A method for making a living forsythia vase

Abstract

The invention discloses a method for making a living forsythia vase, which comprises the following steps: S1: making a mold; weaving a vase body with a cage-like structure using metal strips; S2: cultivating forsythia strips; cultivating into single-stem living forsythia strips; S3: living body weaving; weaving the single-stem living forsythia strips in step S2 onto a mold to form a cage-like living body; S4: vase maintenance; planting and maintaining the cage-like living body to form a living forsythia vase; in the invention, the metal strips are made of cold-drawn steel bar wire with a diameter of 3 mm or 4 mm; the vase body woven into the cage-like structure is light in weight, has a stable structure, is durable, and is easy to manufacture and carry; the body of the living vase obtained by cross-weaving the forsythia strips presents a cross-diamond grid structure, which is beautiful and unique; and the forsythia flowers blooming at the vase mouth are golden and gorgeous, and have strong ornamental value; in terms of the technical route, the strips are first cultivated and then graded and weaved, which not only ensures that the thickness of branches in the same vase is uniform, but also improves the survival rate.

Description

Technical Field

[0001] The invention relates to the technical field of horticulture, in particular to a method for making a living forsythia vase. Background Art

[0002] Forsythia suspensa, also known as yellow flower strips, shells, green forsythia, fallen forsythia, and yellow dan, is a deciduous shrub belonging to the genus Forsythia in the family Oleaceae. Its fruit is used medicinally, with properties that clear heat, detoxify, dissipate stagnation, and reduce swelling. Forsythia suspensa blooms before its leaves in early spring. Its delicately fragrant flowers fill the branches with a vibrant golden hue, making it an excellent early spring flowering shrub and a popular landscape tree for beautifying cities and parks.

[0003] With the development of urban and garden beautification, people's needs are becoming more and more diversified. Many families use forsythia as an excellent bonsai material for people to appreciate. However, its overall shape is not three-dimensional enough, so it is necessary to develop new modeling products to provide solutions to problems such as three-dimensional beautification.

[0004] Live plant vases are already available on the market, featuring plants like crape myrtles and crabapples. Lin Bin of Zhejiang Zhenghao Horticulture Co., Ltd. filed a utility model patent for a "plant vase" in 2014. The plant species used are limited to crape myrtles, excluding other plants. The frame is made of bamboo, which lacks stability. The crape myrtles are pre-planted around the frame and then woven as they grow, which can lead to uneven branch growth and compromise the aesthetics. Yuan Guoliang of Danyang Xiangyi Fruit and Vegetable Cooperative's "A Craft Vase Woven with Crape Myrtles" is also limited to crape myrtles. Furthermore, the patent only features a hollow, fixed frame ring to cross-fix the crape myrtles, with no other innovations. Tongren Mantanghong Agricultural Technology Co., Ltd. Li Muliang; Li Xiaohong; Li Jing, "A Cultivation Method for Artistic Shape of Crape Myrtle Vase" in 2015, adopted a single-plant stem-raising method, which is similar to the present invention. However, the invention requires the setting of a support frame in the stem-raising site, and the single-plant stem-raising adopts a "Y-shaped comb-tooth stem-raising mold frame production method". The main trunk of the cultivated single plant is the outer contour line shape of the vase cross-section, and the branches are not conducive to cross-weaving. At the same time, the base construction facilities are numerous and the method is complicated, which is not conducive to specific operation.

[0005] The simple steps of this invention are: welding the mold → growing living single-plant Forsythia suspensa strips → weaving the living vase → planting and maintaining. Innovations include: First, creating a living Forsythia suspensa vase, a previously unseen product and technology; second, manufacturing a lightweight steel mold that is lightweight, sturdy, and durable for transportation; third, employing complementary cutting propagation techniques and prioritizing strip growth followed by weaving, resulting in forsythia strips that mature within the same year, with a small root system, strong, and uniform strips; fourth, weaving the Forsythia suspensa strips in stages to ensure uniformity within each vase; fifth, cross-weaving the branches to form a grid-like vase body, complemented by a vibrant corolla after flowering, creating a unique living landscape; and sixth, the vase not only blooms but also bears fruit, creating both a scenic and economically beneficial landscape. Summary of the Invention

[0006] The invention aims to provide a method for manufacturing a Forsythia suspensa living vase, so as to provide an aesthetically pleasing and practical living vase.

