CN106386111A - Water fertilizer integrated planting method for bananas - Google Patents
Water fertilizer integrated planting method for bananas Download PDFInfo
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- CN106386111A CN106386111A CN201610797390.9A CN201610797390A CN106386111A CN 106386111 A CN106386111 A CN 106386111A CN 201610797390 A CN201610797390 A CN 201610797390A CN 106386111 A CN106386111 A CN 106386111A
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- Prior art keywords
- banana
- water
- field planting
- fertilizer
- banana seedlings
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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
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/12—Supports for plants; Trellis for strawberries or the like
- A01G9/126—Wirespool supports
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C23/00—Distributing devices specially adapted for liquid manure or other fertilising liquid, including ammonia, e.g. transport tanks or sprinkling wagons
- A01C23/04—Distributing under pressure; Distributing mud; Adaptation of watering systems for fertilising-liquids
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C23/00—Distributing devices specially adapted for liquid manure or other fertilising liquid, including ammonia, e.g. transport tanks or sprinkling wagons
- A01C23/04—Distributing under pressure; Distributing mud; Adaptation of watering systems for fertilising-liquids
- A01C23/047—Spraying of liquid fertilisers
-
- 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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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Engineering & Computer Science (AREA)
- Water Supply & Treatment (AREA)
- Soil Sciences (AREA)
- Soil Working Implements (AREA)
- Cultivation Of Plants (AREA)
Abstract
The invention discloses a water and fertilizer integrated planting method for bananas. The method includes: dividing a planting land into a plurality of long bar-shaped lands with the width of 3.8-4.2 m, digging a plurality of planting holes with the length, width and depth of 0.4-0.5 m, inserting a telescopic rod near each planting hole, and achieving irrigation by connecting a second pipe and spraying nozzles; selecting seedlings and performing planting; performing fertilizing and irrigating: using the spraying nozzle to perform fertilizing and irrigating; spraying banana heads with an aqueous solution of a first mixed fertilizer during the first month-the third month after the banana seedlings are planted; spraying banana seedlings with an aqueous solution of a second mixed fertilizer during the fourth month-the seventh month after the banana seedlings are planted; and spraying the banana seedlings with an aqueous solution of a third mixed fertilizer in the eighth month and beyond after the banana seedlings are planted. The method can fully utilize a respective water source of the planting land to achieve height adjustment so as to watering the bananas with a leaf fertilizer and a ground fertilizer, and can effectively solve the problem of banana lodging through interaction of the telescopic rods and the second pipe.
Description
Technical field
The present invention relates to a kind of banana planting method.It is more particularly related to a kind of Fructus Musae water-fertilizer integral
Implantation methods.
Background technology
Fructus Musae belongs to Musaceae banana, is fruit tree in many tropical and subtropical countries the most large, becomes China because its yield is high
It is only second to Fructus Mali pumilae, Citrus, pears.Fructus Musae can be planted in torrid areas, also can cultivate in subtropical zone, but it is not intended that
Banana planting has extensive adaptability.In fact the requirement to weather conditions and soil for the plantation of Fructus Musae is very sensitive,
Jiao Yuan extends because hydropenia can lead to take out flower bud phase, it is short really to refer to, per unit area yield is low, but any of several broadleaf plants garden hydrops or flooded, and the lighter's yellow leaf, easily induces
The big fall of tikka epilepsy, yield, severe one root mass suffocates and rots so that plant is dead；This often governs the production of Fructus Musae, traditional Fructus Musae
Plantation is typically chosen that soil layer is deep, the soil is porous well-drained soil, but because land resource limits, not all place
There is the soil of conditions of similarity.In existing planting technology, banana planting is typically chosen artificially applying fertilizer and irrigates, and is not easy to save
Water, herbicide, how spraying of insecticide also manually completes, and this, while increasing labor author's workload, due to herbicide, kills
Worm agent etc. all has certain toxicity, equally has certain harm for labor author.And Leaf of banana is big, cauloid matter is crisp,
The shallow life of root, is subject to windburn, and wind speed 25-30km/h blade tears rotten, petiole and blows folding, and during 65km/h, cauloid fractures or whole strain is blown
Fall, whole Jiao Yuan can be destroyed by 100km/h.
