JPH08322405A - Gardening of terrestrial plant on water - Google Patents

Abstract

PURPOSE: To provide a method for gardening terrestrial plants on a water capable of freely planting various terrestrial plants in a two or three dimensional spread on the water for beatifying a park or a water side. CONSTITUTION: This method for gardening terrestrial plants on water comprises planting the roots of a terrestrial plant 2 to a light weight pot 1 loaded with a porous substances, floating the light weight pot planted with the terrestrial plant 2 so that its floor surface is positioned higher than the water level, installing a means for sucking water from the water surface by utilizing a capillary phenomenon and supplying it to the porous substance in the light weight pot, and grounding the terrestrial plane 2 over a shelf having a net shape 3A, 3B and spread over the space on the water surface from the vicinity of the light weight pot.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a water gardening method for terrestrial plants.

[0002]

2. Description of the Related Art Green plants and flowering plants for horticultural use are often terrestrial plants. Therefore, these cultivations are most commonly cultivated in soil. In some cases, hydroponics is also used. Recently, greenhouse cultivation has become widespread, and various plants are offered for appreciation regardless of the season.

When such terrestrial plants are used for appreciation, it is common to insert root bases into plant pots and soil inside and outside the building for vegetation, and to apply water and nutrients. Has been done in. In addition, cut flowers whose roots have been cut off are often used for ikebana by inserting them into the water in the pot.

However, no examples have been found in which such terrestrial plants are floated and grown on the surface of water such as artificial ponds, fountains, and indoor water tanks. This is probably because the cultivation of terrestrial plants required the supply of oxygen from the air to the roots, and it was thought that it was difficult to cultivate them on water like aquatic plants. But
Many ornamental plants are terrestrial plants, and in recent urban environments, if terrestrial plants can be cultivated on the water, new diverse aesthetics can be created.

In view of the above, the present inventor has previously proposed a facility and a method for growing and cultivating land plants on the surface of water in JP-A-6-178625 and JP-A-6-178626.

[0006]

Further research has been conducted on the hydroponics technology for land plants proposed in the above publication, but in order to maintain the land plants in a healthy state on the water surface, the type of land plant must be selected. Correspondingly, the key point is whether or not it is possible to replenish an appropriate amount of water that does not become excessive while ensuring an appropriate air permeability to the root part. The one proposed in the above publication is the tip of the root part of a terrestrial plant. Since it is soaked in water, it is somewhat unstable in order to maintain the water absorption capacity of the plant, and a supporting rod is required to support the plant, and except that it absorbs nutrients from the water. There is a problem that nutrients must be added by foliar application.

As described above, in the case of cultivating terrestrial plants on water, it is not easy to secure appropriate air permeability and appropriate water supply simultaneously and unmanned on the surface of the water depending on the type of plant. The present invention is basically intended to solve this problem.

Further, in hydroponics, it is possible to create a new aesthetic appearance by cultivating various plants with a two-dimensional or three-dimensional spread rather than cultivating spots on a two-dimensional water surface. It is not easy to cultivate a three-dimensional or three-dimensional terrestrial plant on water. The present invention intends to solve this problem at the same time.

[0009]

In order to solve the above-mentioned problems, according to the present invention, as described in claim 1, a root portion of a terrestrial plant is planted in a lightweight pot loaded with a porous material,
The lightweight pot in which this terrestrial plant is planted is floated on the water so that the floor surface is located above the water surface, and the porous material in the lightweight pot is equipped with a means for sucking up water from the water surface by a capillary phenomenon. (EN) Provided is a water gardening method for terrestrial plants, which comprises crawling terrestrial plants on a net-shaped shelf extending from the vicinity of a pot to the space above the water surface.

Further, according to the present invention, as described in claim 3, a root of a terrestrial plant is planted in a lightweight pot loaded with a porous material, and the floor of the lightweight pot in which the terrestrial plant is planted is almost the same. A net suspended on the surface of the water so that the porous material in the lightweight bowl is replenished with water from the water surface through the water absorption holes provided on the bottom surface of the lightweight bowl, and the space is extended from the vicinity of the lightweight bowl to the space above the water surface. Provided is a method of terrestrial plant aquatic horticulture, which comprises crawling land plants on a shelf.

[0011]

In the present invention, in the case of claim 1, in which the porous material is charged in a lightweight pot having an appropriate hole on the floor surface and floated on the water surface with a space between the floor surface and the water surface, A means for sucking water into the hole, for example, a water absorbent sheet is hung down, and when the floor is floated so that the floor surface is almost at the water surface as in claim 3, the water is absorbed through the hole into the porous material in the pot. To replenish.

