CN104756847A - Aquatic plant planting floating bed, planting floating bed group and planting method - Google Patents
Aquatic plant planting floating bed, planting floating bed group and planting method Download PDFInfo
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- CN104756847A CN104756847A CN201410004004.7A CN201410004004A CN104756847A CN 104756847 A CN104756847 A CN 104756847A CN 201410004004 A CN201410004004 A CN 201410004004A CN 104756847 A CN104756847 A CN 104756847A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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Abstract
The invention discloses an aquatic plant planting floating bed, planting floating bed group and planting method. The aquatic plant planting floating bed comprises an enclosed space formed by a platform, handrails extending towards the upside from the periphery of the platform and barrier layers arranged at the inner sides of the handrails, matrix arranged in the enclosed space and used for planting aquatic plant, and floating bodies arranged at the bottom of the platform for providing buoyancy to enable the upper surface of the matrix to be lower than the horizontal surface by a set distance; a plurality of aquatic plant planting floating beds are arranged adjacently and spliced to form the aquatic plant planting floating bed group. According to the aquatic plant planting floating bed, planting floating bed group and planting method, people can directly go to the platform by ship or pull the platform to the shore side to seed or harvest, the manual harvesting is facilitated, and the labor hour and cost are greatly lowered; the aquatic plant is harvested twice per year, and the economical benefit of the aquatic plant can be doubled.
Description
Technical field
The present invention relates to the field of planting of a kind of water plants, more particularly, relate to a kind of facilitate water plants to sow and gather planting floating bed, planting floating bed group and implantation methods.
Background technology
Usual water plants is as lotus rhizome, Chinese celery, arrowhead etc., generally be planted in paddy field or in pond, need when planting lotus root and dig lotus root to carry out in mud manually, in mud, complete for the lotus rhizome of maturation is dug out, dug out by complete for the lotus rhizome of maturation in mud, it is well-known for digging lotus root difficulty.Artificial and the cost of the sowing of water plants and at substantial of gathering, causes the production cost of water plants significantly to improve, also reduces the economic benefit of water plants.
Lack in prior art and be a kind ofly convenient to water plants sowing and the planting tool of gathering and implantation methods, water plants can be made to sow and gather to save a large amount of artificial and cost, the corresponding economic benefit improving water plants, so need to improve.
Summary of the invention
The technical problem to be solved in the present invention is, for the above-mentioned defect of prior art, provide a kind of be convenient to water plants sowing and the water plants of gathering planting floating bed, planting floating bed group and implantation methods.
The technical solution adopted for the present invention to solve the technical problems is: the planting floating bed constructing a kind of water plants, inside the railing comprising platform and upwards extend from described platform periphery, described railing, barriers is set, described barriers and described platform form the enclosed space for accommodating matrix, described Medium Culture is used for planting aquatic plants, the planting floating bed of described water plants also comprises and is located at the buoyancy aid of described mesa base for platform described in support, and described buoyancy aid is used for providing buoyancy to make described substrate upper surface lower than the water surface one setpoint distance.
The planting floating bed of water plants of the present invention, described buoyancy aid is at least two keg float or the buoyancy tanks that are disposed on described mesa base, and described setpoint distance is 3CM to 20CM, and the thickness of described matrix is 25CM to 30CM.
The planting floating bed of water plants of the present invention, described platform comprises frame and is connected to the base plate in described frame, and described rail height is 50CM to 60CM, and described barriers is hard plastic board.
The planting floating bed group of water plants of the present invention, the planting floating bed comprising multiple water plants is as previously discussed combined to form, fixing by the first connector splicing between the planting floating bed of adjacent described water plants, the periphery of the planting floating bed group of described water plants is tied up on fixture by the second connector.
The implantation methods of water plants of the present invention, comprises the following steps:
S1, by the enclosed space that needs the matrix of planting aquatic plants to be placed on to be formed by platform and barriers, described barriers is fixed on inside the railing that upwards extended by described platform periphery, and the bottom of described platform is fixedly connected with buoyancy aid, the upper surface of the described matrix (5) that described buoyancy aid provides buoyancy to make interpolation for described platform is lower than the water surface one setpoint distance;
S2, select the seed of some water plants, in spring, described seed is evenly seeded in described matrix;
S3, according to residing pool or fish pond, whether nutrient is sufficient, suitably applies fertilizer to described matrix;
S4, after water plants maturation described in summer, ripe described water plants of gathering, wherein the water plants of Partial mature is sowed again as seed;
S5, after the water plants secondary ripening again sowed autumn, the described water plants of secondary ripening of gathering, the described water plants of reserve part secondary ripening is not gathered as the seed of Second Year;
Gather again after S6, water plants maturation described in summer of waiting for the coming year.
