CN107232003B - Construction method for planting water-resistant arbor in water - Google Patents
Construction method for planting water-resistant arbor in water Download PDFInfo
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- CN107232003B CN107232003B CN201710408337.XA CN201710408337A CN107232003B CN 107232003 B CN107232003 B CN 107232003B CN 201710408337 A CN201710408337 A CN 201710408337A CN 107232003 B CN107232003 B CN 107232003B
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G17/00—Cultivation of hops, vines, fruit trees, or like trees
- A01G17/005—Cultivation methods
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G7/00—Botany in general
- A01G7/06—Treatment of growing trees or plants, e.g. for preventing decay of wood, for tingeing flowers or wood, for prolonging the life of plants
Abstract
The invention discloses a construction method for water-resistant wet arbor planting in water, which comprises the following steps of 1, nursery stock preparation, 2, nursery stock centralized domestication in a domestication pond, 3, soil improvement, 4, planting hole preparation, 5, arbor planting, 6, water level control, 7 and supporting and maintaining. The method has simple construction process, strong practicability and good landscaping effect, and can well build the peculiar views of the forest on water with rich layers; the method is suitable for building and planting the water-resistant wet arbor in the projects of park landscape, wetland protection, riverway beautification, water body purification and the like, and adopts the method that the water-resistant wet arbor is intensively domesticated in the domestication pond, the fir stake encloses the nursery stock soil ball in the water, the water level is slowly raised to enable the water-resistant wet arbor to gradually adapt to the water environment, so that the construction method for building and planting the arbor in the water body area or the near water area is achieved.
Description
Technical Field
The invention belongs to the field of garden construction, and particularly relates to a construction method for water-resistant wet arbor planting in water.
Background
With the improvement of the scientificity and the cultural connotation of garden construction, in order to adapt to the goal of constructing garden cities and ecological garden cities, the urban landscape greening is valued by the government and the public, and the application and landscaping of aquatic plants are also concerned. The plants for aquatic cultivation should have the characteristics of being suitable for aquatic survival. But newly planted aquatic trees cannot be directly soaked in water for a long time, otherwise the trees can be weakened in growth and even die,
the water-resistant wet arbor has proper growing depth and growing limit depth, the determination of planting position and water level control are very key, the principle of proper planting is embodied, and improper water level control can cause poor growth or dead seedlings. The water level requirements of the same plant in the seedling recovering stage and the seedling filling stage are different, and the water level in the seedling recovering stage is not too deep generally. If the nursery garden is a land seedling, the newly planted moisture-resistant arbor such as the pinus koraiensis, the salix chebula and the like cannot be directly planted in water after being transplanted, otherwise, the growth of the plant is poor and the plant is extremely easy to die. According to the growth characteristics of plants, a mode of manually controlling water level is required during planting, so that the plants have a slow adaptation process (more than 2-3 years is preferred).
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides the construction method for planting the water-resistant arbor in water, which can ensure that the water-resistant arbor is suitable for the environment growing in water, and the water-resistant arbor grows well after being planted to form beautiful forest landscape on water.
