Plant phenotypic information collecting cloud platform, plant phenotypic information collecting device and plant phenotypic information collecting method

Abstract

The invention discloses a plant phenotypic information collecting cloud platform, a plant phenotypic information collecting device and a plant phenotypic information collecting method and belongs to the field of plant phenotypic information collecting equipment. According to the plant phenotypic information collecting cloud platform, a shading curtain and a driving part capable of driving the shading curtain to lift are arranged on a base. When the plant information is collected by the collecting cloud platform, the curtain descending can cover a to-be-collected plant and form a dark box environment, so that the collecting cloud platform can be suitable for collecting plant phenotypic information in different external environments. The collecting device can collect the phenotypic information of plants in different growth stages or in different external environments, and is relatively high in collecting efficiency. The collecting method is relatively high in collecting efficiency and the collected information is relatively high in accuracy.

Description

technical field [0001] The invention relates to the technical field of plant phenotype information collection equipment, and more specifically, to a plant phenotype information collection platform, a collection device and a collection method. Background technique [0002] Plant phenotype refers to some or all identifiable plant physical, physiological and biochemical characteristics and traits that can reflect the structure and composition of plants, or can reflect the process and results of plant growth and development, and are produced by the interaction between genotype and environment. The analysis of plant phenotype is helpful to the improvement and breeding of plant genes. Since traditional plant phenotype analysis mostly measures the phenotypic trait parameters of plants by hand, there are problems such as small scale, low efficiency, large error, weak applicability, and strong destructiveness, which have become constraints to the development of plant phenotype resear...

AI Technical Summary

Problems solved by technology

[0008] However, when collecting phenotypic information on plants of different types or in different growth periods, the external environment will be different, including factors such as light environment, wind direction, and wind speed. Large interference will affect the collected leaf color, chlorophyll content, plant morphological structure and other phenotypic information, resulting in low accuracy of extracted information

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