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Field Spectroscopy of Agricultural Crops
Marvin E. Bauer
, Craig S.T. Daughtry
, Larry L. Biehl
, Edward T. Kanemasu
, Forrest G. Hall
Forest Resources
Research output
:
Contribution to journal
›
Article
›
peer-review
29
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Scopus citations
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Keyphrases
Agricultural Crops
100%
Crop Canopy
100%
Field Spectroscopy
100%
Leaf Area Index
66%
Canopy Reflectance
66%
Crop Species
33%
Species Identification
33%
Agronomic Traits
33%
Cultural Practices
33%
Nutrient Deficiency
33%
Conceptual Model
33%
Light Interception
33%
Spectral Data
33%
Conceptual Approach
33%
Viewing Angle
33%
Critical Links
33%
Biophysical Parameters
33%
Radiation Model
33%
Spectral Estimation
33%
Temporal Profile
33%
Reflectance Measurement
33%
Canopy Soil
33%
Profile Model
33%
Crop Yield Modeling
33%
Multispectral Reflectance
33%
Illumination Geometry
33%
Soil Atmosphere
33%
Biophysical Characteristics
33%
Canopy Radiation
33%
Sun Angle
33%
Canopy Geometry
33%
Sun Sensor
33%
Crop Physiology
33%
Area Lights
33%
Multispectral Remote Sensing
33%
Moisture Stress
33%
Soil Background
33%
Crop Growth Model
33%
Sensor Geometry
33%
Crop Reflectance
33%
Design Implementation
33%
Spectral-temporal Feature
33%
Quantitative Description
33%
Species Development
33%
Agricultural and Biological Sciences
Spectroscopy
100%
Leaf Area Index
100%
Developmental Stage
50%
Nutrient Deficiencies
50%
Soil Gas
50%
Crop Physiology
50%
Canopy Radiation Model
50%
Moisture Stress
50%
Species Identification
50%
Remote Sensing
50%
Earth and Planetary Sciences
Reflectance
100%
Leaf Area
66%
Canopy Reflectance
66%
Crop Growth
33%
Remote Sensing
33%
Protective Atmosphere
33%
Physics
Reflectance
100%
Leaf Area Index
66%
Canopy Reflectance
66%
Spectral Estimation
33%
Crop Growth
33%
Protective Atmosphere
33%