In order to achieve the purpose, the invention adopts the following technical scheme:
a construction method for planting water-resistant arbor in water comprises the following steps:
step 1, preparing the nursery stock,
selecting a water-moisture-resistant arbor, thinning branches and leaves of the water-moisture-resistant arbor, shearing off overlapped branches, inner bore branches and overgrown branches and leaves, keeping a crown uniform, marking an illumination trend, firmly packaging soil balls of the water-moisture-resistant arbor, and preparing for domestication;
step 2, establishing a domestication pond to domesticate the seedlings intensively, wherein the domestication of the seedlings comprises the following steps:
a. placing the nursery stock planted in the non-woven fabric planting bag into a domestication pond until new roots grow
After a month, draining water to the height 1/2 of the non-woven fabric planting bag, keeping for one month, and then draining the water in the domestication pond for one month;
b. then, water is added to the height 3/4 of the woven cloth planting bag for one month, and then the domestication is carried out
Draining water in the pool for one month;
c. continuing to discharge water until the soil ball is submerged for one month, then draining the water in the domestication pond for preservation
Keeping for one month;
d. adding water to 20cm above the soil ball, keeping for one month, and adding water into the acclimation pond
Keeping dry for one month;
e. finally, water is put to the height of the soil ball and kept until the soil ball is transplanted to a construction site;
step 3, improving the soil,
testing and analyzing the condition of on-site soil before planting, improving a water-proof arbor planting area, and ensuring that the thickness of soil is more than 70cm, the particle size of the soil is between 0.005 and 0.05mm, the content of organic matters is more than 2 percent, and the pH is 6.5 to 8.0;
step 4, preparing a planting hole,
the preparation of the planting hole comprises the steps of firstly carrying out micro-terrain reconstruction, protecting slope and fixing soil through a fir pile enclosure, then carrying out planting hole excavation,
the fir-tree-pile enclosure slope protection soil fixation is different according to single planting, group planting and sheet planting, wherein the single planting takes a nursery stock planting point as a center, the diameter of the plant breast diameter is 12-15 times of the diameter of the plant breast diameter, the fir-tree-pile enclosure soil fixation is carried out in the soil fixation direction, the group planting and the sheet planting are carried out in the soil fixation direction, the distance of the breast diameter of the plant is extended outwards by 6-8 times by taking the outermost ring of arbor planting points as a reference,
carrying out ridging in the fir pile enclosure slope protection, wherein the height of the ridging is 20cm above the normal water level, the top elevation of the fir pile enclosure slope protection is 10cm below the normal water level, the planting hole excavation is to dig a planting hole in an area formed by the fir pile enclosure slope protection, the depth of the planting hole is 60-70cm, the diameter of the planting hole is 30cm larger than that of a soil ball, and the planting hole is cylindrical in the vertical direction;
step 5, planting the arbor,
binding the middle upper part of the water-proof wet arbor selected in the step 1 by using a rope lifting tool, placing a soil ball of the water-proof wet arbor to a designated position, adjusting the excellent posture surface of the water-proof wet arbor to an ornamental surface when the soil ball is placed into a planting hole but does not contact the bottom, landing the soil ball in place, spraying a rooting agent and a bactericide to the soil ball by using a sprayer, covering soil in the planting hole, uniformly backfilling the planting soil, and tamping in layers;
and step 6, controlling the water level,
concrete enclosing structures are arranged at the water inlet and the water outlet of the seedling planting area, the height of the concrete enclosing structure is 50cm higher than the normal water level, the seedling planting area is isolated from the surrounding water area, the excess water in the seedling planting area is pumped out by a water pump, the primary water level is controlled below the soil ball bottom of the water-proof arbor, adjusting the water level at a speed of raising the water level by 5-15 cm every four months, dividing the speed into two years and six times, adjusting the water level to a normal water level, finally stopping water level control by a sign that the Cunninghamia plant basically grows knee-shaped respiratory roots or the base part begins to swell, the Salix plant grows capillary roots in water, and the Vaccinium plant begins to swell, and finally, dismantling the concrete enclosure structure, the water in the seedling planting area is replaced regularly, 1-2 times per month in summer and autumn, and once in 2-3 months in spring and winter;
and step 7, supporting and maintaining,
the method comprises the following steps of supporting the planted moisture-resistant arbor, selecting a fir pile or a bamboo pole as a supporting material, and uniformly distributing the supporting material around the moisture-resistant arbor.
And 3, improving the soil in the step 3 by adding and applying branch crushed organic matters and phosphate fertilizer, wherein the weight ratio of the branch crushed organic matters to the soil with the particle size of 0.005-0.05mm is 1:8, and the addition amount of the phosphate fertilizer is 30-35kg per mu.
And (4) tightly pasting adjacent fir piles in the fir pile enclosure slope protection in the step 4, wherein the depth of the fir piles in soil is 50-80 cm.
And (4) after the Chinese fir piles are encircled into a circle, 8-shaped bundling is carried out by hemp ropes or galvanized steel wire ropes.
The length of the fir wood pile in the step 4 is 1.3-1.7 m.