[0007] In order to achieve the above object, the technical solution of the present invention is:

[0008] A method for making a living Forsythia suspensa vase comprises the following steps:

[0009] Step S1: mold making; using metal strips to weave a cage-like bottle body;

[0010] Step S2: Cultivating Forsythia suspensa strips; cultivating Forsythia suspensa seedlings into single-stem living Forsythia suspensa strips;

[0011] Weaving the single-stem living Forsythia suspensa strips in step S2 onto a mold to form a cage-shaped living vase;

[0012] Step S4: vase maintenance: planting and cultivating the cage-shaped living vase to form a Forsythia suspensa living vase.

[0013] Furthermore, in step S1, the cage-like structure includes a plurality of transverse circles and obliquely intersecting longitudinal ribs, wherein the transverse circles are sequentially distributed from top to bottom, and the longitudinal ribs cross and pass through the transverse circles to form the cage-like structure;

[0014] The connection between the transverse ring and the longitudinal reinforcement is welded;

[0015] The horizontal ring is made of cold-drawn steel wire with a diameter of 4 mm, and the longitudinal reinforcement is made of cold-drawn steel wire with a diameter of 3 mm.

[0016] Furthermore, in step S2, the specific steps of culturing Forsythia suspensa strips include:

[0017] Step A1: Select the variety; choose an upright, profusely flowering forsythia variety;

[0018] Step A2: Cutting collection: During the dormant period of Forsythia suspensa, that is, from the time when the leaves turn yellow to before the Forsythia suspensa sprouts, collect 1-2 year old strong cuttings with a thickness of 0.6-1 cm from healthy plants;

[0019] Step A3: Cuttings processing: Cut strong cuttings into 10-15 cm long cuttings, leaving 2-3 sections, cut the lower part into an inclined surface, and bundle 50 cuttings. Immerse the lower part of each bundle in the rooting agent solution for 10 minutes, control the moisture, and store in sand for later use.

[0020] Step A4: Seedbed preparation: Use open-field cuttings, select sandy loam soil, deep plow and level it, make ridges 20 cm high and 2 meters wide, and cover with black film;

[0021] Step A5: Cuttings; when cuttings are being planted, the ground temperature should be greater than or equal to 5°C, the cuttings should be planted to a depth of 1 / 2 of the cuttings, and the spacing between rows and plants should be 10-20 cm; immediately after planting, spray the cuttings thoroughly, and then irrigate every 10-15 days; wait for the buds to germinate;

[0022] Step A6: Remove sprouts: After the buds begin to sprout and grow new branches, keep one strong bud and remove the rest of the sprouts;

[0023] Step A7: Fertilization; After the buds to be retained grow to 15 cm, enter the water and fertilizer management period, sprinkle irrigation once a month, and apply 5 kg of urea per mu in combination with sprinkler irrigation; After the buds grow to 40 cm, enter the vigorous growth period, and apply 5 kg of nitrate phosphate per mu to cultivate them into branches;

[0024] Step A8: Pruning: If branches are crooked, slanted, or bent, set up a trellis to straighten them immediately. At the same time, remove root suckers and branch forks to ensure that the branches grow upright, strong, and single.

[0025] After the above steps, the forsythia seedlings form single-stem living forsythia strips, and the strip standards are: branch height reaches 2-3 meters, thickness is 0.7-1.2 cm, is strong and disease-free, has light yellow or brownish yellow skin, has complete roots, has 5-10 lateral roots, and is 10-20 cm long.

[0026] For better results, in step S3, the living weaving step includes:

[0027] Step B1: Classification of Forsythia suspensa strips: Dig out the cultured single-stem living Forsythia suspensa strips with roots and classify them according to height and thickness. Strips of different heights correspond to molds of different heights. The strip height should be 50-60 cm greater than the mold.

[0028] Step B2: Weaving branches; put the single-stem living forsythia strips in groups of 2, with the roots facing the bottom of the bottle and the tops facing the bottle mouth. Starting from the bottom circle of the mold, fix them on the bottle body along the line of the longitudinal ribs of the bottle body. The roots extend 15 cm beyond the bottom circle, and the tops of the single-stem living forsythia strips are higher than the bottle mouth. Cut them to the same height.