As a result, the lower layer of the porous material moistens water, and water is supplied to the tip of the root of the plant planted on it. However, flooding up to the upper layer of the porous material is prevented because the upper layer is kept higher than the water surface, and as a result, the air permeability to the roots necessary for terrestrial plants is secured.

The maintenance of the air permeability of the porous material depends on the amount of water pumped from the water surface, but by using an appropriate porous material, the lower layer maintains a wet state while the upper layer maintains a breathable state. Can be maintained. As the granular porous material having such an action, for example, natural pumice such as volcanic ejecta, porous artificial expansive stone or clay, such as granite such as perlite or vermiculite is suitable. The particle size of these granular porous materials depends on the porosity thereof, but an average particle size of 0.2 to 0.5 cm is preferable, and if necessary, fine particle materials are also mixed in appropriate amounts. be able to. In any case, the lower layer is wet,
It is necessary to select a composition in which the middle layer and the upper layer have sufficient air gaps between the particles and the particles themselves do not contain much water.

As a more suitable composition, a coarse granular porous material is used in the upper layer portion, a fine granular porous material is used in the middle layer portion, and fertilizer is eluted in the lower layer portion through the water absorbing means or water absorbing holes. It is preferable to use an elution fertilizer adsorption layer that can prevent This eluent fertilizer adsorption layer is preferably volcanic granular clay such as Kanuma soil, which has a high absorption capacity for nitrogen and phosphorus, clay minerals such as zeolite, and granular charcoal, and it is best to lay it in a thin layer at the bottom of the lightweight pot. Good.

The slow-acting fertilizer may be granulated and mixed into the porous material in a porous form, or organic soil such as peat moss may be mixed. When using such a formulation,
It is necessary to consider so that the specific gravity is as small as possible.

When a space is provided between the floor surface of the lightweight bowl and the water surface, various water-absorbing materials are used as the means for drawing water.
For example, sheet-like or string-like materials used for filter media, water-absorbent polymer resin sheets, etc. are used, one end of which projects from the floor hole to the lower layer of the porous material and the other end It is better to hang it down.

When the lightweight pot is floated with the floor surface at almost the same level as the water surface, a mesh or the like is laid on the floor surface so as to prevent the soil from flowing out from the water absorption holes on the floor surface.

The lightweight pot thus constructed is floated on the water surface together with a float if necessary, and in the present invention, the plants planted in the lightweight pot are put on a net-like shelf extending over the space above the water surface. Crawling. This net-like shelf also supports the load with a lightweight bowl so that it can float on the surface of the water. In this case, by setting the lightweight pot and the net-shaped shelf on the same float, it is possible to plant plants continuously from the lightweight pot to the net. At that time, the lightweight pot is made into a gutter-shaped elongated container. By constructing the net-like shelf over the water surface along the long side wall of the gutter-shaped container, it is possible to plant it on the water surface with a two-dimensional or three-dimensional spread.

As a material for forming the lightweight bowl or the float, styrofoam, other lightweight resin, pulsa which is the lowest specific gravity wood, other light specific gravity wood, etc. can be used.
By properly selecting the shape and size, a stable levitation force can be provided.

In carrying out the method of the present invention, by adopting a method of cultivating a house in a house in a crawling state on a net, transporting it to the site, and setting it on the water, the water landscaping is performed with good workability. it can. In addition, the rooted plants used for water gardening can be returned to the onshore facility and continued to be cultivated. After being cultivated, they can be again used for water ornamentation or distributed to other gardening facilities.

[0021]

EXAMPLE FIG. 1 shows a state in which a terrestrial plant is planted on the water with a two-dimensional spread according to the present invention.
A net-shaped shelf 3 is stretched between two lightweight pots 1A and 1B floated on the surface of the water, and land plants on which the roots are planted in each lightweight pot 1 are crawled on the net 3. Each of the lightweight pots 1 is set on the float 4, and the loads of the land plants and the net-shaped shelf 3 are also supported by the float 4.

In FIG. 2, net-like shelves 3A and 3B are stretched on both sides of one lightweight pot 1 set on a float 4, and the opposite edges of each net are net floats 5A and 5B. A terrestrial plant 3 having roots planted in a lightweight pot 1 is supported and crawled between the net-like shelves 3A and 3B on both sides, and its plan view is shown in FIG.

FIG. 4 is a perspective view showing an example of a lightweight bowl used in the method of the present invention. This lightweight bowl 1 is a gutter-shaped elongated container having an open top, and a lightweight resin is used as the container material. Holes 6 for absorbing water are provided at the bottom of the lightweight bowl 1 at appropriate intervals, and drainage holes 7 are also provided on the side walls. The effect of the water absorption holes 6 will be described later. The drain hole 7 is for draining rainwater, and excess water at the time of rainfall naturally flows out of the pot through the drain hole 7.

