Keyphrases
Soil Organic Carbon
100%
Quantitative Estimation
100%
Vis-NIR
100%
Machine Learning Based
100%
Support Vector Machine
42%
Hyperion Data
28%
Recursive Feature Elimination
28%
EO-1 Hyperion
28%
China
14%
Plant Growth
14%
Correlation Coefficient
14%
Soil Samples
14%
Spectral Features
14%
Soil-plant
14%
Management Strategy
14%
Machine Learning Algorithms
14%
Estimation Accuracy
14%
Soil Quality
14%
Random Forest
14%
Soil Properties
14%
Ant Colony Optimization
14%
Feature Wavelength
14%
First Derivative
14%
Three-machine
14%
Semi-arid Wetlands
14%
Growth Quality
14%
Desert Wetlands
14%
Wetland Ecosystem
14%
Xinjiang Uyghur Autonomous Region
14%
Interval Partial Least Squares (iPLS)
14%
Protection Strategy
14%
Low-cost Approach
14%
Recursive Feature Elimination Algorithm
14%
Ebinur Lake Wetland
14%
National Nature Reserve
14%
Engineering
Recursive
100%
Learning System
100%
Support Vector Machine
100%
Testing Set
66%
Soil Sample
33%
Machine Learning Algorithm
33%
Least Square
33%
Random Forest
33%
Protection Strategy
33%
Optimal Value
33%
Spectral Feature
33%
Ant Colony Optimization
33%
Agricultural and Biological Sciences
near-Infrared Spectroscopy
100%
Soil Organic Carbon
100%
Support Vector Machine
42%
Least Square
14%
Soil Quality
14%
Soil Property
14%
Ant Colonies
14%
Earth and Planetary Sciences