Plant bacterial liquid for planting flowers with sphagna and use method of plant bacterial liquid

Abstract

The invention belongs to the technical field of microorganism bacterium solutions, and particularly relates to a plant bacterium solution for sphagna to plant flowers and a using method thereof.The plant bacterium solution for sphagna to plant flowers comprises a Z00Plus stock solution and a Z33 organic nutrient solution, lakebed saprolite with the self-deposition age limit larger than or equal to 5 years is extracted from the Z00Plus stock solution, and the Z00Plus stock solution is obtained through microorganism separation, purification and amplification culture; the feed contains composite effective microbial communities. According to the plant bacterial liquid for planting flowers with sphagna, the problem of sphagna planting can be fundamentally solved through the synergistic effect of the clastic enzyme and the anti-acidification metabolite. The clastic enzyme can specifically decompose spoilage toxin of the sphagna, recover the pore structure of the sphagna, activate and solidify nutrient substances and reduce the use of chemical fertilizers and salt deposition; the anti-acidification metabolite adjusts the strong acid environment to weak acid environment through buffering and neutralizing effects and is stable for a long time. An acidification source is eliminated, the existing acidic environment is improved, and the problem of flower root rot caused by acidification of sphagna planting is thoroughly solved.

Description

Technical Field

[0001] This invention relates to the field of microbial inoculant technology, specifically to a plant inoculant for planting flowers in sphagnum moss and its application method. Background Technology

[0002] Sphagnum moss is commonly used for cultivating orchids and various flowers. It doesn't provide nutrients; its primary function is water absorption. Fertilizer (nitrogen, phosphorus, and potassium) should generally be added weekly or every two weeks. Prolonged use leads to rotting and deterioration, causing the accumulation of inorganic salts and toxic substances, resulting in excessive salt content. In this case, the sphagnum moss absorbs only toxic substances and cannot absorb water or nutrients. Furthermore, high salt content lowers the pH of the growing environment to 3-4, while orchids thrive best in a slightly acidic environment (pH around 6.5). This can cause root rot in orchids grown in sphagnum moss, shortening the plant's lifespan. Therefore, this paper proposes a plant-based microbial solution for cultivating flowers using sphagnum moss and its application method. Summary of the Invention

[0003] The main objective of this invention is to provide a plant microbial solution for planting flowers in sphagnum moss and a method for using it, which can solve the problems mentioned in the background art.

[0004] To achieve the above objectives, this invention proposes a plant microbial solution for planting flowers in sphagnum moss, comprising Z00Plus stock solution and Z33 organic nutrient solution. The Z00Plus stock solution is extracted from lake bottom sludge with a deposition period of ≥5 years, obtained through microbial isolation, purification, and large-scale cultivation, and contains a complex of beneficial bacteria. This complex of beneficial bacteria can secrete three types of functional substances: decomposing enzymes, antioxidant metabolites, and growth-promoting factors. The decomposing enzymes include proteases, lipases, cellulases, and phosphatases. The antioxidant metabolites include organic acid buffers and alkaline metabolites, with the alkaline metabolites being a mixture of sodium bicarbonate and ammonia nitrogen in a mass ratio of 3:1. The growth-promoting factors include indoleacetic acid (IAA) and gibberellin, with IAA content ≥50 μg / L and GA3 content ≥30 μg / L; the Z33 organic nutrient solution includes a carbon source, a nitrogen source, and trace elements. The carbon source is a mixture of glucose and sucrose at a mass ratio of 2:1 and a concentration of 50-80 g / L. The nitrogen source is a mixture of yeast extract and soybean meal hydrolysate at a mass ratio of 1:3 and a concentration of 30-50 g / L. The trace elements include iron, manganese, and zinc, with concentrations of 5-10 mg / L, 2-5 mg / L, and 1-3 mg / L, respectively. The ratio of the Z00Plus stock solution to the Z33 organic nutrient solution is (10-20):1.

