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Applying spatial autocorrelation and logistic regression to analyze land cover change trajectory in a forested watershed
Chun Kuo Yeh,
Shyue Cherng Liaw
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Corresponding author for this work
Department of Geography
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peer-review
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Citation (Scopus)
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Dive into the research topics of 'Applying spatial autocorrelation and logistic regression to analyze land cover change trajectory in a forested watershed'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Trajectory
100%
Regression
100%
Autocorrelation
100%
Logistics
100%
Land Cover Change
100%
Landslide
71%
Investigation
57%
Occurrence
42%
Area
42%
Probability Theory
42%
Model
28%
Land Cover
28%
Aspect
14%
Curvature
14%
Classification
14%
Map
14%
Forest
14%
Calculation
14%
Earthquake
14%
Petrography
14%
Mitigation
14%
Lithology
14%
Watershed Management
14%
Spatial Interaction Modeling
14%
Satellite Image
14%
FORMOSAT
14%
INIS
correlations
100%
watersheds
100%
trajectories
100%
landslides
71%
probability
42%
taiwan
28%
statistics
14%
satellites
14%
transformations
14%
classification
14%
images
14%
management
14%
maps
14%
disasters
14%
forests
14%
disturbances
14%
mitigation
14%
earthquakes
14%
rims
14%
lithology
14%
statistical models
14%