The implantation methods of water plants of the present invention, described matrix by weight component comprises 50% pond sludge and 50% peat soil, or the wood chip that becomes thoroughly decomposed of 50% pond sludge and 50% is fertile, or 50% pond sludge and 50% coconut palm powder.
The implantation methods of water plants of the present invention, described water plants is lotus rhizome, arrowhead, Chinese celery or water chestnut.
The implantation methods of water plants of the present invention, when described water plants is lotus rhizome, wherein in step S2, select 4 to 5 anosis worms, stalwartness, intact kind lotus root, described kind of lotus root is pressed 15 degree of angle oblique cuttings in described matrix, the described kind of at least part of tip of lotus root exposes outside described matrix.
The implantation methods of water plants of the present invention, wherein in step S5, secondary recovery is carried out after described lotus rhizome secondary ripening, the described lotus rhizome of reserve part secondary ripening is not gathered as the kind lotus root of Second Year, arrowhead or water chestnut is planted, gather spring of waiting for the coming year ripe described arrowhead or water chestnut between described Medium Culture.
The implantation methods of water plants of the present invention, wherein in step S1, is disposed adjacent multiple described planting floating bed, and by the first connector, adjacent described planting floating bed is bundled the planting floating bed group that is spliced.
Implement the planting floating bed of water plants of the present invention, planting floating bed group and implantation methods, there is following beneficial effect: people can go by ship directly to go up on platform or platform is pulled to bank and carry out sowing or gathering, and matrix only has certain thickness, resistance of gathering in matrix is less, facilitate and manually gather, labor hour and cost reduce greatly; Simultaneously, existing water plant planting method can only be gathered once for 1 year, and the planting floating bed of water plants of the present invention makes sowing and facility of gathering, and ripe water plants of gathering becomes fast in time, water plants can gather twice in 1 year, and the economic benefit of water plants can doublely be improved.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the structural representation of the planting floating bed preferred embodiment of water plants of the present invention;
Fig. 2 is the another schematic diagram of the planting floating bed preferred embodiment of water plants of the present invention.
In figure,
1 frame 2 railing 3 barriers 4 buoyancy aid 5 matrix 6 ecological grass 7 water plants 8 water surface
Embodiment
Water plants is as lotus rhizome, Chinese celery, arrowhead etc., generally be planted in paddy field or in pond, need when planting lotus root and dig lotus root to carry out in mud manually, in mud, complete for the lotus rhizome of maturation is dug out, it is well-known for digging lotus root difficulty, artificial and the cost of the sowing of water plants and at substantial of gathering, causes the production cost of water plants significantly to improve, also reduces the economic benefit of water plants.Lack in prior art and be a kind ofly convenient to water plants sowing and the planting tool of gathering and implantation methods, water plants can be made to sow and gather to save a large amount of artificial and cost, the corresponding economic benefit improving water plants, so need to improve.
The application provides the planting floating bed of a kind of water plants, planting floating bed group and utilizes the implantation methods of planting floating bed and planting floating bed group to carry out planting aquatic plants, the planting floating bed of water plants comprises and arranges barriers by inside platform and the railing upwards extended from platform periphery, railing, barriers and platform form the enclosed space for accommodating matrix, Medium Culture is used for planting aquatic plants, the planting floating bed of water plants also comprises and is located at the buoyancy aid of mesa base for support platform, and buoyancy aid is used for providing buoyancy to make substrate upper surface lower than the water surface one setpoint distance.
Adopt the planting floating bed planting aquatic plants of water plants of the present invention, people can go by ship directly to go up on platform or platform is pulled to bank and carry out sowing or gathering, and matrix only has certain thickness, and resistance of gathering in matrix is less, facilitate and manually gather, labor hour and cost reduce greatly; Simultaneously, the implantation methods of existing water plants can only be gathered once for 1 year, and the planting floating bed of water plants of the present invention makes sowing and facility of gathering, ripe water plants of gathering becomes fast in time, water plants can gather twice in 1 year, and the economic benefit of water plants can doublely be improved.