[0005] Preferably, the composite beneficial bacteria group includes Bacillus, Pseudomonas, and Yeast, with a concentration of 1×10⁻⁶. 8 -1×10¹ 0The activity of protease is ≥150 U / mL, lipase activity is ≥80 U / mL, cellulase activity is ≥120 U / mL, phosphatase activity is ≥100 U / mL, and the organic acid buffer is a citric acid-sodium citrate system with a concentration of 0.5-1.0 mol / L.

[0006] Preferably, the preparation steps of the Z33 organic nutrient solution include: S1. Raw material mixing: Mix glucose, sucrose, yeast extract and soybean meal hydrolysate in proportion, add deionized water and stir until completely dissolved; S2. Addition of trace elements: Dissolve ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, and slowly add them to the above mixture while stirring. S3. Sterilization treatment: The mixture is placed under high pressure steam at 121℃ and 0.1MPa for 20 minutes and then cooled to room temperature; S4. Dispensing: Dispense the sterilized nutrient solution into light-proof bottles, seal and store to obtain Z33 organic nutrient solution.

[0007] Preferably, the preparation steps of the Z33 organic nutrient solution include: S1. Raw material mixing: Mix glucose, sucrose, yeast extract and soybean meal hydrolysate in proportion, add deionized water and stir until completely dissolved; S2. Addition of trace elements: Dissolve ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, and slowly add them to the above mixture while stirring. S3. Sterilization treatment: The mixture is placed under high pressure steam at 121℃ and 0.1MPa for 20 minutes and then cooled to room temperature; S4. Dispensing: Dispense the sterilized nutrient solution into light-proof bottles, seal and store to obtain Z33 organic nutrient solution.

[0008] Preferably, the functions of the decomposing enzymes include: protease decomposing the protein toxins produced by the decay of sphagnum moss and converting them into amino acids; lipase decomposing deposited fatty substances to prevent the sphagnum moss from sticking together and deteriorating; cellulase degrading the aging cellulose structure of the sphagnum moss, promoting the formation of internal pores in the sphagnum moss and improving its water absorption capacity; and phosphatase activating the phosphorus element fixed in the soil, converting insoluble phosphates into soluble phosphate ions for absorption by the flower roots.

[0009] Preferably, the mechanism of action of the antioxidant metabolites is as follows: organic acid buffers can stabilize the environmental pH value. When the environmental pH is <5, the citric acid-sodium citrate system releases hydrogen ions, slowing down the rate of pH decrease. When the environmental pH is >7, the system absorbs hydrogen ions to prevent the pH value from becoming too high. Alkaline metabolites can neutralize acidic substances in the environment, adjusting the pH value from the strongly acidic range of 3-4 to the weakly acidic range of 6.0-6.5, and the pH value stabilizes for ≥15 days after adjustment.

[0010] A method for using a plant microbial solution for growing flowers in sphagnum moss includes the following steps: S1. Initial planting treatment: Select robust, non-hormone-treated flower seedlings, remove withered leaves and old sphagnum moss from the roots, and soak the seedling roots in room temperature water for 30 minutes to dissolve and remove any soluble chemical fertilizers attached to the roots; take two capfuls of Z00Plus stock solution (each capful contains 10mL), add 500g of room temperature water, and stir well to make a 25-fold dilution; place the flower pots (containing sphagnum moss and seedlings) that have been soaked in water into the diluted solution and immerse them for 10 minutes to ensure that the sphagnum moss completely absorbs the diluted solution; S2. Weekly routine maintenance: At a fixed time each week, take one capful (10mL) of Z00Plus stock solution and add 500g of room temperature water to make a 50-fold dilution. Use the bottom soaking method (immerse the flowerpot in the diluted solution for 10 minutes) or the watering method (water the sphagnum moss thoroughly with the diluted solution in 3-5 applications) to ensure that the diluted solution penetrates to the bottom of the sphagnum moss. S3. Regular Nutrient Supplementation: Every 15-30 days, after completing step S2, evenly spray 1-2 bottle caps of Z33 organic nutrient solution onto the surface of the sphagnum moss. After spraying, let it stand for 5 minutes until the nutrient solution is absorbed by the sphagnum moss, then resume normal maintenance. S4. Environmental Adaptation Adjustment: Adjust the maintenance cycle according to the air humidity of the planting area. When the air humidity is <40%, shorten the maintenance interval to 5 days / time; when the air humidity is >70%, extend the maintenance interval to 10 days / time; when the sphagnum moss shows slight yellowing, increase the amount of Z33 organic nutrient solution to 2 bottle caps / time; when the sphagnum moss has a rotten smell, rinse the sphagnum moss with clean water 2-3 times, then replant according to step S1.

