682 cites W2152273606 @default.
- W1506780682 cites W2153632970 @default.
- W1506780682 cites W2155618938 @default.
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- W1506780682 cites W2480158803 @default.
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- W1506780682 cites W3171112994 @default.
- W1506780682 cites W357246483 @default.
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