In order to there be understanding clearly to technical characteristic of the present invention, object and effect, now contrast the embodiment that accompanying drawing describes the planting floating bed of water plants of the present invention in detail.
As shown be the preferred embodiment of the planting floating bed of water plants of the present invention, comprise the enclosed space that the railing 2, the barriers 3 in railing 2 that are upwards extended by platform and platform periphery are formed, and the matrix 5 for planting aquatic plants 7 be laid in enclosed space, be located in addition mesa base for provide buoyancy make matrix 5 at least upper surface lower than the buoyancy aid 4 of the water surface 8 one setpoint distance.The planting floating bed of water plants of the present invention, enclosed space is formed by platform, railing 2 and barriers 3, certain thickness matrix 5 is set in enclosed space, the buoyancy provided by buoyancy aid 4 makes platform and matrix 5 float, make the upper surface of matrix 5 at the water surface 8 times setpoint distances, the water plants 7 comprising lotus rhizome, arrowhead, Chinese celery or water chestnut etc. can be planted in matrix 5.
Platform in the present embodiment, the base plate (not shown) comprising frame 1 and be connected in the middle of frame 1.Frame 1 and railing 2 preferably PVC plastic drainpipe, as long as certainly form the other materials can laying the enclosed space of matrix 5.Frame 1 in the present embodiment forms square that is long and wide each 3M, and certain frame 1 also can form circle, square or other arbitrary shapes.Be connected with base plate in the middle of frame 1, base plate is hard plastic board.Barriers 3 plays the barrier effect to matrix 5 in matrix 5 side, and the height of barriers 3 should, at least higher than the thickness of matrix 5, be the material of the hard such as fluid-tight hard plastic board or plank.
Buoyancy aid 4 in the present embodiment is keg float or buoyancy tank.Preferably, described buoyancy aid 4 is for being located at four uniform 20L keg floats of mesa base, and provide good buoyancy to platform and matrix 5, make matrix 5 just in time lower than the water surface 8 one setpoint distance, the setpoint distance in the present embodiment is 3CM to 20CM.Setpoint distance is 3CM to 5CM when planting seeds, and matrix 5 is a little less than the water surface 8, and the temperature drift of matrix 5, is conducive to the seed sprouting under just planting; After 1 to 2 week, along with the growth of water plants 7, the weight of water plants 7 increases, and planting floating bed sinks, and matrix 5 upper surface is increased to 5CM to 10CM lower than the setpoint distance of the water surface 8; Treat that water plants 7 is ripe, the weight of water plants 7 increases further, and planting floating bed sinks further, and matrix 5 upper surface is increased to 10CM to 20CM lower than the setpoint distance of the water surface 8.That is this distance is according to matrix 5 and the growth with water plants 7, and setpoint distance can from Row sum-equal matrix in 3CM to 20CM scope.
Matrix 5 thickness of the present embodiment is 25CM to 30CM, and this thickness is the optimum thickness of planting aquatic plants 7, the too thin growth being unfavorable for water plants 7, too thickly increases again the weight of floating bed and is unfavorable for gathering.Simultaneously, the railing 2 of the present embodiment is highly 50CM to 60CM, like this when matrix 5 is in the water surface 8 times 5CM to 10CM, railing 2 still has the height of 20CM to 30M to be on the water surface 8, when planting the water plants 7 of similar lotus rhizome, railing 2 exceeds the water surface 8 part can play to the lotus leaf above lotus rhizome and lotus the effect supporting and stop, prevents toppling over of lotus leaf.
Also further ecological grass 6 is hung below platform in the present embodiment, when the planting floating bed of the water plants of the present embodiment uses in fish pond, fish pond is thrown in fish meal and is caused body eutrophication in the process of breeding fish, can by the nutriment in the aerobic degradation fish pond of ecological grass 6, reduce the eutrophication of fish pond, play the effect purified water.
Now by reference to the accompanying drawings the specific embodiment of the planting floating bed group of water plants of the present invention is described in detail.
