Rod plant population lodging resistant method and device

Abstract

The invention relates to a rod plant population lodging resistant method and a rod plant population lodging resistant device. The method is characterized in that: at least four gaskets are uniformly distributed on the periphery of each rod plant; the waist parts of the gaskets are bound with the rod plant through horizontal ropes; a lodging resistant rod is arranged between the rod plant and adjacent rod plants respectively; two ends of the lodging resistant rod respectively bear against gaskets of corresponding sides of the two rod plants; the middle part of the lodging resistant rod is provided with a telescopic connector; and two adjacent plants in all horizontal and longitudinal rows are firmly connected through lodging resistant rods, gaskets and ropes to connect the whole population of plants into a whole. The method is favorable for lodging-resistant protection of plant population when heavy wind comes; the device has the advantages of simple structure, readily available materials, quick and convenient erection, convenient filed implementation and promotion, low labor consumption, material recycling, low cost, good stability and obvious plant population wind-resistant and lodging-resistant effect.

Description

technical field [0001] The invention relates to a lodging resistance method and device for rod-shaped plant populations. Background technique [0002] my country has a large agricultural population, and many food crops, cash crops, medicinal plants and special plants are planted in various places. The planting industry is an important economic industry in many areas of our country, especially in some areas where agriculture is the main income. economic pillar of national income. However, because typhoons frequently affect or land on the coastal areas of East China and South China, the typhoon winds are extremely strong, and many plants fall down because they cannot withstand the strong wind attack in the typhoon, resulting in a large area of ​​plants in the coastal areas of East China and South China every year. Pieces of damage have caused serious losses to growers and reduced local GDP. At present, the known plant lodging resistance method is to support the plants with a ...

AI Technical Summary

Problems solved by technology

However, because typhoons frequently affect or land on the coastal areas of East China and South China, the typhoon winds are extremely strong, and many plants fall down because they cannot withstand the strong wind attack in the typhoon, resulting in a large area of ​​plants in the coastal areas of East China and South China every year. Pieces of damage have caused serious losses to growers and reduced local GDP

At present, the known plant lodging resistance method is to support the plants with a tripod around the plant, but the cost is high, and it is troublesome to build a tripod in the group. Moreover, the tripod is fixed and has no elasticity. Lodging, however, the lower part is broken by strong winds, which is not effective for plant protection

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