JC-GC-20 Plant Canopy Image Analyzer

1、 Product Introduction
The plant canopy image analyzer is used for the study of plant canopies at various heights. Fisheye lenses and CCD image sensors are used to obtain plant canopy images, and specialized analysis software is used to obtain relevant indicators and parameters of the plant canopy. By using fisheye lens imaging to measure plant canopy data, only one operation is required, simplifying the complex work of traditional measurement methods that require multiple measurements at fixed points per day. Moreover, using image method to measure canopy can actively avoid canopy gaps that do not comply with the calculated canopy structure parameters, as well as obstacles that do not comply with measurement calculations.
2、 Product parameters
1. Lens angle: 150 ° (or user selectable 180 ° lens). Unless the user has special needs, a 180 ° fisheye lens is often not suitable
2. The assumptions made in the principles and methods of pore measurement are not suitable and economical for analyzing canopy structure
3. Resolution: 768 × 494pix
4. Measurement range: zenith angle from 0 ° to 75 °
5. PAR sensing range: sensing spectrum 400nm~700nm measurement range 0-2000 μ mol/㎡• S
6. Analysis software: Plant canopy analysis system
7. Display and Memory: Depends on the choice of laptop.
8. Power supply: lithium battery pack
9. Transmission interface: USB
10. Working temperature: 0-55 ℃
3、 Product Features
1. Non destructive measurement of canopy structure
2. Can measure photosynthetically active radiation (PAR) inside and outside the canopy
3. Handheld universal joint automatic horizontal adjustment probe, no need for tripod
4. A portable laptop can help you select sampling points correctly and make real-time decisions on image selection
5. Powered by an external lithium battery pack, it is convenient for observation and long-term measurement, especially suitable for completing heavy field observation tasks
6. Image analysis software can define image analysis areas arbitrarily (zenith angle can be divided into 10 zones, azimuth angle can be divided into 10 zones). When conducting regional analysis on canopies in different directions, it is possible to arbitrarily shield ground scenery and unreasonable canopy parts (such as missing plants, edge row problems, etc.). The selection of starting and ending angles for different zenith angles can avoid canopy pore conditions that do not comply with the calculation of canopy structure parameters. By manually adjusting the threshold, parameters such as leaf area index can be measured more accurately

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1. Non destructive measurement of canopy structure
2. Can measure photosynthetically active radiation (PAR) inside and outside the canopy
3. Handheld universal joint automatic horizontal adjustment probe, no need for tripod
4. A portable laptop can help you select sampling points correctly and make real-time decisions on image selection
5. Powered by an external lithium battery pack, it is convenient for observation and long-term measurement, especially suitable for completing heavy field observation tasks
6. Image analysis software can define image analysis areas arbitrarily (zenith angle can be divided into 10 zones, azimuth angle can be divided into 10 zones). yes

When conducting regional analysis of canopy layers in different directions, it is possible to arbitrarily shield ground scenery and unreasonable canopy parts (such as missing plants, edge row problems, etc.). The selection of starting and ending angles for different zenith angles can avoid canopy pore conditions that do not comply with the calculation of canopy structure parameters. By manually adjusting the threshold, parameters such as leaf area index can be measured more accurately
1. Lens angle: 150 ° (or user selectable 180 ° lens). Unless the user has special needs, a 180 ° fisheye lens is often not suitable
2. The assumptions made in the principles and methods of pore measurement are not suitable and economical for analyzing canopy structure
3. Resolution: 768 × 494pix
4. Measurement range: zenith angle from 0 ° to 75 °
5. PAR sensing range: sensing spectrum 400nm~700nm measurement range 0-2000 μ mol/㎡• S
6. Analysis software: Plant canopy analysis system
7. Display and Memory: Depends on the choice of laptop.
8. Power supply: lithium battery pack
9. Transmission interface: USB