The lightweight bowl 1 itself floats on the surface of the water, but when it is installed on the surface of the water, it floats to increase the buoyancy.
Set on top of. As the float 4, an out trigger 8 is provided as shown in order to maintain stability. In addition, an opening 9 is formed in the center of the float 4 so that the water surface appears so that the bottom of the lightweight bowl 1 faces the water surface.

FIG. 5 shows a state in which the roots of plants are planted in the porous soil of the lightweight pot 1A shown in FIG. 1 and floated on the water surface. In this floating state, a gap 10 is formed between the bottom of the lightweight bowl and the water surface. Therefore, the soil in the lightweight pot does not come into contact with the water surface as it is. In this state, in the method of the present invention, the means 11 for drawing water by using the capillary phenomenon is used in the lower layer portion of the soil.

The water pumping means uses a water-absorbent resin sheet in the illustrated example, and the water-absorbent sheet 11 is inserted into the water-absorbing hole 6 (shown in FIG. 4) at the bottom of the lightweight bowl, and one end thereof is inserted. By projecting into the bottom layer of the soil and immersing the other end under the surface of the water, water is pumped up to the portion of the soil in contact with this sheet, and only the lower layer portion in the vicinity thereof is partially moistened. In this case, several pieces of the water absorbent sheet 11 are used to adjust the amount of water pumped up to the required amount. However, the amount is not such that the upper layer of the soil in the lightweight pot is wet.

The water-pumping means 11 is not limited to the water-absorbent sheet shown in the figure, but water-absorbent substances such as those used in filter paper and sanitary products, linen strings, rock wool and the like can be used. However, in any case, one that is in contact with the lower layer of the soil of the lightweight pot and the other end hangs so that it can be submerged below the water surface is used.

On the other hand, in the light weight pot 1, a fine particle eluent fertilizer adsorbent 12 is installed in the lower layer, a fine particle porous material 13 is placed as an intermediate layer thereover, and a coarse particle porous material 14 is placed in the upper layer.
To load. As the eluent fertilizer adsorbent 12, volcanic granular clay such as Kanuma soil having a high nitrogen and phosphorus absorption capacity, clay mineral such as zeolite or granular charcoal is used. As the porous material 13 or 14, a natural crushed pumice stone, a granulated material such as porous artificial expansive stone, clay, pearlite, vermiculite, etc. is used with its particle size adjusted according to its suitability.

When the water pumping means 11 wets the lower layer in contact with it, the water absorption capacity of the granular porous material expands the wetting range. However, since this material is granular, it eventually reaches equilibrium and no longer exists. Water is not absorbed in the upper layer and the upper part is kept dry.
Therefore, since water is supplied to the root tip of the terrestrial plant and oxygen in the air circulates in the upper part of the root, even terrestrial plants can be cultivated on the water. Further, even if the root portion grows during cultivation on water, only the tip of the root portion is moistened and air permeability is maintained at the upper portion of the root portion, so that the root portion is prevented from decaying.

FIG. 6 shows the same construction as that of FIG. 5 except that the bottom of the lightweight pot 1 is floated on the water surface so that the bottom portion of the light bowl 1 is almost on the water surface. In this case, water penetrates into the soil through the water absorption holes 6 at the bottom of the lightweight bowl, but as long as the lightweight bowl 1 is maintained at this position substantially constant with respect to the water surface, the water pumping means 11 is used. As in the case of absorbing water, only the lower layer is wet, and the upper layer maintains the state of maintaining air permeability. In addition, in order to prevent the culture soil from flowing out from the water absorption holes 6, the water absorption holes 6 are covered with a mesh 15. When the bottom of the lightweight bowl is held near the water surface as shown in FIG. 6, it is possible to omit the use of the float by giving the lightweight bowl itself buoyancy.

FIG. 7 has the same configuration as that of FIG. 1 except that the net-shaped shelf 3 is arched, and the reference numerals in the figure are the same as those described in FIG. In this case, the end of the arch shelf 3 is attached to the anchor 16 provided on the float 4.

FIG. 8 is a perspective view showing the whole of the arched net 3 of FIG. 7, in which the whole of the frame made of lightweight resin is supported by the float 4 on the water surface. Not only the arch shown but also a shelf type and various pergola shapes can be used to construct a three-dimensional gardening on the water.

The size and shape of the lightweight pots and net-like shelves are not limited to the above examples, and any suitable one can be used according to the type of plant and gardening facility, and its design and color. Can be freely considered so that the design is excellent.

