Artificial intelligent breeding method for vegetable

Abstract

Disclosed is an artificial intelligent breeding method for vegetable comprising the steps of, (1) selecting n male and female parents to produce the first generation of the hybrid, surveying their main economy indexes, (2) inputting the survey data into computer, processing the data through data base management system, creating the mathematics model reflecting the relation between the first generation parent sample and the hybridization, (3) inputting the performance of the male parent and female parent into computer, forecasting the character of the first generation of hybrid through the mathematics model, (4) selecting several portions of the forecasted fine hybrid first generation, carrying out field sowing, surveying yield, quality, disease resistance and choosing novel crop breeds.

Description

[0001] Field: [0002] The invention belongs to a breeding method of crops, in particular to a method for selecting and breeding excellent new varieties of vegetables by using a breeding expert system. Background technique: [0003] At present, the use of heterosis to breed new varieties of crops has become the main technical means of crop breeding. Compared with conventional breeding methods, it has the advantages of high yield, high quality, disease resistance, and slow variety degradation. However, the first generation of hybrids has a long cycle, low efficiency, and heavy workload in the selection process, and it needs to take up a lot of experimental sites, manpower, material and financial resources. At present, all scientific research units are limited by the conditions of scientific research funds and experimental sites. It is difficult to plant all the germplasm resources and the huge combinations prepared in the field during the breeding process. Only a small amount o...

AI Technical Summary

Problems solved by technology

However, the first generation of hybrids has a long cycle, low efficiency, and heavy workload in the selection process, and it needs to take up a lot of experimental sites and manpower, material and financial resources.

At present, all scientific research units are limited by the conditions of scientific research funds and experimental sites. It is difficult to plant all the germplasm resources and the huge combinations prepared in the field during the breeding process. Only a small amount of germplasm resources and combinations can be selected based on personal experience. Comparison tests are carried out, so the results of selection are often obviously subjective and personal biased

Due to the lack of scientific and effective means of predicting the superiority of the first generation of hybrids, a large amount of germplasm resources were wasted and many excellent first generation of hybrids were rejected

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