Terrestrial remote sensing toolkit
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GPEM
The University of Queensland
Fundamentals
Main page
Pre-processing
Introduction
Image acquisition
When to correct
Correction types
Atmospheric correction
Relative atmospheric correction
Relative atmospheric correction
Physics-based correction
Bi-directional reflectance correction
Bi-directional reflectance correction
Geometric corrections
When to correct
Masking
Field data collection
Introduction
Groundcover sampling
Field data sources
Photo transects
DGPS surveys
Driving surveys
Vegetation structure
Using photographs
Visual estimates
Spectral libraries
Example spectra
Optical properties
Control points
Features mapping
Mapping approaches
Introduction
Manual delineation
Object based analysis
Supervised classification
Unsupervised classification
Inverse modelling
Example
Regression analysis
Change and trends
Introduction
About
Image requirements
Mapping change
Trend detection
Example time series
Landsat long term
Landsat short term
MODIS NDVI time series
NDVI trends
Example change maps
Canopy cover
River width
Land use
Foliage cover
Vegetation colour
Delivery
Introduction
Post classification
Refinements and smoothing operations
Stratification and post-classification sorting
Error assessment
Sampling design
Sampling unit size
Number of samples
Sampling scheme
Selecting a reference data set
Reference data example
Derivation of error or contingency matrix
Category level accuracy
Map level accuracy
Quantitative image products
Interpreting mapping accuracy
Interpreting mapping accuracy
Interpreting mapping accuracy
Interpreting mapping accuracy
Final map creation
Accuracy and error assessment
Sampling design
Reference data collection
Derivation of error or contingency matrix
Assessment of
map category
and
map level
accuracy
Quantitative image products
Interpreting mapping accuracy
delivering a remote sensing product