Tropical epiphytic flowering plant natural composite nutrient solution

A compound nutrient solution and natural technology, applied in the field of plant nutrient solution, can solve problems such as unsatisfactory growth conditions, and achieve the effects of being beneficial to root growth and development, enriching symbiotic fungal communities, and prolonging flowering period.

Inactive Publication Date: 2012-06-27
HAINAN UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, due to the change of its original habitat, there is no corresponding special nutrient solution in artificial cultivation.
However, the existing nutrie

Method used

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  • Tropical epiphytic flowering plant natural composite nutrient solution

Examples

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Effect test

Embodiment 1

[0022] Take 600g of the nutrient substance composed of the group aerial roots of the nest base part of the wild bird's nest fern and the humus inside, rinse with sterile water to obtain 2L of the rinse solution, add 250g of potato powder for self-seed cultivation for 3 days, and then Move it into a shaker at 26°C and 120rpm, shake and culture for 15 days, discharge the fermentation mixture, filter, and the obtained filtrate is the fermentation liquid of the nest base part of wild bird's nest fern.

[0023] Get the fermented liquid 1.8Kg of wild bird's nest fern nest base part and total 3.3Kg of lemon peel, jackfruit peel, citrus peel (wherein lemon peel, jackfruit peel, citrus peel are mixed by weight ratio 1: 1: 1) mixed fermentation 3d, Then add 1.7Kg of potato flour and ferment for 2 days, add 0.23Kg of compound amino acid, filter and fill after 2 days to obtain the natural compound nutrient solution of tropical epiphytic flowers. Detection: the nutrients in the nutrient so...

Embodiment 2

[0025] Take 800g of the nutrient substance composed of the mass aerial roots of the wild bird's nest fern nest base part and the humus inside, rinse with sterile water to obtain 2.5L of the rinse solution, add 320g of potato powder to carry out self-seed cultivation for 2 days, Then move to 25°C, 120rpm shaker, shake and cultivate for 14 days, discharge the fermentation mixture, filter, and the obtained filtrate is the fermented liquid of the base part of the wild bird's nest fern.

[0026] Get the fermented liquid 2.0Kg of wild bird's nest fern nest base part and total 2.8Kg of lemon peel, pineapple peel, citrus peel (wherein lemon peel, jackfruit peel, citrus peel are mixed in the ratio of 1: 1: 1 by weight) mixed fermentation 2d, Then add 1.8Kg of potato flour and ferment for 3 days, add 0.18Kg of compound amino acid, filter and fill after 2 days to obtain the natural compound nutrient solution of tropical epiphytic flowers. Detection: the nutrient composition in the nutrie...

Embodiment 3

[0028] Take 900g of the nutrient substance composed of the group-shaped aerial roots of the nest base part of the wild bird's nest fern and the humus inside, rinse with sterile water to obtain 3L of the rinse solution, add 370g of potato powder to carry out self-seed cultivation for 1d, and then Move it into a shaker at 26°C and 120rpm, shake and culture for 16 days, discharge the fermentation mixture, filter, and the obtained filtrate is the fermentation liquid of the base part of the wild bird's nest fern.

[0029] Get fermented liquid 2.3Kg of wild bird's nest fern nest base part and total 2.7Kg of lemon peel, pineapple peel, citrus peel (wherein lemon peel, jackfruit peel, citrus peel are mixed by weight ratio 1: 1: 1) mixed fermentation 4d, Then add 1.6Kg of potato powder to ferment for 2 days, add 0.14Kg of compound amino acid, filter and fill after 2 days to obtain the natural compound nutrient solution of tropical epiphytic flowers. Detection: The nutrients in the nutr...

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Abstract

The invention belongs to the field of plant nutrient solution, and relates to a tropical epiphytic flowering plant natural composite nutrient solution. According to the invention, a fermentation broth of stem base parts of wild new pteris fern and fruit peels are subject to mixed fermentation for 2-4 days; potato powder is added to the mixture, and the mixture is fermented for 1-3 days; composite amino acid is added to the mixture; the mixture is filtered after 2 days, and is filled, such that the tropical epiphytic flowering plant natural composite nutrient solution is obtained. The nutrient solution is advantaged in simple preparation technology, abundant symbiotic fungal community, and abundant and complete nutrient components. With the nutrient solution, biochemical and biological characteristics of groundmass can be improved, root system growth and development can be promoted, seedling growth can be promoted, adult plant growth and metabolism can be activated, growing period can be shortened, flower season can be prolonged, and stress resistance can be improved. With the nutrient solution, subsequent links such as nutrient supplementing, pesticide supplementing, and antibacterial agent supplementing can be reduced. The nutrient solution is a natural flowering plant nutritional liquid fertilizer, and provides important significances in labor force, economy, and environment protection.

Description

technical field [0001] The invention belongs to the field of plant nutrient solutions, and relates to a flower nutrient solution, in particular to a natural composite nutrient solution for tropical epiphytic flowers, such as tropical orchids, anthuriums, pineapples, ornamental ferns and other flowers. Background technique [0002] The tropical flower industry is an emerging industry, among which tropical epiphytic flowers are one of the key points of development. Tropical epiphytic flowers, such as tropical orchids, anthuriums, pineapple, etc., are native to tropical rainforests, relying on the nutrients provided by the natural rainforest environment for growth, and relying on various fertilizers for production. [0003] my country is a large agricultural country, and N, P, K fertilizers and animal excrement are widely used in farmland. In order to achieve high yields, fertilization is often done frequently and in large amounts throughout the year, which increases the burde...

Claims

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Application Information

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IPC IPC(8): C05F15/00
Inventor 徐诗涛宋希强于旭东朱国鹏钟云芳王祝年
Owner HAINAN UNIVERSITY
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