[0011] Preferably, in step S1, when soaking the seedlings in clean water, the roots should be gently shaken to ensure that the chemical fertilizer in the root crevices is fully dissolved; during the soaking process, the water absorption status of the sphagnum moss should be observed. When the surface of the sphagnum moss appears moist and shiny, it is determined that it has been fully absorbed, and the soaking can be ended in advance.

[0012] Preferably, in step S2, the soaking method is suitable for small flower pots (diameter < 15cm), and the watering method is suitable for large flower pots (diameter ≥ 15cm). When watering, the diluted solution should be poured slowly along the edge of the flower pot to avoid directly impacting the flower roots and causing root damage.

[0013] Preferably, in step S3, the Z33 organic nutrient solution should be added after the Z00Plus dilution has completely penetrated the sphagnum moss to avoid direct mixing of the two liquids, which would reduce the activity of the microbial community; when spraying the nutrient solution, the leaves of the flowers should be avoided to prevent residual nutrient solution on the leaf surface from causing diseases.

[0014] This invention provides a plant microbial solution for planting flowers in sphagnum moss and a method for its application. It has the following beneficial effects: (1) This invention addresses the root causes of sphagnum moss cultivation problems through the synergistic effect of decomposing enzymes and antioxidant metabolites. The decomposing enzymes specifically break down sphagnum moss toxins, restore its porous structure, and activate and solidify nutrients, reducing the use of chemical fertilizers and salt deposition. The antioxidant metabolites, through buffering and neutralization, adjust the strongly acidic environment to a weakly acidic state and maintain long-term stability. This eliminates the source of acidification and improves the existing acidic environment, thoroughly resolving the root rot problem in flowers caused by acidification in sphagnum moss cultivation.

[0015] (2) All ingredients used in this invention are safe, harmless, and do not cause secondary pollution. Z00Plus stock solution is extracted from natural lake bottom humus, and the bacteria it contains are beneficial microorganisms that are naturally present in the environment and are non-pathogenic. Z33 organic nutrient solution is made from food-grade raw materials, contains no chemical additives, and has no adverse effects on flower growth or human health. In addition, by reducing the use of chemical fertilizers, it can also reduce fertilizer pollution to soil and groundwater, making it green and environmentally friendly.

[0016] (3) This invention can effectively reduce the overall cost of sphagnum moss cultivation, significantly extend the service life of sphagnum moss, reduce the frequency of sphagnum moss replacement, and thus save on sphagnum moss procurement expenses; there is no need to purchase additional chemical fertilizers and acid regulators, reducing the cost of consumables; at the same time, it significantly reduces the root rot rate of flowers, avoiding the cost of repurchase due to seedling death. Attached Figure Description

[0017] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on the structures shown in these drawings without creative effort.

[0018] Figure 1 This is a schematic diagram of the plant bacterial solution preparation process of the present invention; Figure 2 This is a schematic diagram of the initial planting process of the present invention; Figure 3 This is a schematic diagram of the regular nutritional supplementation process for the structure of this invention; Figure 4 This is a schematic diagram of the weekly routine maintenance process for the structure of this invention.

