PhenoPlot Lightweight Crop/Plant Phenotype Imaging Analysis System

PhenoPlotLightweight crops/The plant phenotype imaging analysis system consists of a lightweight phenotype scanning imaging platform, phenotype spectral imaging sensors, and analysis software, using STP (sensor to plant) technology）Technology, the imaging unit can automatically position and image along the horizontal axis of the platform(Spline type)The height is adjustable. Can be used in situ in the field（in-situ）Plants/Crop phenotype imaging analysis, potted plant or evapotranspiration system plant/crop phenotype imaging analysis, and plant soil spectral imaging analysis, etc.

Main functional features:

1)Modular quick disassembly structure, lightweight, foldable, and expandable, can be easily accessed by a single person in the field PlotSample crops/Phenotypic imaging measurement and analysis of plants, or based onSoiltron permeameterScanning imaging analysis of iPOT culture pots and miniPlot plots using technology

2)standard configuration400-1000Nm hyperspectral imaging, 900-1700Nm hyperspectral imaging, optional with other spectral imaging bandsRGBImaging, multispectral imaging, infrared thermal imagingThermo-RGBFusion imaging, chlorophyll fluorescence imaging and other imaging sensors for different crop phenotypes

3)The standard configuration is single axis spline scanning imaging analysis,Height adjustable, customizable for customersXYDual axis phenotype imaging analysis platform

4)Adopting star shaped networking IoT technology, compatible5G communication technology enables remote control and other functions

5)Built in temperature and humidity, light intensityGPS、 Clock (clock can be automatically calibrated based on GPS information), expandable to add sensors such as soil moisture, soil temperature, and air CO2Solar radiation, canopy temperature, etc

6)Support combination commands（Protocols）， Implement automatic operation of protocols

7)Built in large capacity lithium battery, dual parallel connection, capable of outdoor operationMore than 8 hours

8)Optional side (vertical) spectral imaging analysis and optional rotating hyperspectral scanning imaging platform

9)Applied to plants/Crop phenotype monitoring and analysis, plant/crop physiological and ecological measurement research, crop stress and resistance assessment, germplasm resource research and detection, N content assessment, etc

Main technical indicators:

1)singleAxis（X-axis) standard span(Scanning amplitude)1.5m, optional2mSpan, scanning and positioning accuracy 1cm


2)Standard maximum height180cm， Height 80-180Cm adjustable

3)Support combination commands, can be set10A commandprotocols， Realize automatic operation of the system

4)high resolution RGBImaging (optional), resolution up to 18MPixels，10 2x optical zoom;Optional multispectral with equivalent resolution NDVIImaging lens

5)research-gradeInfrared thermal imaging (optional):

a)resolution 640x512Pixel, temperature range-25-150 degrees Celsius, temperature resolution 0.03 Celsius

b)Equipped with video mode and snapshot mode

c)The NUC function is used to obtain high-quality and stable thermal imaging images, and the interpolation function can form smooth thermal imaging images (excluding mosaic effects)

d)Equipped with automatic thermal imaging grading function

e)14 color palettes, customizable with different false color imaging options

f)USB-3 interface or network interface

g)Multi point temperature and blackbody calibration with calibration certificate

h)Professional temperature analysis software that can generate temperature distribution curvesIOR point line area temperature analysis, frequency histogram, 3D temperature distribution map, etc

6)Thermo-RGBInfrared thermography andRGB true color imaging fusion technology (optional) can measure the temperature and coverage of leaves exposed to sunlight, accurately reflecting the dynamics of crop stomatal conductance. This enables precise differentiation of sunlit leaves, shaded leaves, and soil background in crop canopy temperature measurement, and allows for ROI selection analysis, frequency histogram analysis, and display

7)VNIRHyperspectral imaging analysis unit

a)frequency range400-1000nm， Band number 224

b)spectral resolution FWHM：5.5nm

c)Spatial resolution:1024 pixels

d)vision38 degrees,

e)signal-to-noise ratio600:1

f) Imagery measurement and analysis of crop biochemical and physiological indicators such as chlorophyll content, anthocyanin content, carotenoid content, light use efficiency, health index, coverage, stress, and more than 20 other parameters

8)SWIR hyperspectral imaging analysis unit

a)frequency range900-1700nm， Band number 224

b)spectral resolution FWHM：8nm

c)Spatial resolution:640 pixels

d)vision38 degrees

e)signal-to-noise ratio1000:1

f)Imageable analysis and evaluation of cropsThe indicators of nitrogen content, water content, and water stress, etc

9)Built in air temperature and humidity, light intensityGPS、 Clock, optional with extended PAR, soil moisture, soil temperature and other sensors

10)Built in large capacity rechargeable battery, not less than14000mAh， Can operate in the wild for more than 8 hours

11)Optional plant physiological and ecological monitoring (customized by customers): including leaf temperature, leaf humidity, stem flow, stem growth, fruit growth, leaf chlorophyll fluorescence monitoring, photosynthesis monitoring, etc