Content of the invention
It is an object of the invention to solution at least the above, and provide the advantage that at least will be described later.
It is a still further object of the present invention to provide a kind of implantation methods of Fructus Musae water-fertilizer integral, it can be by Fructus Musae
Planting site opens up and is capable of up-down adjustment and waters foliage fertilizer and the irrigation rig of ground leaven, in good time, appropriate, uniform is kind
The Fructus Musae water supply fertilizer planted, sufficiently utilizes the water source of planting site itself, occur with being effectively prevented banana planting hydropenia or
The situation of person's hydrops, it is achieved that irrigation fertilization is integrated, controlledization and automatization, water-saving, saves fertile, saving of labor, and by flexible
The collective effect effectively solving Fructus Musae lodging phenomenon of bar and second pipe.
In order to realize according to object of the present invention and further advantage, there is provided a kind of plantation of Fructus Musae water-fertilizer integral
Method, including：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 3.8-4.2m that described planting site is divided into multiple width
Strip plot, designer walks about required agricultural road along its length in each described strip plot, described agricultural road decile
Described strip plot is left plot and right plot, each described left plot and described right plot digs respectively at equal intervals multiple
The field planting hole of the deeply each 0.4-0.5m of length and width, each described field planting hole nearby plugs an expansion link, and wherein, described expansion link includes
Fixation is plugged in the outer bar on ground, and multiple interior bar sheathed successively, and the interior bar being set in inner side is away from described outer bar
One end arranges a groove；
S2, pipe laying：A branch gutter is dug, described planting site is perpendicular to institute between two neighboring described strip plot
The one end stating branch gutter digs a main drainage ditch, and one end of described main drainage ditch digs a water storage tank, described water storage tank
In same level, the bottom surface of described water storage tank is less than the bottom surface of described main drainage ditch to the opening of opening and described main drainage ditch
0.4-0.5m, all hydrops pass through described branch gutter flow and to described main drainage ditch and are gathered in described water storage tank, described long-pending
It is provided with agitator, described agitator bucket wall upper end arranges a water inlet, lower end arranges a total outlet near tank, wherein,
Described water inlet is connected with described water storage tank by being provided with the first pipeline of first pump housing, and described total outlet passes through second pump housing
It is connected with second pipe, described second pipe is along the S-type arrangement in direction of banana planting, described second pipe and described outer bar
The place intersecting is bound by static line, and described second pipe is respectively provided with branch's outlet, institute near field planting hole each described
State branch's outlet and pass through a hose connection seedpod of the lotus shape shower nozzle, described shower nozzle includes being arranged at equal intervals respectively the multiple of fluffy bottom
First apopore and multiple second apopores being arranged on fluffy face, described fluffy face has the projection being screwed with described groove,
Wherein, when described shower nozzle sprays down, the first apopore is opened, and the second water outlet bore closure, when described shower nozzle sprays when institute upward
State the first apopore and described second apopore is all opened；
S3, seedling select and are colonized：Choose high 0.15-0.2m, there are more than 5 young leaves and the Banana Seedlings of disease-free spot are fixed
Plant；
S4, fertilising pouring：Applied fertilizer by shower nozzle and water；
Plant the same day in field planting hole in Banana Seedlings, every plant of Banana Seedlings water 1.4-2.5 liter；
Plant field planting hole in Banana Seedlings 1-3 month, every 5-8 day every plant of Banana Seedlings matter is risen with 1.3-1.5
Amount percentage ratio is the aqueous solution spray JIAOTOU of first mixed fertilizer of 0.1-0.3%, and wherein, described first mixed fertilizer for mass ratio is
2-4：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole in Banana Seedlings 4-7 month, every every plant of Banana Seedlings sprinkling 1.5-2.2 liter of 6-8 day
One layer of dolomite dust, wherein, institute are spread on field planting hole surface after the aqueous solution of the second mixed fertilizer for 0.4-0.6% for the mass percent
Stating the second mixed fertilizer for mass ratio is 3：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate, the thickness of described dolomite dusts
Degree controls in 1-3mm；
Banana Seedlings plant 8th month of field planting hole and after, every 15-17 day every plant of Banana Seedlings spray 2.0-
2.5 mass per liter percentage ratios are the aqueous solution of the 3rd mixed fertilizer of 0.3-0.5%, and wherein, described 3rd mixed fertilizer for mass ratio is
2：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, potassium dihydrogen phosphate, calcium chloride and
The mixture of magnesium sulfate.
