Rhizosphere simulated culture device and method for culturing rhizosphere by using same

Abstract

The invention provides a rhizosphere simulated culture device and a method for culturing rhizosphere by using the same, belongs to the technical field of agriculture and aims to solve the problems that by the conventional method, the plants are cultured in one type of culture box, the rhizosphere environment can only be studied as a whole, the microenvironments of different rhizospheres cannot be well differentiated, and the workload is huge, the interference factors are too many, the error is big, the precision is low and the like. A culture bowl (1) of the rhizosphere simulated culture device is provided with seeding holes (2), an organic glass plate (3) is fixed on the bottom surface of the culture bowl (1), the culture bowl (1), on which the organic glass plate (3) is fixed, is put into a groove (5), and the groove (5) is embedded into a base (4). The culture method comprises the following steps of: 1, using the rhizosphere culture device; 2, loading soil; 3, fixing the organic glass plate; 4, sowing; 5, placing the culture bowl into the groove; and 6, culturing. The rhizosphere micro-ecological culture device can be used for detecting the micro-ecological environment of the rhizosphere of plants.

Description

technical field [0001] The invention relates to a simulated culture device and a culture method, in particular to a rhizosphere simulated culture device and a method for cultivating the rhizosphere. Background technique [0002] At present, the crop rhizosphere culture devices used by people are relatively backward, and only common culture methods can be used for crop rhizosphere culture. This method cannot distinguish the rhizosphere and non-rhizosphere environment soil well, and at the same time, it cannot distinguish the roots of different parts of the root system. In the traditional culture method, crops are planted in an incubator for cultivation, and the rhizosphere environment can only be studied as a whole. Generally, crops are grown in soil. If the rhizosphere and non-rhizosphere soil are distinguished, then The soil with sticky roots is used as the rhizosphere, and the soil that falls off is the non-rhizosphere soil. This cultivation method is difficult to accurate...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the traditional method of planting crops in an incubator for cultivation, the present invention can only study the rhizosphere environment as a whole, and cannot distinguish the microenvironment of different rhizosphere parts well, and it is difficult to accurately meet the test requirements.

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