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Keyword [Crop Canopy]
Result: 1 - 20 | Page: 1 of 2
1. Time Series Analysis Of Transport Processes And Estimation Of Transfer Resistance Within And Above A Crop Canopy
2. The Modelling Of Three Dimensional Distribution Of Photosynthetically Active Radiation In Maize Canopy
3. Research Of Crop Canopy Characteristic Information By Using Hyperspectral Remote Sensing Data
4. Research Of Crop Canopy Characteristic Information By Using Hyperspectral Red Edge Parameters Of Cotton
5. Research Of Crop Canopy Structural Parameter By Using Hyperspectral Vegetation Indices Of Cotton
6. Leaching Of Nitrogen From Above-ground Parts Of Maize And Wheat And The Affecting Factors
7. Active Crop Canopy Sensor-Based Nitrogen Diagnosis And Recommendation For Potato
8. The Constructions And Applications Of The High-precision Sturctural Models Of Crop Canopy
9. Study On Spatio-temporal Window Of Saturated PAR On The Crop Canopy In Intercropping Alley Of Anneniaca Vulgaris Cv. Luntaibaixing
10. Study On Estimating LAI And FAPAR From Hyperspectral Data In Crop Canopy
11. Active Crop Canopy Sensor-based Precision Nitrogen Management Of Winter Wheat(Triticum Aestivum L.)and Rice(Dryza Sativa L.)
12. Field Crop Canopy Application Of Nondestructive Testing Equipment And Development Of Vehicle Platform
13. Technology On Remote Automatic Monitoring Of Crop Canopy Coverage And Height
14. Developing An Instrument To Measure The Nutrient Of Crop Canopy Using Machine Vision Technology
15. Distance Measurement Method Of Spraying Rod And Crop Canopy Based On Image Processing
16. Study On Microclimate Characteristics And Influencing Factors Of Crop Canopy In Solar Greenhouse
17. Research On Wind Field Distribution Of Multi-rotor UAV And Its Influence On Spectral Information Acquisition Of Crop Canopy
18. Research On The Acquisition Method Of Background Interference-free NDVI For Ground Crop Canopy Based On Narrowbanded Camera
19. Research On The Diagnosis Method Of Crop Canopy Diseases Based On Thermal Infrared Image Processing Technology
20. Development of micrometeorological models for field-scale determination of evapotranspiration and water status of a discontinuous crop canopy
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