Preferably, in each described left plot or described right plot, the distance between two neighboring field planting hole is 1.8-
2.1m.
Preferably, the base manure that becomes thoroughly decomposed cheating 3-5 kilogram of bottom application that in step S1, each field planting is cheated, 1.8-2.5 kilogram of flower
Raw bran, 0.4-0.8 kilogram of carbamide, 0.6-1 kilogram of Calx, 0.8-1.2 kilogram of calcium magnesium phosphate and 0.4-0.6 kilogram
Potassium chloride, mixes rear blinding thoroughly, mound 0.1-0.15m above ground level.
Preferably, the method for field planting described in step S3 is in cloudy day or fine day afternoon 17:After 00, in field planting hole
Central authorities open a vesicle, and Banana Seedlings are put down gently in cave, and depth buries JIAOTOU 0.8-1.2m with soil, slightly treads after cultivation, bedding rice
Grass.
Preferably, when the described Banana Seedlings length greatly Banana tree of 1-1.5m, described outer bar passes through steel wire rope and perfume
Jiao Shu binds.
Preferably, the implantation methods of described Fructus Musae water-fertilizer integral, also include：Blow-off pipe, described blow-off pipe is located at
Described agitator bucket wall and described agitator are gone to the bottom junction, and arrange diagonally downward.
Preferably, one end that described total outlet is located in described agitator is coated with drainage screen.
Preferably, the mesh number of described drainage screen is 40-60 mesh, the hole of described first apopore and described second apopore
Footpath is 0.5-1mm.
The present invention at least includes following beneficial effect：
The width in the firstth, the implantation methods control strip plot of the Fructus Musae water-fertilizer integral of the present invention can be in effectively profit
On the premise of plot, the growth that Fructus Musae will not be affected because banana planting is excessively intensive, agricultural road is set and is easy to later stage kind
Plant personnel do not destroy described field planting and cheat the soil environment of itself for the management of Fructus Musae, by banana planting open up can
Realize up-down adjustment and water foliage fertilizer and the irrigation rig of ground leaven, the first apopore is opened when described shower nozzle sprays down
Open, the second water outlet bore closure sprays ground leaven, the first apopore described in when described shower nozzle sprays upward and described second water outlet
Sprinkling foliage fertilizer is all opened in hole, is in good time, in right amount, uniformly the Fructus Musae water supply fertilizer of plantation, sufficiently using planting site itself
Water source, the situation of hydropenia or hydrops occurs with being effectively prevented banana planting it is achieved that irrigation fertilization is integrated, controlled
Change and automatization, water-saving, province's fertilizer, saving of labor.
Secondth, the ground that described in the implantation methods of Fructus Musae water-fertilizer integral of the present invention, second pipe is intersected with described outer bar
Side is bound by static line, and outer bar, while fixing second pipe, is fixed Banana tree with second pipe collective effect, effectively subtracted
Light Fructus Musae is because blade is big, cauloid matter is crisp, the shallow life of root and the Fructus Musae lodging phenomenon that occurs.
3rd, described in the implantation methods of Fructus Musae water-fertilizer integral of the present invention, outer bar is tied up by steel wire rope and Banana tree
Fixed, effectively solving Fructus Musae lodging phenomenon.
4th, total outlet described in the implantation methods of Fructus Musae water-fertilizer integral of the present invention be located at described agitator in one
End is coated with drainage screen, and the aperture of described first apopore and described second apopore is more than the aperture of described drainage screen, it is to avoid
The blocking of shower nozzle.
