Field scientific observation study greenhouse and building method thereof

Abstract

The invention provides a field scientific observation study greenhouse and a building method thereof. The problems that a conventional greenhouse cannot realize the fast detection on partial indexes of collected samples, so that the test information is not obtained in time, timeliness is poor, and the research handling degree is poor are solved. The field scientific observation study greenhouse comprises a greenhouse access door; the inside of the greenhouse is divided into two sides; the one side is a corridor communicating with the access door; the other side is a test area, an experiment area and a control area in sequential arrangement; the test area is used for performing planting tests; the experiment area is used for performing physicochemical property determination on planting samples collected in the test area; the control area is used for performing Internet of things system operation, monitoring indoor and outdoor positions and sharing test data with other data centers; eachof the control area and the experiment area is a fully sealed space, and is only provided with an area access door communicating with the corridor; in the length direction of the greenhouse, a plurality of partition walls are arranged between the test area and the corridor; and an area access door is arranged between adjacent partition walls.

Description

technical field [0001] The invention belongs to construction engineering technology, and relates to a field scientific observation and research greenhouse and a construction method thereof. Background technique [0002] With the continuous development of the electronic information industry, the degree of artificial intelligence in agricultural planting is getting higher and higher. As a building that can control or partially control the growth environment of plants, the greenhouse can make plants grow without being affected by factors such as seasons and regions. It is widely used in modern scientific agricultural research. [0003] The traditional greenhouse is only equipped with a test area, and it is impossible to quickly detect some indicators of the collected samples, resulting in untimely acquisition of test information, poor timeliness, and poor research convenience, which is not conducive to the smooth development of researchers' work. SUMMARY OF THE INVENTION [...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the shortcomings that the traditional greenhouse cannot quickly detect some indicators of collected samples, resulting in untimely acquisition of test information, poor timeliness, and poor research management, and provides a field scientific observation research Greenhouses and methods of construction

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