In the step 7, the supporting material needs to be driven into the soil by 40-60cm in the supporting and maintaining process, and meanwhile, transverse fir piles or moso bamboos are driven at the base part for fixing.
The water-proof arbor in step 1 comprises larch, sequoia, pond fir, Chinese cypress, American water purple tree, southern Sichuan willow, Chinese tallow tree and Chinese ash.
Compared with the prior art, the invention has the beneficial effects that: firstly, by adopting the construction method, the newly planted water-resistant arbor is gradually guided to adapt to the water environment through key technologies such as domestication in a domestication pond, proper water level regulation and control of a planting place and the like, the growth and development of plants are effectively ensured, the survival rate of seedlings is greatly improved, and the survival rate of the seedlings is improved to more than 90%; secondly, the method has simple construction process, strong practicability and good landscaping effect, and can well build the overwater forest landscape with rich layers; the method is suitable for the construction and planting of the water-resistant wet arbor in the projects of park landscape, wetland protection, riverway beautification, water body purification and the like, and the water-resistant wet arbor is formed by adopting the method that the fir piles are adopted to surround the nursery stock soil balls in the water for fixing, the water level is slowly raised to enable the water-resistant wet arbor to gradually adapt to the water environment, and the formation process of the natural water forest is simulated, so that the arbor can be built in the water body area or the near water area, and the method is green, environment-friendly and pollution. (ii) a The arbor planted in the water does not need to be watered manually, and a large amount of pruning is not needed, so that the cost of manual maintenance can be greatly reduced, and the water-resistant arbor is scientifically planted and reasonably configured to build an overwater forest, so that the rich water landscape can bring beautiful and wonderful visual enjoyment; fifthly, the water-resistant wet arbor is planted to purify the water to a certain extent, so that the water-resistant wet arbor plays a positive role in protecting the environment, and the economic benefit and the social benefit are obvious.
Detailed Description
The construction method for planting the water-resistant arbor in water comprises the following steps:
step 1, preparing the nursery stock,
selecting a water-moisture-resistant arbor, thinning branches and leaves of the water-moisture-resistant arbor, shearing off overlapped branches, inner bore branches and overgrown branches and leaves, keeping a crown uniform, marking an illumination trend, firmly packaging soil balls of the water-moisture-resistant arbor, and preparing for domestication;
step 2, establishing a domestication pond to domesticate the seedlings intensively, wherein the domestication of the seedlings comprises the following steps:
a. placing the nursery stock planted in the non-woven fabric planting bag into a domestication pond until new roots grow
After a month, draining water to the height 1/2 of the non-woven fabric planting bag, keeping for one month, and then draining the water in the domestication pond for one month;
b. then, water is added to the height 3/4 of the woven cloth planting bag for one month, and then the domestication is carried out
Draining water in the pool for one month;
c. continuing to discharge water until the soil ball is submerged for one month, then draining the water in the domestication pond for preservation
Keeping for one month;
d. adding water to 20cm above the soil ball, keeping for one month, and adding water into the acclimation pond
Keeping dry for one month;
e. finally, water is put to the height of the soil ball and kept until the soil ball is transplanted to a construction site;
step 3, improving the soil,
testing and analyzing the condition of on-site soil before planting, improving a water-proof arbor planting area, and ensuring that the thickness of soil is more than 70cm, the particle size of the soil is between 0.005 and 0.05mm, the content of organic matters is more than 2 percent, and the pH is 6.5 to 8.0;
step 4, preparing a planting hole,
the preparation of the planting hole comprises the steps of firstly carrying out micro-terrain reconstruction, protecting slope and fixing soil through a fir pile enclosure, then carrying out planting hole excavation,
the fir-tree-pile enclosure slope protection soil fixation is different according to single planting, group planting and sheet planting, wherein the single planting takes a nursery stock planting point as a center, the diameter of the plant breast diameter is 12-15 times of the diameter of the plant breast diameter, the fir-tree-pile enclosure soil fixation is carried out in the soil fixation direction, the group planting and the sheet planting are carried out in the soil fixation direction, the distance of the breast diameter of the plant is extended outwards by 6-8 times by taking the outermost ring of arbor planting points as a reference,