The planting floating bed group of water plants of the present invention is disposed adjacent to each other by the planting floating bed of multiple above-mentioned water plants and is bundled by the planting floating bed of adjacent water plants by the first connector (not shown) and is spliced.The planting floating bed of multiple above-mentioned water plants is stitched together and forms the planting floating bed of large-area water plants, can carry out the large-scale outputization plantation of large area, make the plantation of water plants 7 produce larger economic benefit to water plants 7.
The preferred embodiment of the planting floating bed group of water plants is spliced by the preferred embodiment of the planting floating bed of multiple above-mentioned water plants, first connector can be rope or the belt of metal, plastics or cloth, on the frame 1 that first connector can be bundled in the planting floating bed of adjacent water plants or railing 2, fastening for the planting floating bed of adjacent water plants is combined.Further, the planting floating bed group of water plants can also be connected on fixture by the second connector on the planting floating bed of one of them water plants peripheral, fixture can be anchor or timber, the planting floating bed group of whole water plants can be made so relatively fixing on the water surface 8, not easily drift about.Second connector can be hawser etc.
Be described in detail below in conjunction with the embodiment of accompanying drawing to the implantation methods of water plants.
The implantation methods of water plants of the present invention, comprises the following steps:
The matrix 5 for planting aquatic plants 7 is laid in the enclosed space that S1, barriers 3 in the railing 2 upwards extended by platform, platform periphery, railing 2 are formed, mesa base is connected with for providing buoyancy to make matrix 5 upper surface lower than the buoyancy aid 4 of the water surface one setpoint distance, forms single planting floating bed;
S2, select the elite seed of some water plants 7, in spring, seed is evenly seeded in matrix 5;
S3, according to residing pool or fish pond, whether nutrient is sufficient, suitably applies fertilizer to matrix 5;
S4, gather after water plants 7 maturation until summer, the water plants 7 of Partial mature is sowed again as seed;
S5, carry out secondary recovery until autumn after water plants 7 secondary ripening, the water plants 7 of reserve part secondary ripening is not gathered as the seed of Second Year;
S6, summer of waiting for the coming year gather after water plants 7 maturation again.
The implantation methods of water plants of the present invention, utilize planting floating bed planting aquatic plants 7, the water plants 7 comprising lotus rhizome, arrowhead, Chinese celery or water chestnut etc. can be planted, people can go by ship directly to go up on platform or platform is pulled to bank and carry out sowing or gathering, and matrix 5 only has certain thickness, resistance of gathering in matrix 5 is less, facilitates and manually gathers, and labor hour and cost reduce greatly; Simultaneously, the ripe water plants 7 that also makes to gather becomes fast in time for sowing and the facility of gathering, existing planting aquatic plants 7 method can only be gathered once for 1 year, and adopt the planting floating bed of water plants of the present invention, water plants can gather twice in 7 one years, and the economic benefit of water plants 7 can doublely be improved.The implantation methods of water plants of the present invention, planting floating bed can be placed in mire or fish pond, and when being placed in fish pond, the nutrient laden water quality produced due to fish pond input fish meal provides sufficient nutriment, without the need to further applying fertilizer to matrix 5.
Below the preferred embodiment of the Lotus planting adopting the implantation methods of water plants of the present invention is described.For Lotus planting, select 4 to 5 anosis worms, stalwartness, intact kind lotus root in step s 2, lotus root will be planted by 15 degree of angle oblique cuttings in matrix 5 in the March, plant at least part of tip of lotus root and expose outside matrix 5.In step s 4 which, gather after June lotus rhizome maturation, and the lotus rhizome leaving Partial mature is sowed again as kind of a lotus root.Wherein in step S5, after September lotus rhizome secondary ripening, the lotus rhizome of secondary recovery secondary ripening, wherein the lotus rhizome of part secondary ripening is not gathered as the kind lotus root of Second Year, plant other water plants such as arrowhead or water chestnut between in matrix 5, the April of waiting for the coming year gathers ripe arrowhead or water chestnut water plants.
The lotus rhizome implantation methods of this preferred embodiment, adopt planting floating bed Lotus planting, people can go by ship directly to go up on platform or platform is pulled to bank and carry out sowing or gathering, matrix 5 only has certain thickness, make the sowing of lotus rhizome and gather all very convenient, improve the efficiency of gathering, reduce cost of labor, simultaneously due to facility of gathering, make within 1 year, can carry out gathering for twice, the economic benefit of lotus rhizome is improved greatly, in lotus rhizome again between plant arrowhead, make full use of the space of matrix, increase planting floating bed and maximize the use, create higher economic benefit.