[0029] For better results, in step S4, the vase maintenance step includes:

[0030] Step C1: Place the bottle body woven in step B2 and its roots in a solution of fungicide and rooting agent for root treatment;

[0031] Step C2: Plant the bottle from step C1 in a non-woven bag in the shed, fill the bag with soil to a thickness of 20 cm, and water for maintenance;

[0032] The maintenance method of step C2 is: immediately spraying lime sulfur solution once after transplanting; and keeping the soil moist.

[0033] Compared with the prior art, the present invention has the following advantages and positive effects:

[0034] The metal strips used to weave the living vase are made of cold-drawn steel wire with diameters of 3mm and 4mm. The cage-shaped vase body woven into the present invention is lightweight, structurally stable, durable, and easy to manufacture and transport. The living vase body, obtained by cross-weaving the forsythia strips, presents a cross-diamond grid structure, which is beautiful and unique. The forsythia flowers blooming at the mouth of the vase are golden and gorgeous, making it highly ornamental. The technical route is to first cultivate the strips and then weave them in grades, which not only ensures that the branches in the same vase are uniform in thickness, but also improves the survival rate. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0036] Figure 1 This is a structural diagram of a vase mold with a cage-like structure according to the present invention;

[0037] Figure 2 This is a structural diagram of the gourd-shaped vase mold with a cage-like structure of the present invention;

[0038] Figure 3 This is a schematic diagram of the structure of the living Forsythia suspensa strips woven outside the mold of the present invention.

[0039] In the figure: 1. Horizontal circle; 2. Longitudinal reinforcement. DETAILED DESCRIPTION

[0040] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0041] like Figure 1-Figure 3 As shown,

[0042] A method for making a living Forsythia suspensa vase comprises the following steps:

[0043] Step S1: mold making; using metal strips to weave a cage-like bottle body;

[0044] Step S2: Cultivating Forsythia suspensa strips; cultivating Forsythia suspensa seedlings into single-stem living Forsythia suspensa strips;

[0045] Step S3: Living weaving: weaving the single-stem living Forsythia suspensa strips in step S2 onto a mold to form a cage-shaped living vase;

[0046] Step S4: vase maintenance: planting and cultivating the cage-shaped living vase to form a Forsythia suspensa living vase.

[0047] In this embodiment, in step S1, the cage-like structure includes a plurality of transverse circles 1 and obliquely intersecting longitudinal ribs 2, wherein the transverse circles 1 are sequentially distributed from top to bottom, and the longitudinal ribs 2 cross and pass through the transverse circles 1 to form a cage-like structure;

[0048] The connection between the transverse ring 1 and the longitudinal reinforcement 2 is welded;

[0049] The horizontal ring 1 is made of a 4mm diameter cold-drawn steel bar, and the longitudinal reinforcement is made of a 3mm diameter cold-drawn steel bar.

[0050] In this embodiment, in step S2, the specific steps of living body culture include:

[0051] Step A1: Select the variety; choose an upright, profusely flowering forsythia variety;

[0052] Step A2: Cutting collection: During the dormant period of Forsythia suspensa, that is, from the time when the leaves turn yellow to before the Forsythia suspensa sprouts, collect 1-2 year old strong cuttings with a thickness of 0.6-1 cm from healthy plants;

[0053] Step A3: Cuttings processing: Cut strong cuttings into 10-15 cm long cuttings, leaving 2-3 sections, cut the lower part into an inclined surface, and bundle 50 cuttings. Immerse the lower part of each bundle in the rooting agent solution for 10 minutes, control the moisture, and store in sand for later use.

[0054] Step A4: Seedbed preparation: Use open-field cuttings, select sandy loam soil, deep plow and level it, make ridges 20 cm high and 2 meters wide, and cover with black film;

[0055] Step A5: Cuttings; when cuttings are being planted, the ground temperature should be greater than or equal to 5°C, the cuttings should be planted at a depth of 1 / 2 of the cuttings, and the spacing between rows and plants should be 10-20 cm. Immediately after planting, spray the cuttings thoroughly with water, and then irrigate every 10-15 days until the branches and buds germinate.

