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HYPERSPECTRAL ANALYSIS of RICE PHENOLOGICAL STAGES in NORTHEAST CHINA
M. L. Gnyp
, Y. Yao
, K. Yu
, S. Huang
, H. Aasen
, V. I.S. Lenz-Wiedemann
,
Y. Miao
, G. Bareth
Research output
:
Contribution to journal
›
Conference article
›
peer-review
5
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Scopus citations
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Keyphrases
China
100%
Hyperspectral
100%
Normalized Ratio
100%
Aboveground Biomass
75%
Leaf Area Index
50%
Two-band
50%
Band Combination
50%
Stem Elongation Stage
50%
Farmer's Field
50%
Two-field
25%
Rice Growth
25%
Precision Agriculture
25%
Tractor
25%
Stem Elongation
25%
Oryza Sativa
25%
Paddy Rice
25%
Phenological Stages
25%
Vegetation Index
25%
Index numbers
25%
Agronomic Data
25%
Number of Tillers
25%
Northeast China
25%
Sanjiang Plain
25%
Tillering Stage
25%
Booting Stage
25%
Sensitive Individuals
25%
Hyperspectral Vegetation Index
25%
Field Spectroradiometer
25%
Unmanned Aerial Vehicle
25%
Experimental Field Data
25%
Irrigated Lowland Rice
25%
Agricultural and Biological Sciences
Aboveground Biomass
100%
Stem Elongation
100%
Vegetation Index
66%
Leaf Area Index
66%
Precision Agriculture
33%
Heading
33%
Lowlands
33%
Paddies
33%
Tillers
33%
Asian Rice
33%
Tillering
33%
Spectroradiometers
33%
Unmanned Aerial Vehicle
33%
Earth and Planetary Sciences
Indexes (Ratios)
100%
Aboveground Biomass
75%
Leaf Area
50%
Vegetation Index
50%
Field Experiment
25%
Pilotless Aircraft
25%
Precision Agriculture
25%
Rice
25%
Spectroradiometers
25%
Tillering
25%
China
25%
Unmanned Aerial Vehicle
25%