carrying out hilling in the fir-wood pile enclosure slope protection, wherein the height of the hilling is 20cm above the normal water level, the top elevation of the fir-wood pile enclosure slope protection is 10cm below the normal water level, taking the falling-feather fir with the diameter at breast height of 10cm as an example, the hilling around the planting point as the center of a circle, and the width of the hilling is 80cm above the normal water level line when the width of the hilling reaches 8 times of the diameter at breast height, namely 80cm,
the planting hole excavation is to excavate a planting hole in an area formed by the fir-wood pile enclosure slope protection, the depth of the planting hole is 60-70cm, the diameter of the planting hole is 30cm larger than that of a soil ball, and the planting hole is cylindrical in the vertical direction;
step 5, planting the arbor,
in principle, a crane is adopted for seedling planting, but the crane cannot be moved or cannot be used due to the fact that part of planting areas are rugged and narrow, and an excavator can be adopted for planting. If the arbor is too big, two excavators can be used for co-planting. The tree bark is ensured not to be damaged when the tree is planted by the digger. Binding the middle upper part of the water-resistant and water-resistant arbor selected in the step 1 by using a rope lifting tool, placing a soil ball of the water-resistant arbor at a designated position of an excavator by using the water-resistant arbor, checking the soil ball, filling improved fine soil in a corresponding part of a tree pit if the water-resistant arbor has loose bottom leakage, enabling the tree pit not to leave a gap after the tree is placed in the tree pit, adjusting the excellent posture surface of the water-resistant and water-resistant arbor to an ornamental surface when the soil ball is placed in the planting pit but does not bottom, landing the soil ball in place, spraying rooting elements or spraying bacterial fertilizers to the soil ball by using a sprayer, then covering soil to the planting pit, uniformly backfilling the planted soil, and compacting by layers;
and step 6, controlling the water level,
concrete enclosing structures are arranged at the water inlet and the water outlet of the seedling planting area, the height of the concrete enclosing structure is 50cm higher than the normal water level, the seedling planting area is isolated from the surrounding water area, the excess water in the seedling planting area is pumped out by a water pump, the primary water level is controlled below the soil ball bottom of the water-proof arbor, adjusting the water level at a speed of raising the water level by 5-15 cm every four months, dividing the speed into two years and six times, adjusting the water level to a normal water level, finally stopping water level control by a sign that the Cunninghamia plant basically grows knee-shaped respiratory roots or the base part begins to swell, the Salix plant grows capillary roots in water, and the Vaccinium plant begins to swell, and finally, dismantling the concrete enclosure structure, the water in the seedling planting area is replaced regularly, 1-2 times per month in summer and autumn, and once in 2-3 months in spring and winter;
and step 7, supporting and maintaining,
after the nursery stock is planted, the nursery stock must be supported, and fir piles and bamboo poles are generally adopted as supporting materials. When the support is used, attention needs to be paid to firmly fixing the support. What need prevent after planting is that strong wind rocks (especially typhoon), plant diseases and insect pests etc. mainly, can beat the fender pile or regularly carry out the insecticidal processing that disinfects around the arbor to often check whether to have not hard up or the phenomenon of falling to the side, in time eliminate the hidden danger, support the water-fast resistant wet arbor after planting, the supporting material chooses fir stake or bamboo pole etc. for use, the supporting material evenly distributed is around water-fast wet arbor.
The field soil condition needs to be tested and analyzed before planting, if the phenomena of hardening, impoverishment, saline and alkaline and the like exist, proper soil improvement needs to be carried out before planting, and the key point is soil improvement in the tree pits. The larch, sequoia intermedia, pond fir and Chinese pine belong to the family Cunninghamiae Lanceolatae, and most of the trees planted in water are the family Cunninghamiae Lanceolatae. Cunninghamia plant prefers deep, moist and loose soil.
