• Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system

LK-1850 Integrated Monitoring System for Intelligent Climate Chamber Phenotypes

  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
  • Containerised smart climate chamber phenotypic integrated monitoring system
SPECIFICATION
         LK-1850 Integrated Monitoring System for Intelligent Climate Chamber Phenotypes

LK-1850 Intelligent Climate Chamber adopts container type structural design, and its interior consists of three functional divisions, namely, control and analysis area, phenotype acquisition area and environmental equipment area, combining with dynamic environmental control system, high-precision mechanical transmission device, high-resolution imaging system, intelligent phenotype analysis system and multi-dimensional phenotype expression system, to realise high-throughput acquisition and analysis of crop phenotypes, and its main advantages: easy to move and transport. It can achieve continuous measurement of the changes in phenotypic characteristics and physiological parameters of crop growth due to the growth of its organs, and can carry out ecological environment simulation tests and plant culture under any environmental conditions. Leaf area index, leaf area, green index, plant height, leaf temperature, etc. can be analysed.


Features

  • Flexible containerised design. Easy to move and transport, space-saving, no need for specialised laboratories, only need to provide outdoor space to install one or more climate chambers.
  • Dynamic environmental control system. According to the environmental control requirements of the AI climate chamber, different environmental factors such as temperature, humidity, CO2, O3, light and nutrient solution can be flexibly set to achieve the simulation research and data collection of crop growth environment.
  • High resolution imaging system. It can achieve continuous measurement of organ-scale phenotypic characteristics and physiological parameter changes during crop growth in controlled temperature chambers, integrating sensors such as chlorophyll fluorescence imaging, laser scanning imaging, hyperspectral imaging, infrared thermography, RGB imaging, etc. It can carry out phenotypic high-throughput analysis of physiological traits such as photosynthesis efficiency, stress and stress resistance and stress-tolerant varietal screening, generating hyperspectral, temperature and other kinds of data.

Application:Growth dynamics of wheat using this system