A field crop phenotype five-dimensional data collection vehicle

Abstract

A field crop phenotype five-dimensional data collection vehicle. The invention realizes the position adjustment of the field crop phenotype five-dimensional data acquisition vehicle along the first direction and the height adjustment along the second direction through the walking support system arranged on both sides of the field; through the driving frame erected on the walking support system, Adjust the specific position of the integrated mobile sampling system on the collection vehicle in the third direction; adjust the angle of the crop phenotype data collected by the phenotype acquisition equipment correspondingly through the two directions of rotation axes set on the integrated mobile sampling system, by Therefore, high-throughput, high-precision and low-cost crop phenotype acquisition is achieved in 5 dimensions. The invention is applied to field crops, and can realize continuous and accurate monitoring of phenotypic characteristics and physiological parameters of each organ growth in the growth process of crops inside and outside the field climate chamber, and accurately track and compare phenotypic characteristics and physiological parameters of crops throughout the life cycle.

Description

technical field [0001] The invention relates to the technical field of field phenotype acquisition, in particular to a field crop phenotype five-dimensional data collection vehicle. Background technique [0002] Crop phenotype is part or all of the identifiable physical, physiological and biochemical characteristics and traits produced by the interaction between genes and the environment, including the structure, composition and growth and development process of the crop, which not only reflects the expression regulation at the molecular level, but also It reflects complex traits such as plant physiology, biochemistry, morphological anatomy, and stress resistance. [0003] The development of functional genomics and gene technology in the field of crop breeding is the most convenient and effective means to increase grain production. Phenotype is the external expression of crop genes, which is the result of the interaction between the crop's own genes and the external environ...

AI Technical Summary

Problems solved by technology

The above research work often relies on manual detection of individual traits of small samples of plants. Due to the low efficiency of manual measurement and the limited amount of data, the data samples collected by this manual monitoring method often have large deviations, and it is difficult to develop multiple traits of plants. comprehensive analysis of

And the human factors introduced by this manual method can easily lead to errors in measurement data

[0008] The analyzable data samples in the existing crop phenotype research have small scale, high cost, time-consuming and laborious data sample collection, lack of standardization and low measurement accuracy, which has become a bottleneck restricting the development of plant genome functional analysis and molecular breeding.

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