[0056] Step A6: Remove sprouts: After the buds begin to sprout and grow new branches, keep one strong bud and remove the rest of the sprouts;

[0057] Step A7: Fertilization: After the buds grow to 15 cm, enter the water and fertilizer management period, sprinkle irrigation once a month, and apply 5 kg of urea per mu in combination with sprinkler irrigation. After the buds grow to 40 cm, enter the vigorous growth period, add 5 kg of nitrate and phosphorus, and cultivate them into branches;

[0058] Step A8: Pruning: If the branches are crooked, slanted, or bent, set up a trellis to straighten them immediately. At the same time, remove root suckers and branch forks to ensure that the branches grow upright, strong, and single.

[0059] After the above steps, the forsythia is formed into strips to form single-stem living forsythia strips. The strip standards are: branch height reaches 2-3 meters, thickness is 0.7-1.2 cm, is strong and disease-free, has light yellow or brownish yellow skin, has complete roots, has 5-10 lateral roots, and is 10-20 cm long.

[0060] For better results, in step S3, the living weaving step includes:

[0061] Step B1: Branch classification: Dig out the cultured single-stem living Forsythia suspensa strips with roots and classify them according to height and thickness. Single-stem living Forsythia suspensa strips of different heights correspond to molds of different heights. The height of the Forsythia suspensa strips is 50-60 cm greater than the height of the mold.

[0062] Step B2: Weaving branches; put the single-stem living forsythia strips in groups of 2, with the roots facing the bottom of the bottle and the tops facing the bottle mouth. Starting from the bottom circle of the mold, fix them on the bottle body along the line of the longitudinal ribs of the bottle body. The roots extend 15 cm beyond the bottom circle, and the tops of the single-stem living forsythia strips are higher than the bottle mouth. Cut them to the same height.

[0063] For better results, in step S4, the step of living body activation includes:

[0064] Step C1: Place the roots of the vase woven in step B2 into a solution of fungicide and rooting agent for root treatment;

[0065] Step C2: Plant the bottle from step C1 in a non-woven bag in the shed, fill the bag with soil to a thickness of 20 cm, and water for maintenance;

[0066] The maintenance method of step C2 is: immediately spraying lime sulfur solution once after transplanting; and keeping the soil moist.

[0067] The specific operation method is:

[0068] 1. Mold making (live cage-like structure making)

[0069] 1. Material: Made of cold drawn steel wire and welded.

[0070] 2. Composition: It is divided into horizontal circle 1 and vertical ribs 2; horizontal circle 1 is made into circles of different diameters at key points (bottom, legs, waist, belly, shoulders, top) according to the outer contour of the vase, which is called the horizontal circle 1 of the mold; there are 20 to 32 vertical ribs 2, which not only connect the horizontal circle 1, but also tilt and stagger in the left and right directions to form a grid-like vase outline.

[0071] 3. Production: Using a dedicated mold frame, prop up the horizontal ring 1 according to the cross-sectional dimensions of the vase to form a transverse cross-section. The longitudinal reinforcement 2 is welded starting from the bottom ring, divided into 10-16 points. Each point is welded with a longitudinal reinforcement 2, tilted left or right along the body of the vase, connecting all the horizontal rings 1 in sequence. After welding all 10-16 points of the bottom ring in sequence, connecting them in one direction to the other horizontal rings 1, another longitudinal reinforcement 2 is welded to the points of the bottom horizontal ring 1 in sequence, tilted in the other direction, connecting different horizontal rings 1 until the vase mouth. This completes the mold, forming a complete grid-like outline of the vase. Mold size: According to height, it is generally divided into 80cm, 100cm, 130cm, 150cm, 180cm, 210cm, and 250cm.

[0072] 2. Preparation of branch culture (Forsythia suspensa branch culture)

[0073] 1. Variety selection: Choose upright, profusely flowering Forsythia varieties.

[0074] 2. Cutting method: It is propagated by hardwood cuttings, and the cuttings will be formed in the same year.

[0075] 3. Cutting time: In the southern part of Taihang Mountains, cuttings are mainly collected in autumn and winter, and cuts are mainly made in spring.

[0076] 4. Specific training process:

[0077] 1. Collecting spikes: In late October in autumn, when the leaves of Forsythia suspensa turn yellow, and before the Forsythia suspensa sprouts in mid-February, collect 1-2 year old strong shoots with a thickness of 0.6-1 cm from healthy plants.