Further, in the implantation methods of water plants of the present invention, wherein in step S1, multiple planting floating bed can be disposed adjacent to each other, and by the first connector, adjacent planting floating bed is bundled the planting floating bed group that is spliced, the large-scale outputization plantation of large area can be carried out to water plants 7, make the plantation of water plants 7 produce larger economic benefit.
When adopting planting floating bed group, can not connector be untied when sowing and gather, the water surface 8 is sowed one by one to the planting floating bed in planting floating bed group and gathers.Also can be in step s 4 which, after water plants 7 maturation, untie the first connector in planting floating bed group, after each planting floating bed moves to bank, the water plants 7 of the maturation in each planting floating bed is gathered, and leave part and again sow as seed, more multiple planting floating bed is stitched together after having sowed and forms planting floating bed group.Wherein in step S5, after water plants 7 secondary ripening, untie the first connector in planting floating bed group, after each planting floating bed moves to bank, secondary recovery is carried out to the water plants 7 of the maturation in each planting floating bed, wherein the water plants 7 of Partial mature is not gathered, and is stitched together by multiple planting floating bed and forms planting floating bed group after having gathered.Wherein in step S6, after water plants 7 maturation of waiting for the coming year, the first connector in planting floating bed group is untied, after each planting floating bed moves to bank, the water plants 7 of the maturation in each planting floating bed is gathered again.Can directly carry out sowing and gathering from bank to planting floating bed like this.
In the implantation methods of water plants of the present invention, the composition of matrix 5 can by following several embodiment:
Embodiment one, by weight component comprise 50% pond sludge and 50% peat soil mixing and stirring after be laid in enclosed space;
Embodiment two, by weight component are laid in enclosed space after comprising the fertile mixing and stirring of wood chip that 50% pond sludge and 50% becomes thoroughly decomposed;
Embodiment three, by weight component are laid in enclosed space after comprising 50% pond sludge and 50% coconut palm powder mixing and stirring.
The implantation methods of water plants of the present invention, applicable water plants 7 can be lotus rhizome, arrowhead, Chinese celery or water chestnut etc.
In sum, adopt the planting floating bed planting aquatic plants of water plants of the present invention, people can go by ship directly to go up on platform or platform is pulled to bank and carry out sowing or gathering, and matrix only has certain thickness, resistance of gathering in matrix is less, facilitate and manually gather, labor hour and cost reduce greatly; Simultaneously, the implantation methods of existing water plants can only be gathered once for 1 year, and the planting floating bed of water plants of the present invention makes sowing and facility of gathering, ripe water plants of gathering becomes fast in time, water plants can gather twice in 1 year, and the economic benefit of water plants can doublely be improved.
By reference to the accompanying drawings embodiments of the invention are described above; but the present invention is not limited to above-mentioned embodiment; above-mentioned embodiment is only schematic; instead of it is restrictive; those of ordinary skill in the art is under enlightenment of the present invention; do not departing under the ambit that present inventive concept and claim protect, also can make a lot of form, these all belong within protection of the present invention.
Claims (10)
1. the planting floating bed of a water plants, it is characterized in that, the railing (2) comprising platform and upwards extend from described platform periphery, described railing (2) inner side arranges barriers (3), described barriers (3) and described platform form the enclosed space for accommodating matrix (5), for planting aquatic plants (7) in described matrix (5), the planting floating bed of described water plants also comprises and is located at the buoyancy aid (4) of described mesa base for platform described in support, described buoyancy aid (4) makes described matrix (5) upper surface lower than the water surface one setpoint distance for providing buoyancy.
2. the planting floating bed of water plants according to claim 1, it is characterized in that, described buoyancy aid (4) is at least two keg float or buoyancy tanks being disposed on described mesa base, and described setpoint distance is 3CM to 20CM, and the thickness of described matrix (5) is 25CM to 30CM.
3. the planting floating bed of water plants according to claim 1, it is characterized in that, the base plate that described platform comprises frame (1) and is connected in described frame (1), described railing (2) is highly 50CM to 60CM, and described barriers (3) is hard plastic board.
