Mechanized Oenanthe javanica planting technology

Abstract

The invention relates to a vegetable planting method, in particular to a mechanized Oenanthe javanica planting technology. The mechanized Oenanthe javanica planting technology includes the steps of soil preparation, seed arrangement, field management in a growth period, soil blocking, using an Oenanthe javanica harvester for breaking blocks, harvesting, conveying, raking to level soil, carrying out single-row harvest and the like. Compared with a traditional Oenanthe javanica planting technology, the mechanized Oenanthe javanica planting technology has the advantages that the technology is applicable to large-scale mechanized operation, small in labor intensity and high in operation efficiency; the line space is widened in the planting mode, so that ventilation, daylighting, water and fertilizers and tillering at the growth stage of Oenanthe javanica are improved, field management is facilitated, and single-plant thickness and length of Oenanthe javanica are increased remarkably; later-period tillering is benefited by better ventilation, daylighting, water and fertilizers, so that the number of seedlings and yield are increased.

Description

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AI Technical Summary

Benefits of technology

The present invent describes an improved way that makes it easier than previous methods like manual crop rotation or handplantation. It allows plants to be grown more efficiently at once by reducing their size while still allowing them to breathe well during different stages of growth. This results in increased space between row roots without requiring excessive effort on top compared to older techniques such as mechanical cultivators. Additionally, this new technique can improve air quality through efficient irrigating systems used along with proper drainage from soil layers below. Overall, these technical improvements make growing crops faster and less expensive over longer periods of times.

Problems solved by technology

Technological Problem: Current methods are time-consuming and require significant effort from workers manually shaking clods during the growing cycle. Additionally, there may exist issues such as poor quality or lack of uniformity when plants grown under these conditions due to unevenness caused by different factors like moisture content at varying depth levels within the root system.

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