Preferably, in the step 3 of this embodiment, the soil is improved by adding and applying branch crushed matter organic matter and phosphate fertilizer to enhance the moisture retention, ventilation and temperature regulation performance of the soil and promote rooting, the weight ratio of the branch crushed matter organic matter to the soil with the particle size of 0.005-0.05mm is 1:8, and the addition amount of the phosphate fertilizer is 30-35kg per mu.
Preferably, in step 4 of this embodiment, the fir piles in the fir-tree pile enclosure revetment are closely attached to each other, and the fir-tree piles have a depth of 50-80 cm; and (4) after the fir-wood piles are encircled into a circle, 8-shaped bundling is carried out by hemp ropes or galvanized steel wire ropes, wherein the length of the fir-wood piles is any value of 1.3m, 1.5m, 1.7m or 1.3-1.7 m.
Preferably, in step 7 of this embodiment, the supporting material needs to be driven into the soil by 40-60cm while the base is driven by transverse fir-wood piles or moso bamboos for fixing.
More preferably, the moisture-resistant arbor in step 1 of this embodiment includes larch, sequoia, cedar, Chinese pine, american water purple tree, salix chebula, sapium sebiferum and Chinese ash.
The water-resistant arbor lifts by crane the process and should prevent that the bark from pulling in this embodiment, prevents that the branch from breaking. The method is characterized in that water is sprayed to preserve moisture in the transportation process of trees, a shading net is required to be arranged when the roads are far away, all chips, garbage, rubbles and other foreign matters in foundation pits are removed during planting, the filled soil is adjusted to the completion surface specified by a design drawing after planting is completed, and protective measures aiming at excessive sunlight irradiation or construction chips, water or other possible changes of particle size distribution in mixed materials are provided for the installed filled soil.
Although the present invention has been described in detail with respect to the above embodiments, it will be understood by those skilled in the art that modifications or improvements based on the disclosure of the present invention may be made without departing from the spirit and scope of the invention, and these modifications and improvements are within the spirit and scope of the invention.
Claims (3)
1. A construction method for planting water-resistant arbor in water is characterized by comprising the following steps:
step 1, preparing the nursery stock,
selecting a water-moisture-resistant arbor, thinning branches and leaves of the water-moisture-resistant arbor, shearing off overlapped branches, inner bore branches and overgrown branches and leaves, keeping a crown uniform, marking an illumination trend, firmly packaging soil balls of the water-moisture-resistant arbor, and preparing for domestication;
step 2, establishing a domestication pond to domesticate the seedlings intensively, wherein the domestication of the seedlings comprises the following steps:
a. placing the nursery stock planted in the non-woven fabric planting bag into a domestication pond until new roots grow
After a month, draining water to the height 1/2 of the non-woven fabric planting bag, keeping for one month, and then draining the water in the domestication pond for one month;
b. then, water is added to the height 3/4 of the woven cloth planting bag for one month, and then the domestication is carried out
Draining water in the pool for one month;
c. continuing to discharge water until the soil ball is submerged for one month, then draining the water in the domestication pond for preservation
Keeping for one month;
d. adding water to 20cm above the soil ball, keeping for one month, and adding water into the acclimation pond
Keeping dry for one month;
e. finally, water is put to the height of the soil ball and kept until the soil ball is transplanted to a construction site;
step 3, improving the soil,
testing and analyzing the condition of on-site soil before planting, improving a water-proof arbor planting area, and ensuring that the thickness of soil is more than 70cm, the particle size of the soil is between 0.005 and 0.05mm, the content of organic matters is more than 2 percent, and the pH is 6.5 to 8.0;
step 4, preparing a planting hole,
the preparation of the planting hole comprises the steps of firstly carrying out micro-terrain reconstruction, protecting slope and fixing soil through a fir pile enclosure, then carrying out planting hole excavation,