[0019] The realization of the objective, functional features and advantages of the present invention will be further explained in conjunction with the embodiments and with reference to the accompanying drawings. Detailed Implementation

[0020] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0021] Please see Figures 1-4 This invention proposes a plant-based bacterial solution for planting flowers in sphagnum moss, comprising Z00Plus stock solution and Z33 organic nutrient solution. The Z00Plus stock solution is extracted from lake bottom sludge with a deposition period of ≥5 years, obtained through microbial isolation, purification, and large-scale cultivation, and contains a complex of beneficial bacteria. This complex of beneficial bacteria can secrete three types of functional substances: decomposing enzymes, antioxidant metabolites, and growth-promoting factors. The decomposing enzymes include proteases, lipases, cellulases, and phosphatases. The antioxidant metabolites include organic acid buffers and alkaline metabolites; the alkaline metabolites are a mixture of sodium bicarbonate and ammonia nitrogen in a mass ratio of 3:1. The growth-promoting factors… The factors include indoleacetic acid and gibberellin, with IAA content ≥50μg / L and GA3 content ≥30μg / L; the Z33 organic nutrient solution includes carbon source, nitrogen source and trace elements, the carbon source is a mixture of glucose and sucrose with a mass ratio of 2:1 and a concentration of 50-80g / L, the nitrogen source is a mixture of yeast extract and soybean meal hydrolysate with a mass ratio of 1:3 and a concentration of 30-50g / L, and the trace elements include iron, manganese and zinc with concentrations of 5-10mg / L, 2-5mg / L and 1-3mg / L, respectively; the ratio of the amount of Z00Plus stock solution to Z33 organic nutrient solution used is (10-20):1.

[0022] The complex of beneficial bacteria includes Bacillus, Pseudomonas, and Yeast, with a concentration of 1×10⁻⁶. 8 -1×10¹ 0 The activity of protease is ≥150 U / mL, lipase activity is ≥80 U / mL, cellulase activity is ≥120 U / mL, phosphatase activity is ≥100 U / mL, and the organic acid buffer is a citric acid-sodium citrate system with a concentration of 0.5-1.0 mol / L.

[0023] Furthermore, the preparation steps of Z33 organic nutrient solution include: S1. Raw material mixing: Mix glucose, sucrose, yeast extract and soybean meal hydrolysate in proportion, add deionized water and stir until completely dissolved; S2. Addition of trace elements: Dissolve ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, and slowly add them to the above mixture while stirring. S3. Sterilization treatment: The mixture is placed under high pressure steam at 121℃ and 0.1MPa for 20 minutes and then cooled to room temperature; S4. Dispensing: Dispense the sterilized nutrient solution into light-proof bottles, seal and store to obtain Z33 organic nutrient solution.

[0024] Furthermore, the preparation steps of Z33 organic nutrient solution include: S1. Raw material mixing: Mix glucose, sucrose, yeast extract and soybean meal hydrolysate in proportion, add deionized water and stir until completely dissolved; S2. Addition of trace elements: Dissolve ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, and slowly add them to the above mixture while stirring. S3. Sterilization treatment: The mixture is placed under high pressure steam at 121℃ and 0.1MPa for 20 minutes and then cooled to room temperature; S4. Dispensing: Dispense the sterilized nutrient solution into light-proof bottles, seal and store to obtain Z33 organic nutrient solution.

[0025] In addition, the functions of decomposing enzymes include: proteases decompose the protein toxins produced by the decay of sphagnum moss, converting them into amino acids; lipases decompose deposited fatty substances, preventing sphagnum moss from sticking together and deteriorating; cellulases degrade the aged cellulose structure of sphagnum moss, promoting the formation of internal pores and improving water absorption capacity; and phosphatases activate phosphorus elements fixed in the soil, converting insoluble phosphates into soluble phosphate ions for absorption by flower roots. The mechanism of action of the antioxidant metabolites is as follows: organic acid buffers can stabilize the environmental pH value. When the environmental pH is <5, the citric acid-sodium citrate system releases hydrogen ions, slowing down the rate of pH decrease; when the environmental pH is >7, the system absorbs hydrogen ions, preventing the pH value from becoming too high; alkaline metabolites can neutralize acidic substances in the environment, adjusting the pH value from the strongly acidic range of 3-4 to the weakly acidic range of 6.0-6.5, and the pH value stabilization period after adjustment is ≥15 days. Through the synergistic effect of decomposing enzymes and antioxidant metabolites, the problems of sphagnum moss cultivation can be solved from the root. The decomposing enzymes can specifically break down the toxins that cause decay in sphagnum moss, restore the pore structure of the moss, and activate and solidify nutrients, reducing the use of chemical fertilizers and salt deposition. The anti-acidification metabolites, through buffering and neutralization, regulate the strongly acidic environment to a weakly acidic state and maintain long-term stability. By eliminating the source of acidification and improving the existing acidic environment, this completely solves the problem of root rot in flowers caused by acidification in sphagnum moss cultivation.