[0078] 2. Cuttings processing: Cut into 10-15 cm long cuttings, leaving 2-3 nodes, cut the lower part into a slope, bundle 50 cuttings, immerse the lower part of each bundle in the rooting agent solution for 10 minutes, control the moisture, and store in sand for use.

[0079] 3. Seedbed preparation: Use open-field cuttings. Choose sandy loam soil, apply sufficient base fertilizer, deep plow and level the soil, make ridges 20 cm high and 2 meters wide, and cover with black film.

[0080] 4. Cutting: When the ground thaws in late March and the ground temperature stabilizes at above 5°, you can start cutting. The cutting depth is 1 / 2 of the cuttings, and the spacing between rows and plants is 15-20 cm.

[0081] 5. Management after cutting: Spray thoroughly with water immediately after cutting, and then irrigate once every 10-15 days depending on the temperature to maintain soil moisture.

[0082] 6. Sprout removal: After the branches and buds begin to sprout and grow new branches, keep one strong bud and remove the rest of the buds.

[0083] 7. Water and fertilizer management after rooting: When the branches grow to 15 cm and show stable growth, it means that the branches have taken root and enter the water and fertilizer management period. Spray irrigation once a month and apply 5 kg of urea per mu. After the branches grow to 40 cm, they enter the vigorous growth period. Apply 5 kg of nitrate phosphate per mu to cultivate them into branches.

[0084] 8. Pest and disease control: The main diseases are root rot and black mold, which can be prevented with carbendazim; the insect pests include aphids and borers, which can be controlled with pyraclostrobin; the main weed pest is dodder, which can be removed through weeding and manual removal, and then destroyed in the field.

[0085] 9. Branch protection: From June to August, branches grow fast and are prone to grow crooked, slanted, or bent. Therefore, it is necessary to set up a frame and straighten them in time. At the same time, root sprouts and branch forks should be removed in time to ensure that the branches grow upright, strong and single.

[0086] 10. Standard for strips: In late October, the branches reach a height of 2-3 meters, a thickness of 0.7-1.2 cm, are strong and disease-free, have light yellow or brownish-yellow bark, have complete roots, 5-10 lateral roots, are 10-20 cm long, and have many fibrous roots, which are standard strips.

[0087] 3. Vase weaving (living weaving and vase maintenance)

[0088] 1. Time: Early November to early March, start transplanting seedlings.

[0089] 2. Branch classification: Classify the excavated strips according to height and thickness. Strips of different heights correspond to molds of different heights. Generally, the height of the strips should be 50-60 cm larger than the mold.

[0090] 3. Weaving: First make a weaving frame, use two tripods with a height of 80-100 cm, set up a movable steel pipe about 3 meters long, put the mold on the steel pipe, put it horizontally on the weaving frame, and start weaving. Two people in a group, start fixing from the root, take 2 strips, fix them with a binding tape on a point of the bottom circle, the root exceeds the bottom circle by 15 cm, the branch exceeds the direction of the bottle mouth, and extends in different directions along the two longitudinal reinforcements, and then take 2 more strips, fix them on the next point of the bottom circle, and leave 15 cm at the root. After fixing all the bottom circle points in this way, the root forms a plane parallel to the bottom circle, and fix all the strips upward along the bottle body, the same as the arrangement of the longitudinal reinforcements, the longitudinal reinforcements in the lower row, the strips are also in the lower row, the longitudinal reinforcements in the upper row, the strips are also in the upper row, only until they are fixed to the top circle, so that all the strips are woven as required.

[0091] 4. Post-weaving treatment: remove the woven vase, cut off the excess tie heads, cut off the part of the branch that extends 15 cm beyond the top circle, and dip the roots in a solution of fungicide and rooting agent for root treatment.

[0092] 5. Planting: In the arch shed, plant the plants in root bags made of non-woven fabrics. Fill the bag with soil 20 cm thick, keeping the thickness of the center and the outside of the bottle consistent. Water thoroughly after planting.

[0093] 6. Field Care: In mid-March, transplant the vase to the field. Field care: First, remove all sprouts below the top ring. Second, for pest and disease control, spray the vase with lime sulfur solution immediately after transplanting to prevent pests and diseases. Third, for fertilizer and water management, water thoroughly after planting and water regularly thereafter according to soil moisture conditions.