the fir-tree-pile enclosure slope protection soil fixation is different according to single planting, group planting and sheet planting, wherein the single planting takes a nursery stock planting point as a center, the diameter of the plant breast diameter is 12-15 times of the diameter of the plant breast diameter, the fir-tree-pile enclosure soil fixation is carried out in the soil fixation direction, the group planting and the sheet planting are carried out in the soil fixation direction, the distance of the breast diameter of the plant is extended outwards by 6-8 times by taking the outermost ring of arbor planting points as a reference,
carrying out ridging in the fir pile enclosure slope protection, wherein the height of the ridging is 20cm above the normal water level, the top elevation of the fir pile enclosure slope protection is 10cm below the normal water level, the planting hole excavation is to dig a planting hole in an area formed by the fir pile enclosure slope protection, the depth of the planting hole is 60-70cm, the diameter of the planting hole is 30cm larger than that of a soil ball, and the planting hole is cylindrical in the vertical direction;
the adjacent fir piles in the fir pile enclosure slope protection in the step 4 are tightly attached, the soil penetration depth of the fir piles is 50-80cm, the fir piles are bundled up in an 8 shape by hemp ropes or galvanized steel wire ropes after being enclosed into a circle, and the length of the fir piles is 1.3-1.7 m;
step 5, planting the arbor,
binding the middle upper part of the water-proof wet arbor selected in the step 1 by using a rope lifting tool, placing a soil ball of the water-proof wet arbor to a designated position, adjusting the excellent posture surface of the water-proof wet arbor to an ornamental surface when the soil ball is placed into a planting hole but does not contact the bottom, landing the soil ball in place, spraying a rooting agent and a bactericide to the soil ball by using a sprayer, covering soil in the planting hole, uniformly backfilling the planting soil, and tamping in layers;
and step 6, controlling the water level,
concrete enclosing structures are arranged at the water inlet and the water outlet of the seedling planting area, the height of the concrete enclosing structure is 50cm higher than the normal water level, the seedling planting area is isolated from the surrounding water area, the excess water in the seedling planting area is pumped out by a water pump, the primary water level is controlled below the soil ball bottom of the water-proof arbor, adjusting the water level at a speed of raising the water level by 5-15 cm every four months, dividing the speed into two years and six times, adjusting the water level to a normal water level, finally stopping water level control by a sign that the Cunninghamia plant basically grows knee-shaped respiratory roots or the base part begins to swell, the Salix plant grows capillary roots in water, and the Vaccinium plant begins to swell, and finally, dismantling the concrete enclosure structure, the water in the seedling planting area is replaced regularly, 1-2 times per month in summer and autumn, and once in 2-3 months in spring and winter;
and step 7, supporting and maintaining,
and (3) supporting the planted moisture-resistant arbor, wherein a fir pile or a bamboo pole is selected as a supporting material, the supporting material is uniformly distributed around the moisture-resistant arbor, the supporting material needs to be driven into soil for 40-60cm in the supporting and maintaining process in the step (7), and meanwhile, a transverse fir pile or a moso bamboo is driven at the base part for fixing.
2. The construction method for planting water-resistant arbor in water according to claim 1, wherein the soil improvement in step 3 is carried out by adding branch crushed organic matter and phosphate fertilizer, the weight ratio of the branch crushed organic matter to the soil with a particle size of 0.005-0.05mm is 1:8, and the phosphate fertilizer is added in an amount of 30-35 kg/mu.
3. The method of claim 1, wherein the moisture-resistant arbor in step 1 comprises larch, sequoia, cedar, Chinese water pine, purple tree, salix chebula, Chinese tallow tree, and Chinese ash.
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| CN108040719A (en) * | 2017-12-13 | 2018-05-18 | 佛山市高明区生产力促进中心 | A kind of planting method of taxodium ascendens |
| CN110100642A (en) * | 2019-06-07 | 2019-08-09 | 江苏省中国科学院植物研究所 | A kind of middle mountain China fir forest interplanting Louis peace receives the method for iris |
| CN110612883A (en) * | 2019-08-21 | 2019-12-27 | 上海琸源水生态环境工程有限公司 | Forest water symbiotic afforestation landscape and construction method thereof |
| CN111631060A (en) * | 2020-04-28 | 2020-09-08 | 中国一冶集团有限公司 | Construction method of large-diameter-at-breast arbor in non-planting season in rainwater-dense area |
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| CN103392557A (en) * | 2013-07-10 | 2013-11-20 | 中邦园林股份有限公司 | Method for transplanting anti-season big arbors |
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