[0026] This invention proposes a method for using plant microbial solution for planting flowers in sphagnum moss, comprising the following steps:

[0027] S1. Initial planting treatment: Select robust, non-hormone-treated flower seedlings, remove withered leaves and old sphagnum moss from the roots, and soak the seedling roots in room temperature water for 30 minutes to dissolve and remove any soluble chemical fertilizers attached to the roots; take two capfuls of Z00Plus stock solution (each capful contains 10mL), add 500g of room temperature water, and stir well to make a 25-fold dilution; place the flower pots (containing sphagnum moss and seedlings) that have been soaked in water into the diluted solution and immerse them for 10 minutes to ensure that the sphagnum moss completely absorbs the diluted solution; When soaking seedlings in water, gently shake the roots to ensure that the chemical fertilizer in the root crevices is fully dissolved. During the soaking process, observe the water absorption of the sphagnum moss. When the surface of the sphagnum moss becomes moist and shiny, it is considered to have been fully absorbed, and the soaking can be stopped early.

[0028] S2. Weekly routine maintenance: At a fixed time each week, take one capful (10mL) of Z00Plus stock solution and add 500g of room temperature water to make a 50-fold dilution. Use the bottom soaking method (immerse the flowerpot in the diluted solution for 10 minutes) or the watering method (water the sphagnum moss thoroughly with the diluted solution in 3-5 applications) to ensure that the diluted solution penetrates to the bottom of the sphagnum moss. In step S2, the bottom soaking method is suitable for small flower pots (diameter <15cm), while the watering method is suitable for large flower pots (diameter ≥15cm). When watering, the diluted solution should be poured slowly along the edge of the flower pot to avoid directly impacting the flower roots and causing root damage.

[0029] S3. Regular Nutrient Supplementation: Every 15-30 days, after completing step S2, evenly spray 1-2 capfuls of Z33 organic nutrient solution onto the surface of the sphagnum moss. After spraying, let it stand for 5 minutes until the nutrient solution is absorbed by the sphagnum moss, then resume normal maintenance. S4. Environmental Adaptation Adjustment: Adjust the maintenance cycle according to the air humidity of the planting area. When the air humidity is <40%, shorten the maintenance interval to 5 days / time; when the air humidity is >70%, extend the maintenance interval to 10 days / time; when the sphagnum moss shows slight yellowing, increase the amount of Z33 organic nutrient solution to 2 capfuls / time; when the sphagnum moss has a rotten smell, first rinse the sphagnum moss with clean water 2-3 times, then replant according to step S1. In step S3, Z33 organic nutrient solution should be added after Z00Plus dilution has completely penetrated the sphagnum moss to avoid direct mixing of the two liquids, which would reduce the activity of the microbial community. When spraying the nutrient solution, avoid the leaves of the flowers to prevent residual nutrient solution on the leaf surface from causing diseases.

[0030] Specifically, when flowers are growing vigorously (many new leaves are sprouting and the root system is full): use 1 bottle cap to avoid nutrient overload; when flowers are growing slowly (no new leaves are sprouting and the leaves are yellowing): use 2 bottle caps to promote the reproduction of microorganisms and the release of nutrients.

[0031] To verify the actual effect of the present invention, a comparative experiment was conducted. Phalaenopsis orchids were selected as the experimental subjects. An experimental group (using the plant microbial solution and usage method of the present invention) and a control group (using the traditional sphagnum moss planting method, with chemical fertilizer applied weekly) were set up. Each group had 30 Phalaenopsis orchid seedlings. The experimental period was 6 months, and relevant indicators were recorded.

[0032] Experimental conditions Planting environment: temperature 20-25℃, air humidity 50-60%, light duration 12h / day (diffuse light); Sphagnum moss type: High-quality sphagnum moss from the same batch, initial pH value 6.5; Flowerpot specifications: 12cm diameter transparent plastic pot specifically for Phalaenopsis orchids.

