Portable in-situ soil map acquisition equipment

Abstract

The invention relates to portable in-situ soil atlas acquisition equipment. The portable in-situ soil atlas acquisition equipment comprises a soil acquisition box body, a detection kit, a box top connecting cover, a folding manual treading rod and a portable multipurpose soil scanner, the box top connecting cover is connected with the folding manual treading rod or other piling type equipment andpower sampling equipment to form a power module, so that the soil acquisition box body is inserted into a soil layer and a soil sample is obtained. An index detection module composed of the detectionkit and the portable multipurpose soil scanner can enable experimenters to carry out on-site collection of soil maps such as root maps and enzyme spectrograms on a sampling site, and real-time data sharing of field sites and laboratories is achieved through the technology of the Internet of Things. The experimental process is simplified, environmental pollution is avoided, and operation is easy, convenient and rapid.

Description

technical field [0001] The invention is a portable in-situ soil map collection device, which belongs to the technical field of soil sample acquisition and map collection. Background technique [0002] In many studies involving the biological functions of plant roots, rhizosphere benefits, and soil temporal and spatial changes, the synergistic effect of the "root-soil-microbe" system structure is a part that cannot be ignored in the research. The acquisition and analysis of maps such as soil material distribution, particle structure and plant root morphology are the basic experiments. At present, the collection of field samples and the acquisition and analysis of indoor maps are two independent experimental processes, which are difficult to perform at the same time and are time-consuming and labor-intensive. Therefore, a device that integrates field soil and root sample collection and root morphology analysis can solve this problem. [0003] In the actual experimental proce...

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Problems solved by technology

If the sample needs to be transported for a long time, the difficulty of the whole experimental process will increase accordingly

Most of the soil collection equipment can only complete the sample collection work, and the transfer and shape preservation of the samples need to be completed manually. For example, a plant root soil collector disclosed by a utility model whose patent publication number is CN207215490U has the ability to realize the standardization of root soil collection. advantages, but cannot complete the transfer and analysis of subsequent samples

At the same time, the collection and transportation of a large number of wild soils will destroy the landscape characteristics and ecological functions of the original environment to a certain extent.

For example, the invention patent with the patent publication number CN110864934A discloses a layered sampling device and method for contaminated soil in a temporary storage. This patent can make the soil collection process easier by drilling holes in the soil, but excessive drilling and collection The soil is at risk of destroying the original soil ecosystem

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