PlantScreen(Compact Version) Plant Phenotype Imaging Analysis Platform

PlantScreenThe compact plant/crop phenotype imaging analysis platform is a high-throughput plant phenotype imaging analysis system for greenhouse or laboratory use（ http://www.eco-tech.com.cn/portal/article/index/id/743.html ）Composed of a host box and imaging unit with automatic transmission system and light/dark adaptation, it is widely used in genomics phenotype omics research, genetic breeding, crop stress and resistance screening, germplasm resource detection, biosafety monitoring, etc. Its main technical features are:

lFully automated, high-throughput, non-invasive plant phenotype analysis

lChlorophyll fluorescence imaging

lMultispectral excitation, multispectral fluorescence imaging

lRGB3D imaging analysis

lHyperspectral imaging analysis

lInfrared thermal imaging analysis

l3DLaser scanning imaging analysis

lAutomatic watering/weighing

Users can choose different imaging units according to their needs and budget conditions. Chlorophyll fluorescence imaging analysis and RGB 3D imaging analysis are recommended basic imaging unit configurations, which can analyze the physiological and ecological functions of plants, including photosynthetic efficiency, plant stress and resistance, as well as plant morphological structure (such as leaf area, biomass indicators, plant growth, etc.) and color trait analysis. The automatic irrigation system is an important functional unit for studying crop drought stress, water use efficiency, and other factors

Infrared thermography is an essential option for high-throughput research and analysis of crop drought stress and stomatal conductance. (Follow the latest research paper by the University of Zurich and PSI Plant Phenotype Research Center in Switzerland: Sugar transport to guard cells is essential for stomatal opening and plant growth）

The hyperspectral imaging unit includes visible light near-infrared band (VNIR, 400-950nm) and short wave infrared band (900-1700nm or optional 1000-2500nm band), which can comprehensively analyze plant spectral "fingerprints", plant physiological and biochemical indicators such as chlorophyll, anthocyanins, carotenoids, water content distribution, crop maturity and aging, crop stress, etc. Common parameters include NDVI, red edge normalized plant, PRI photochemical plant spectral index, PSRI vegetation attenuation index, CI chlorophyll index, ARI anthocyanin index, CRI carotenoid index, WBIR water band index, HI health index, MSI water stress index, CAI cellulose index, NDLI lignin index, NDNI normalized nitrogen index, etc

The host system is equipped with powerful control and data processing servers, corresponding software, database systems, and protocols (experimental programs), which can preset automatic control, automatic experiment running, online analysis, etc

Yiketai Ecological Technology Company provides comprehensive technical solutions for plant/crop phenotype analysis:

1)Chlorophyll fluorescence imaging analysis

2)Multispectral Fluorescence Imaging Analysis

3)Hyperspectral imaging analysis

4)Infrared thermal imaging analysis

5)RGBImaging analysis

6)Microscopic chlorophyll fluorescence and multispectral fluorescence analysis

7)RhizoTron ®Root phenotype analysis

8)Plant automatic transfer, XYZ 3D scanning, SpectraScan spline scanning, field robot and PhenoUAS ® Unmanned aerial vehicle remote sensing plant phenotype analysis platform

Ecolab ®Plant Phenotype LaboratoryEquipped with advanced phenotype analysis instrument technologies such as 400-1700nm hyperspectral imaging, FluorCam chlorophyll fluorescence imaging, multispectral fluorescence imaging, Thermo RGB infrared thermal imaging, etc., and cooperating with the PlantScreen phenotype analysis platform of the Institute of Botany, Chinese Academy of Sciences to provide comprehensive phenotype analysis technology services and collaborative research.