[0033] Experimental results

[0034] Experimental results show that the plant microbial solution and its application method of the present invention can significantly improve the sphagnum moss planting environment, reduce the root rot rate, extend the service life of sphagnum moss and the life cycle of flowers, and promote flower growth.

[0035] The above description is merely a preferred embodiment of the present invention and does not limit the patent scope of the present invention. Any equivalent structural transformations made using the contents of the present invention's specification and drawings under the inventive concept of the present invention, or direct / indirect applications in other related technical fields, are included within the patent protection scope of the present invention.

Claims

1. A plant bacteria solution for planting flowers with water moss, comprising Z00Plus stock solution and Z33 organic nutrient solution, characterized in that, The Z00Plus stock solution is extracted from lake bottom putridity with deposition age of more than 5 years, and is obtained by microbial separation, purification and large-scale culture, and contains a complex beneficial bacterial flora; the complex beneficial bacterial flora can secrete three types of functional substances: decomposition enzymes, anti-acidification metabolites and growth promoting factors; the decomposition enzymes include protease, lipase, cellulase and phosphatase; the anti-acidification metabolites include organic acid buffer and alkaline metabolites, and the alkaline metabolites are a mixture of sodium bicarbonate and ammonia nitrogen with a mass ratio of 3:1; the growth promoting factors include indole acetic acid and gibberellin, and the content of IAA is greater than or equal to 50 μg / L, and the content of GA3 is greater than or equal to 30 μg / L; the Z33 organic nutrient solution includes carbon source, nitrogen source and trace elements, the carbon source is a mixture of glucose and sucrose with a mass ratio of 2:1 and a concentration of 50-80 g / L, the nitrogen source is a mixture of yeast extract and soybean meal hydrolysate with a mass ratio of 1:3 and a concentration of 30-50 g / L, and the trace elements include iron, manganese and zinc with concentrations of 5-10 mg / L, 2-5 mg / L and 1-3 mg / L, respectively; the use amount ratio of the Z00Plus stock solution to the Z33 organic nutrient solution is (10-20):

1.

2. The plant bacteria solution for planting flowers with water moss according to claim 1, characterized in that, The complex beneficial bacterial flora comprises Bacillus, Pseudomonas and Saccharomycete, the concentration of the bacterial flora is 1x10 8 -1x10 0 CFU / mL, the protease activity is ≥150 U / mL, the lipase activity is ≥80 U / mL, the cellulase activity is ≥120 U / mL, the phosphatase activity is ≥100 U / mL, the organic acid buffer is a citric acid-sodium citrate system, and the concentration is 0.5-1.0 mol / L.

3. The plant bacteria solution for planting flowers with water moss according to claim 1, wherein, The preparation steps of the Z33 organic nutrient solution include: S1, raw material mixing: mixing glucose, sucrose, yeast extract and soybean meal hydrolysate according to the proportion, adding deionized water and stirring until completely dissolved; S2, trace element addition: dissolving ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, slowly adding to the above mixture and stirring; S3, sterilization treatment: placing the mixture in a high-pressure steam sterilization at 121 DEG C, 0.1 MPa for 20 min, and cooling to room temperature; S4, dispensing: dispensing the sterilized nutrient solution into light-proof bottles, sealing and storing, to obtain the Z33 organic nutrient solution.

4. The plant bacteria solution for planting flowers with water moss according to claim 3, characterized in that, The preparation steps of the Z33 organic nutrient solution include: S1, raw material mixing: mixing glucose, sucrose, yeast extract and soybean meal hydrolysate according to the proportion, adding deionized water and stirring until completely dissolved; S2, trace element addition: dissolving ferrous sulfate, manganese sulfate and zinc sulfate in a small amount of deionized water, slowly adding to the above mixture and stirring; S3, sterilization treatment: placing the mixture in a high-pressure steam sterilization at 121 DEG C, 0.1 MPa for 20 min, and cooling to room temperature; S4, dispensing: dispensing the sterilized nutrient solution into light-proof bottles, sealing and storing, to obtain the Z33 organic nutrient solution.