[0094] Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making any creative work, any modifications, equivalent substitutions, improvements, etc. made should be included in the scope of protection of the present invention.

Claims

1. A method for making a living Forsythia suspensa vase, characterized in that: The following steps are involved: S1: Mould making; using metal strips to weave into a cage-like bottle body; S2: Forsythia suspensa strip culture: Cultivate Forsythia suspensa seedlings into single-stem living Forsythia suspensa strips; S3: Living weaving: Weaving the single-stem living Forsythia suspensa strips in step S2 onto the mold to form a cage-shaped living vase; S4: Vase maintenance: planting and cultivating the caged living vase to form a Forsythia suspensa living vase; The body of the vase is in a cross-diamond grid structure; In step S1, the cage-like structure includes a plurality of transverse circles and obliquely crossed longitudinal bars, wherein the transverse circles are sequentially distributed from top to bottom, and the longitudinal bars are sequentially crossed and fixed to the transverse circles to form the cage-like structure; the connection between the transverse circles and the longitudinal bars is welded; The horizontal ring is made of cold-drawn steel wire with a diameter of 4 mm, and the longitudinal reinforcement is made of cold-drawn steel wire with a diameter of 3 mm; The specific steps of step S2 include: A1: Choose a variety; choose upright, profusely flowering Forsythia varieties; A2: Cuttings collection: In late October, when the leaves of Forsythia suspensa turn yellow, and before the Forsythia suspensa sprouts in mid-February, collect strong cuttings with a thickness of 0.6-1 cm, 1-2 years old, from healthy plants. A3: Cuttings processing: Cut strong cuttings into 10-15 cm long cuttings, leaving 2-3 sections, cut the lower part into a bevel, and bundle 50 cuttings. Soak the lower part of each bundle in rooting agent solution for 10 minutes, control the moisture, and store in sand for later use. A4: Seedbed preparation: Use open-field cuttings, select sandy loam soil, deep plow and level it, make ridges 20 cm high and 2 meters wide, and cover with black film. A5: Cuttings; when cutting, the soil temperature should be ≥5°C, the cutting depth should be 1 / 2 of the cutting, and the spacing between rows and plants should be 10-20 cm. Spray the cuttings with water immediately after cutting, and then irrigate every 10-15 days. Wait for the buds to germinate. A6: Remove sprouts: After the buds begin to sprout and grow new branches, keep one strong bud and remove the rest. A7: Fertilization: When the buds grow to 15 cm, enter the water and fertilizer management period, sprinkle irrigation once a month, and apply 5 kg of urea per mu in combination with sprinkler irrigation; when the buds grow to 40 cm, enter the vigorous growth period, and apply 5 kg of nitrate and phosphate per mu to cultivate them into branches; A8: Pruning: If branches are crooked, slanted, or bent, set up a trellis to straighten them immediately. At the same time, remove root suckers and side branches to ensure that the branches grow upright, strong, and single. After the above steps, the standard for the formation of a single-stem living forsythia is: a height of 2-3 meters, a ground diameter of 0.7-1.2 cm, healthy and disease-free, with a light yellow or brownish yellow bark, a complete root, 5-10 lateral roots, and a root length of 10-20 cm; The specific steps of step S3 include: B1: Classification of Forsythia suspensa strips: Dig out the cultured single-stem living Forsythia suspensa strips with roots and classify them according to height and thickness. Strips of different heights correspond to molds of different heights. The strip height should be 50-60 cm larger than the mold. B2: Vase weaving: Arrange two single-stem living Forsythia suspensa strips in a group, with the roots facing the bottom of the vase and the tops facing the mouth of the vase. Starting from the bottom ring of the mold, fix them on the vase along the longitudinal ribs of the vase. The roots should extend 15 cm beyond the bottom ring, and the tops of the single-stem living Forsythia suspensa strips should be higher than the mouth of the vase. Cut them to the same height.

2. The method for making a living Forsythia suspensa vase according to claim 1, characterized in that: The specific steps of step S4 include: C1: Place the roots of the vase woven in step B2 into a solution of fungicide and rooting agent for root treatment; C2: Plant the vase from step C1 in a non-woven bag in the shed, fill the bag with soil to a thickness of 20 cm, and water it for maintenance; The maintenance method of step C2 is: immediately spray lime sulfur solution once after transplanting; and keep the soil moist.

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