Plant gene activating agent

Abstract

The present invention discloses a plant gene activator capable of making plant root system develop, increasing chlorophyll raising utilization rate of fertilizer, making plant self-body to resist several diseases and various adverse conditions. The composition of said activator contains (wt%) salicylic acid 0.1-10, linolenic acid 0.5-20, chitosamine 1-30, C18-C24 mixed fatty acid 10-60, fulvic acid 1-20 and emulsifier 5-20. The application of said activator can raise quality of agricultural products, can greatly raise yield of crops, and it is non-toxic and harmless to animal, plant and humanbody, and has no pollution.

Description

1. Technical field: [0001] The invention relates to a fertilizer acting on plants, in particular to a plant gene activator capable of promoting plant growth and improving stress resistance. 2. Background technology: [0002] At present, there are many fertilizers that act on plants, including traditional chemical fertilizers and foliar fertilizers with certain stress resistance. All there is one or another shortcoming in these fertilizers. in [0003] 1. Disadvantages of traditional chemical fertilizers: [0004] ① There are 16 kinds of nutritional elements recognized in the world that are necessary for the growth of crops, namely carbon, hydrogen, oxygen, nitrogen, phosphorus, potassium, calcium, magnesium, sulfur, iron, boron, manganese, copper, zinc, molybdenum and chlorine. If the crop lacks any one of these 16 nutrients, the crop will not grow normally. Traditional chemical fertilizers contain the first 7 elements that are required in large amounts during the growth...

AI Technical Summary

Problems solved by technology

Traditional chemical fertilizers contain the first 7 elements that are required in large amounts during the growth of crops, while the latter 9 trace elements are often missing in the soil, which is not good for crop growth

[0005] ②Traditional chemical fertilizers use a large amount, low utilization rate, and uneconomical

According to statistics from 1984 to 1994, the use of chemical fertilizers for food crops increased by 90.70%, while that for grain only increased by 9.00%, and the economic benefits were very low

[0006] ③Long-term use of traditional chemical fertilizers will pollute the environment and cause eutrophication of the water system, making it difficult for a large number of aquatic organisms to survive; especially polluting groundwater, producing a large amount of carcinogenic nitrite, which seriously endangers human health

[0007] ④Long-term use of traditional chemical fertilizers will cause imbalance of soil fertility, resulting in soil compaction and decreased permeability, which is unfavorable for crop growth

[0008] 2. Disadvantages of foliar fertilizer

[0009] ①The ingredients of many foliar fertilizers are often trace elements, and the ingredients are relatively single. Sometimes it is necessary to use multiple foliar fertilizers in combination or multiple times, which is costly and troublesome to operate

[0010] ②Few functions: For example, growth-promoting foliar fertilizers often have weak effects on plant disease prevention and stress resistance; those that can prevent diseases often have weak growth-promoting effects, and often crops still reduce production after the disease is cured

[0011] ③ Stress-resistant foliar fertilizers are usually only effective for a certain type of adversity. When encountering certain adversity stress, it cannot be solved or the effect is not good.