5. The plant bacteria solution for planting flowers with water moss according to claim 1, wherein, The functions of the decomposition enzymes include: protease decomposes protein toxins produced by water moss decay, and converts them into amino acids; lipase decomposes deposited fatty substances to avoid water moss adhesion and deterioration; cellulase degrades the cellulose structure of aging water moss, promotes the formation of internal pores of water moss, and improves the water absorption capacity; phosphatase activates the solidified phosphorus elements in the soil, converts the insoluble phosphate into soluble phosphate ions, and provides the flower root system for absorption.

6. The plant bacteria liquid for planting flowers with water moss according to claim 5, wherein, The mechanism of action of the antioxidant metabolite is that the organic acid buffer can stabilize the environmental pH, when the environmental pH<5, the citric acid-sodium citrate system releases hydrogen ions, slows down the speed of pH value decrease; when the environmental pH>7, the system absorbs hydrogen ions, avoids the pH value too high; the alkaline metabolite can neutralize the acidic substances in the environment, adjust the strong acidic interval of PH value from 3-4 to the weak acidic interval of 6.0-6.5, and the stable period of the adjusted pH value is ≥15 days.

7. A method for using the plant bacteria solution for planting flowers with water moss according to any one of claims 1-5, wherein, Comprise the following steps: 。 S1, initial planting treatment: select healthy non-hormone flower seedlings, remove the root rot leaves and aging water moss, soak the seedling roots in normal temperature water for 30 min, dissolve and discharge the soluble chemical fertilizer attached to the roots; take Z00Plus stock solution 2 bottle caps (each bottle cap capacity is 10 mL), add 500 g normal temperature water, stir evenly to prepare 25 times diluent; put the flowerpot (containing water moss and seedlings) soaked in water into the diluent, soak the pot for 10 min, ensure that the water moss completely absorbs the diluent; S2, regular maintenance every week: select fixed time every week, take Z00Plus stock solution 1 bottle cap (10 mL), add 500 g normal temperature water, prepare 50 times diluent; use the soaking method (put the flowerpot into the diluent and soak for 10 min) or the watering method (pour the diluent through the water moss in 3-5 times), ensure that the diluent penetrates to the bottom of the water moss; S3, regular nutrition supplement: every 15-30 days, on the basis of completing the S2 step, evenly spray Z33 organic nutrient solution 1-2 bottle caps on the surface of the water moss, after spraying, stand for 5 min, after the nutrient solution is absorbed by the water moss, normal maintenance; S4, environmental adaptation adjustment: according to the air humidity of the planting area, adjust the maintenance cycle, when the air humidity<40%, shorten the maintenance interval to 5 days / time; when the air humidity>70%, extend the maintenance interval to 10 days / time; when the water moss appears slight yellowing, increase the Z33 organic nutrient solution to 2 bottle caps / time; when the water moss appears rotten odor, first flush the water moss with water for 2-3 times, then re-plant according to the S1 step.

8. A method for using a plant bacteria solution for planting flowers with water moss, characterized by, In the S1 step, when soaking the seedlings in water, the root needs to be shaken gently to ensure that the chemical fertilizer in the root gap is fully dissolved; during the soaking process, the water moss absorption state needs to be observed, when the water moss surface appears shiny, it is determined that it is completely absorbed, and the soaking can be ended in advance.

9. A method for using a plant bacteria solution for planting flowers with water moss, characterized by, In the S2 step, the soaking method is suitable for small flowerpots (diameter<15 cm), and the watering method is suitable for large flowerpots (diameter≥15 cm); when watering, the diluent needs to be poured slowly along the edge of the flowerpot to avoid directly impacting the flower root system, which may cause root damage.

10. A method for using a plant bacteria solution for planting flowers using water moss, characterized in that, In the S3 step, the Z33 organic nutrient solution needs to be added after the Z00Plus diluent completely penetrates the water moss, to avoid the direct mixing of the two liquids, which may reduce the activity of the bacterial flora; when spraying the nutrient solution, the flower leaves need to be avoided to prevent the nutrient solution remaining on the leaf surface from causing diseases.

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