5th, the implantation methods of the Fructus Musae water-fertilizer integral of the present invention can timely and effectively be processed by described blow-off pipe and stir
Mix residue in bucket, realize recycling.
Part is embodied by the further advantage of the present invention, target and feature by description below, and part also will be by this
Invention research and practice and be understood by the person skilled in the art.
Brief description
Fig. 1 is the distribution schematic diagram of planting site of the present invention；
Fig. 2 is the structural representation watering foliage fertilizer in one embodiment of the present of invention；
Fig. 3 is the structural representation of pouring ground leaven in one embodiment of the present of invention；
Fig. 4 is the structural representation of shower nozzle of the present invention.
Specific embodiment
With reference to embodiment and accompanying drawing, the present invention is described in further detail, to make those skilled in the art's reference
Specification word can be implemented according to this.
<Embodiment 1>
As Figure 1-4, the present invention provides a kind of implantation methods of Fructus Musae water-fertilizer integral, comprises the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 3.8m strip that described planting site is divided into multiple width
Shape plot 2, designer walks about required agricultural road 3 along its length in each described strip plot 2, described agricultural road 3 decile
Described strip plot 2 is left plot 20 and right plot 21, on each described left plot 20 and described right plot 21 respectively etc. between
Cheat 4 every the field planting digging the deeply each 0.4m of multiple length and width, each described field planting hole 4 nearby plugs an expansion link 5, wherein, described
Expansion link 5 includes the outer bar 50 that fixation is plugged in ground, and multiple interior bar 51 sheathed successively, is set in the interior bar of inner side
51 away from described outer bar 50 one end arrange a groove 510；
S2, pipe laying：Dig a branch gutter 6 between two neighboring described strip plot 2, described planting site perpendicular to
The one end in described branch gutter 6 digs a main drainage ditch 7, and one end of described main drainage ditch 7 digs a water storage tank 8, described long-pending
The opening of the opening of tank 8 and described main drainage ditch 7 is less than described total draining in same level, the bottom surface of described water storage tank 8
The bottom surface 0.4m of ditch 7, all hydrops are flowed to described main drainage ditch 7 and are gathered in described water storage tank by described branch gutter 6
8, described water storage tank 8 is nearby provided with agitator 9, and described 9 barrels of wall upper ends of agitator arrange a water inlet 90, and lower end setting one is total
Outlet 91, wherein, described water inlet 90 is connected with described water storage tank 8 by being provided with the first pipeline 93 of first pump housing 92, institute
State total outlet 91 to be connected with second pipe 95 by second pump housing 94, described second pipe 95 along the direction of banana planting is in
S type is arranged, the place that described second pipe 95 is intersected with described outer bar 50 is bound by static line, and described second pipe 95 is close
Each described field planting hole 4 is respectively provided with branch's outlet 950, and described branch outlet 950 connects a seedpod of the lotus by a flexible pipe 10
Shape shower nozzle 11, described shower nozzle 11 includes being arranged on multiple first apopores 110 at fluffy bottom respectively at equal intervals and is arranged on fluffy face
Multiple second apopores 111, described fluffy face has the projection 112 being screwed with described groove 510, wherein, when described shower nozzle
11 first apopores 110 when spraying down are opened, and the second apopore 111 is closed, the described in when described shower nozzle 11 sprays upward
One apopore 110 and described second apopore 111 are all opened；
S3, seedling select and are colonized：Choose altitude range in 0.15-0.2m, and there is more than 5 young leaves and disease-free spot
Banana Seedlings field planting；
S4, fertilising pouring：Applied fertilizer by shower nozzle 11 and water；
Planted in Banana Seedlings the same day in field planting hole 4, the first pipeline 93 passes through first pump housing 92 by described water storage tank 8
Hydrops be extracted in agitator 9, then transmitted by second pipe 95 top set's outlet 950 in the presence of second pump housing 94
