Plots showing Mean Decrease in Accuracy of the three landslide susceptibility models developed using the RF algorithm for the (a) post-Ketsana, (b) post-Podul, and (c) post-Molave periods.

Plots showing Mean Decrease in Accuracy of the three landslide susceptibility models developed using the RF algorithm for the (a) post-Ketsana, (b) post-Podul, and (c) post-Molave periods.

<p>The plots show the relative importance of different variables in predicting landslide susceptibility in each period.</p>

Saved in:
Bibliographic Details
Main Author: Raja Das (1841107) (author)
Other Authors: Pham Van Tien (19949682) (author), Karl W. Wegmann (19949685) (author), Madhumita Chakraborty (485342) (author)
Published: 2024
Subjects:
Neuroscience
Sociology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
notable areal expansion
nation &# 8217
annual average rainfall
90 %) scores
risk reduction strategies
elevated landslide susceptibility
consistently high susceptibility
sensitivity (& gt
molave period compared
regional susceptibility trends
temporal landslide inventories
high landslide susceptibility
increasing landslide susceptibility
landslide susceptibility
(& gt
typhoon molave
moderate reduction
ketsana period
landslide probability
temporal variations
temporal analysis
vietnam pose
typhoon ketsana
topographic elevation
spatially mapped
southern areas
several years
scale variation
results indicate
research found
research explores
research examines
prone regions
probabilistic occurrences
prioritizing mitigation
nonlinear relationship
many parts
machine learning
longstanding threat
identifying areas
hydroclimatic conditions
growing intensity
eastern regions
early indicators
climatic conditions
changing hydro
based assessment
89 %),
2020 ).
2013 ),
Tags: Add Tag
No Tags, Be the first to tag this record!
Description
Summary:<p>The plots show the relative importance of different variables in predicting landslide susceptibility in each period.</p>

Similar Items