4. the planting floating bed group of a water plants, it is characterized in that, the planting floating bed comprising multiple water plants as described in any one of claims 1 to 3 is combined to form, fixing by the first connector splicing between the planting floating bed of adjacent described water plants, the periphery of the planting floating bed group of described water plants is tied up on fixture by the second connector.
5. an implantation methods for water plants, is characterized in that, comprises the following steps:
S1, by the enclosed space that needs the matrix of planting aquatic plants (7) (5) to be placed on to be formed by platform and barriers (3), described barriers (3) is fixed on railing (2) inner side upwards extended by described platform periphery, and the bottom of described platform is fixedly connected with buoyancy aid (4), the upper surface of the described matrix (5) that described buoyancy aid (4) provides buoyancy to make interpolation for described platform is lower than the water surface one setpoint distance;
S2, select the seed of some water plants (7), in spring, described seed is evenly seeded in described matrix (5);
S3, according to residing pool or fish pond, whether nutrient is sufficient, suitably applies fertilizer to described matrix (5);
S4, after water plants described in summer (7) maturation, ripe described water plants (7) of gathering, wherein the water plants (7) of Partial mature is sowed again as seed;
S5, after water plants (7) secondary ripening again sowed autumn, the described water plants of secondary ripening of gathering, the described water plants (7) of reserve part secondary ripening is not gathered as the seed of Second Year;
Gather again after S6, water plants described in summer (7) maturation of waiting for the coming year.
6. the implantation methods of water plants according to claim 5, it is characterized in that, described matrix (5) by weight component comprises 50% pond sludge and 50% peat soil, or the wood chip that 50% pond sludge and 50% becomes thoroughly decomposed is fertile, or 50% pond sludge and 50% coconut palm powder.
7. the implantation methods of water plants according to claim 5, it is characterized in that, described water plants (7) is lotus rhizome, arrowhead, Chinese celery or water chestnut.
8. the implantation methods of water plants according to claim 7, it is characterized in that, when described water plants (7) is for lotus rhizome, wherein in step S2, select 4 to 5 anosis worms, stalwartness, intact kind lotus root, described kind of lotus root is pressed 15 degree of angle oblique cuttings in described matrix (5), the described kind of at least part of tip of lotus root exposes described matrix (5) outward.
9. the implantation methods of water plants according to claim 8, it is characterized in that, wherein in step S5, secondary recovery is carried out after described lotus rhizome secondary ripening, the described lotus rhizome of reserve part secondary ripening is not gathered as the kind lotus root of Second Year, arrowhead or water chestnut is planted, gather spring of waiting for the coming year ripe described arrowhead or water chestnut between in described matrix (5).
10. the implantation methods of water plants according to claim 5, is characterized in that, wherein in step S1, be disposed adjacent by multiple described planting floating bed, and by the first connector, adjacent described planting floating bed bundled the planting floating bed group that is spliced.
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| CN105948266A (en) * | 2016-06-23 | 2016-09-21 | 镇江横塘湖生态农业开发有限公司 | Method for purifying pond water by growing aquatic vegetables on artificial floating bed |
| CN107399823A (en) * | 2016-05-20 | 2017-11-28 | 国环清源控股有限公司 | A kind of biological floating island |
| CN107409993A (en) * | 2017-05-13 | 2017-12-01 | 广东恒辉生态园林有限公司 | The planting floating bed and implantation methods of a kind of water plant |
| CN108217962A (en) * | 2018-02-08 | 2018-06-29 | 华中科技大学 | A kind of float type water makees Ecological Industry Chain urban water-body maintaining method |
| CN110352662A (en) * | 2019-07-18 | 2019-10-22 | 安徽润航农业科技开发有限公司 | It is a kind of to utilize degradable plant fibre non-woven fabrics floating bed nursery implantation methods |
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| CN110352662A (en) * | 2019-07-18 | 2019-10-22 | 安徽润航农业科技开发有限公司 | It is a kind of to utilize degradable plant fibre non-woven fabrics floating bed nursery implantation methods |
| CN113575406A (en) * | 2021-08-27 | 2021-11-02 | 苏州市农业科学院 | Semi-suspension composite crop island and manufacturing method thereof |
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