Method for producing esthetic bryophyte bottle

The technology of a bryophyte and a production method, applied in the field of plant horticulture, can solve the problems of waste of bryophyte resources, low survival rate and the like, and achieve the effects of easy promotion, high survival rate and broad market prospect.

Inactive Publication Date: 2013-05-01
SHANXI UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] The moss bottles currently sold in the market are all moss collected from the wild and then transplanted into the bottle at one time after simple treatment. The survival rate is low and the resources of moss plants are seriously wasted.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0014] Choose a petri dish, clean it and put it into perlite which accounts for 1 / 3 of the volume of the petri dish, and then add knop nutrient solution for later use. It is advisable for the nutrient solution to fully infiltrate the perlite. Cut the gourd moss and silk moss collected from the wild into small pieces of about 2-5mm, and then sprinkle them evenly into the petri dish, cover them and put them in an artificial climate box for cultivation. The conditions of the artificial climate box: temperature 20°C, light : dark = 14h: 10h, the light intensity is about 1500lux. Water and nutrient solution alternately every 5 days to keep the substrate moist. After culturing for about 20 days, green protonema can be seen, gametophyte larvae can be seen at about 50 days, and well-growing bryophyte plants can be seen at about 60 days. At this time, remove the glass bottle from the artificial climate chamber and place it on a desk, coffee table or window sill indoors where the sunli...

Embodiment 2

[0016] Choose a beverage bottle, clean it and put it into the vermiculite that accounts for 1 / 3 of the volume of the bottle, and then add the knop nutrient solution for later use. It is advisable for the nutrient solution to fully infiltrate the perlite. Cut the moss collected from the wild into small pieces of about 2-5mm, and then evenly sprinkle it into the spare bottle, cover it (with 5-10 small holes on the cover), tighten it, and place it indoors in a well-lit place with natural light , alternately watering water and nutrient solution every 4 days, keeping the substrate moist all the time, and cultivating for about 100 days to see good-growing bryophyte plants. During the placement period, the nutrient solution must be poured regularly to keep the inside of the bottle moist.

Embodiment 3

[0018] Choose a can bottle, clean it and put it into a mixed matrix that accounts for 1 / 3 of the volume of the bottle (among them, by volume ratio: perlite 40%, peat 25%, vermiculite 25%, pine needle 10%), and then add knop nutrient solution It is advisable for the nutrient solution to fully infiltrate the substrate. Cut the gourd moss into small pieces of about 2-5mm, and then evenly sprinkle it into a spare glass bottle, cover the glass bottle (with 5-10 small holes on the cover) and tighten it, then put it in an artificial climate box for cultivation. Water the nutrient solution regularly to keep the bottle moist. Artificial climate chamber conditions: temperature 20°C, light:dark=14h:10h, light intensity about 1500lux. After culturing for about 20 days, green protonema can be seen, gametophyte larvae can be seen at about 50 days, and well-growing bryophyte plants can be seen at about 60 days. At this time, remove the glass bottle from the artificial climate chamber and p...

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PUM

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Abstract

The invention provides a method for producing an esthetic bryophyte bottle. The method comprises that the collected plants of funaria hygrometrica, entodon cladorrhizans, brachythecium albicans and the like are cut into small sections of about 2-5mm, and put into a transparent glass bottle which contains uniformly added mediums of perlite and the like and nutrient solution and is capped, and small holes are formed on a bottle cap for ventilation; culture is carried out for 50-110 days; and water and the nutrient solution need to be filled during the culturing and putting periods so as to main the bottle inside wet. By utilizing the method, the severe conditions of aseptic technique are overcome, the method is simple to operate, convenient and easy, low in cost, environmental-friendly and economic; the method is easy to master, has high plant survival rate, is convenient to popularize and has a wide market prospect; and when the produced esthetic bryophyte bottle which is artificially cultured is put on a desk, a user can enjoy gardens without going out.

Description

technical field [0001] The invention relates to the technical field of plant gardening, in particular to a method for making a bryophyte ornamental bottle. Background technique [0002] Bryophytes are spore plants. In the plant kingdom, they are a group of plants that have changed from aquatic to terrestrial. At present, including Antarctica, they can be seen on the earth, except for mountains and oceans above 5000m. In traditional gardening, bryophytes are excellent applied materials. [0003] Bryophytes are generally born in damp habitats, grow fast, are not easily invaded by diseases and insect pests, have a strong ability to survive the winter, and have unique colors and delicate textures. The growth posture and color are full of changes. From the shape, it can be divided into upright, flat, crawling, tree-like, hanging, etc. Some are as small as beads, and some are as long as 1 meter. The colors are light green, light gray, light yellow, gray green , yellow green, dar...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G1/00A01G31/00
Inventor 王桂花谢树莲
Owner SHANXI UNIV
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