Plant growth precision control method based on production base

Abstract

The invention relates to a plant growth precision control method based on a production base. The plant growth precision control method comprises the steps of: 1, carrying out monitoring and photographing on a plant, acquiring plant images, and recognizing a current growth stage of the plant according to image recognition processing; 2, performing spectral analysis on the shot plant pictures, determining growth characteristics of the plant, wherein the growth characteristics comprise a coupling relation between canopy leaves of the plant and nutrient elements; 3, collecting environmental factors in a planting region, and determining the environmental factors correspondingly matched with each growth stage of the plant according to the environmental factors; and 4, forming growth environmentfactors according to the current growth stage of the plant in combination with the growth characteristics and the environment factors, matching a growth management and control model corresponding to the growth stage according to the growth environment factors, and controlling and adjusting the growth environment factors of the plant according to the growth control model. According to the plant growth precision control method, the plant production operation and maintenance level is improved, the personnel labor is reduced, the labor cost is reduced, and factory planting of plants is realized.

Description

technical field [0001] The invention relates to the technical field of plant growth control, in particular to a method for precisely controlling plant growth based on a production base. Background technique [0002] At present, planting various plants in production bases, such as planting crops, requires more manpower to manage the growth process of the plants so that the plants grow in good condition. More specifically, planters carry out different management according to different types of plants and different growth stages of plants, including the management of environmental factors such as fertilization time, fertilization amount, water, carbon dioxide concentration, humidity, and light, so that plants can grow in the most suitable environment. environment and improve economic efficiency. The management of these plants often relies on the experience of planters, and it is impossible to form a plant growth control model, which makes it impossible to industrialize the pla...

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Problems solved by technology

The management of these plants often relies on the experience of the planters, and it is impossible to form a plant growth control model, which leads to the inability to industrialize the planting of related plants.

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