As a plant to be used, a water-based plant can be used, but by allowing a variety of terrestrial plants to be planted, more diverse water gardening can be constructed, and a net-shaped shelf can be crawled. Suitable climbing plants such as vine, chrysanthemum, and hedera, and fusogenic plants are particularly suitable, and various flowering plants can be appropriately used in combination with them. Although such a plant can be directly sown in a lightweight pot and grown, a seedling or a growing plant prepared in advance on land can be transplanted to quickly make a water ornament. In this case, greenhouse cultivation can also be performed, and in that case, by performing greenhouse cultivation with a net-like shelf and installing it on the water, it becomes easy to manage until the completion of the greening and the required water surface. The facility can be planted quickly.

[0035]

INDUSTRIAL APPLICABILITY As described above, according to the present invention, various terrestrial plants of various kinds can be planted on the water, and it is possible to remarkably contribute to the improvement of a water-planting landscape such as a pond or the like. In addition, it is possible to easily form a greening environment with a water tank or water receiving equipment in the building, and to use an artificial pond, irrigation water, riverside, etc. where the aesthetics have not been improved so far as a greening gardening point. It will be possible, and it can be expected that new green gardening will be promoted.

In particular, since it is possible to perform greening and flowering gardening on the water with a two-dimensional or three-dimensional spread using a net-like shelf, it is possible to produce various aesthetics in a complicated manner.
And since this can form a shadow on the surface of the water, it will provide a living space for fish and insects, which is also useful for securing a living space for water.

[Brief description of drawings]

FIG. 1 is a schematic sectional view showing an embodiment of a water gardening method according to the present invention.

FIG. 2 is a schematic cross-sectional view showing another embodiment of a water gardening method according to the present invention.

FIG. 3 is a schematic plan view of the gardening facility of FIG.

FIG. 4 is a perspective view showing an example of a lightweight bowl used in the present invention.

FIG. 5 is a schematic cross-sectional view showing an example of a lightweight pot in which a plant is planted and floated on water.

FIG. 6 is a schematic cross-sectional view showing another example of a lightweight pot in which a plant is planted and floated on water.

FIG. 7 is a schematic sectional view showing still another embodiment of the water gardening method according to the present invention.

8 is a perspective view showing an entire net-like shelf used for gardening in FIG. 8. FIG.

[Explanation of symbols]

 1 Light-weight pot 2 Terrestrial plants 3 Net-like shelves 4,5 Floating 6 Light-absorbing hole at the bottom of light-weight pot 7 Drainage hole 8 Outrigger for floating 9 Space formed in the center of the float 10 Between light-pot bottom and water surface Gap 11 Means for pumping water 12 Leached fertilizer adsorbent layer 13 Fine-grained porous material 14 Coarse-grained porous material

Claims (7)

[Claims] 1. A water horticultural method for planting terrestrial plants on the water, wherein the roots of terrestrial plants are planted in a lightweight pot loaded with a porous material, and the floor of the lightweight pot in which the terrestrial plant is planted is above the water surface. It is floated on the water so that it is located on the water, and the porous material in the lightweight pot is equipped with a means for sucking up the water from the water surface by capillary action. A water gardening method for terrestrial plants, which is characterized by crawling plants. 2. The floating gardening method according to claim 1, wherein the means for absorbing water by capillarity is a water absorbent sheet. 3. In a water gardening method for planting land plants on the water, the roots of land plants are planted in a lightweight pot loaded with a porous material, and the lightweight pot in which the land plant is planted has a floor surface almost at the water surface. The net-like shelf that is floated on the water so that the porous material in the lightweight bowl is replenished with water from the water surface through the water absorption holes provided on the bottom surface of the lightweight bowl, and is stretched from the vicinity of the lightweight bowl to the space above the water surface. A water gardening method for terrestrial plants, characterized by crawling terrestrial plants. 4. The floating gardening method according to claim 1, wherein the lightweight pot and the net-shaped shelf are set on a float. 5. The water surface according to claim 1, 2, 3 or 4, wherein the lightweight bowl comprises a gutter-shaped elongated container, and a net-like shelf is stretched over the water surface along the long side wall of the gutter-shaped container. Gardening method. 6. The terrestrial plant crawling on the net is placed in water after being house-grown.
The water gardening method described in 4 or 5. 7. A lightweight pot, wherein an eluent fertilizer adsorbent is laid in a lower layer, a fine porous material is loaded as an intermediate layer, and a coarse porous material is loaded in an upper layer. Three
The water gardening method described in 4, 5, or 6.