Open to flexible pipe 10 and then by shower nozzle 8 first apopore 110, the second apopore 111 is closed and sprayed down, the first pipeline 93 leads to
Cross first pump housing 92 hydrops in described water storage tank 8 are extracted in agitator 9, in the presence of second pump housing 94, then pass through the
Two pipeline 95 top set's outlet 950 is delivered to flexible pipe 10 and then is opened by shower nozzle 8 first apopore 110, the second apopore
111 closings are sprayed down, and every plant of Banana Seedlings water 1.9 liters；
Plant field planting hole 4 in Banana Seedlings 1-3 month, the height that the height of adjustable telescopic rod grows to Banana Seedlings
Degree, the projection 112 of shower nozzle 11 is screwed on the groove 510 of described interior bar 51, passes through first pump housing 92 by the first pipeline 93
Hydrops in described water storage tank 8 are extracted in agitator 9, then pass through to divide on second pipe 95 in the presence of second pump housing 94
Prop up outlet 950 to be delivered to flexible pipe 10 and then spray upward by first apopore 110 and the second apopore 111 of shower nozzle 11,
The aqueous solution spray JIAOTOU of the first mixed fertilizer being 0.1% with 1.3 mass per liter percentage ratios every every plant of Banana Seedlings on the 5th, wherein,
Described first mixed fertilizer is 4 for mass ratio：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole 4 in Banana Seedlings 4-7 month, is sprayed by shower nozzle 11, upward every every plant of Fructus Musae on the 8th
Seedling spreads one layer of dolomite on field planting hole 4 surfaces after spraying the aqueous solution of the second mixed fertilizer that 1.5 mass per liter percentage ratios are 0.6%
Powder, wherein, described second mixed fertilizer is 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate is described white
The THICKNESS CONTROL of marble dust is in 1-3mm；
Banana Seedlings plant field planting hole 8th month of 4 and after, sprayed down by shower nozzle 11, every every 15 days
Strain Banana Seedlings spray the aqueous solution of the 3rd mixed fertilizer that 2.0 mass per liter percentage ratios are 0.3%, wherein, described 3rd mixed fertilizer
It is 2 for mass ratio：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, biphosphate
The mixture of potassium, calcium chloride and magnesium sulfate；
<Embodiment 2>
As Figure 1-4, the present invention provides a kind of implantation methods of Fructus Musae water-fertilizer integral, comprises the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 4.2m strip that described planting site is divided into multiple width
Shape plot 2, designer walks about required agricultural road 3 along its length in each described strip plot 2, described agricultural road 3 decile
Described strip plot 2 is left plot 20 and right plot 21, on each described left plot 20 and described right plot 21 respectively etc. between
Cheat 4 every the field planting digging the deeply each 0.5m of multiple length and width, each described field planting hole 4 nearby plugs an expansion link 5, wherein, described
Expansion link 5 includes the outer bar 50 that fixation is plugged in ground, and multiple interior bar 51 sheathed successively, is set in the interior bar of inner side
51 away from described outer bar 50 one end arrange a groove 510；
S2, pipe laying：Dig a branch gutter 6 between two neighboring described strip plot 2, described planting site perpendicular to
The one end in described branch gutter 6 digs a main drainage ditch 7, and one end of described main drainage ditch 7 digs a water storage tank 8, described long-pending
The opening of the opening of tank 8 and described main drainage ditch 7 is less than described total draining in same level, the bottom surface of described water storage tank 8
The bottom surface 0.5m of ditch 7, all hydrops are flowed to described main drainage ditch 7 and are gathered in described water storage tank by described branch gutter 6
8, described water storage tank 8 is nearby provided with agitator 9, and described 9 barrels of wall upper ends of agitator arrange a water inlet 90, and lower end setting one is total
Outlet 91, wherein, described water inlet 90 is connected with described water storage tank 8 by being provided with the first pipeline 93 of first pump housing 92, institute
State total outlet 91 to be connected with second pipe 95 by second pump housing 94, described second pipe 95 along the direction of banana planting is in
S type is arranged, the place that described second pipe 95 is intersected with described outer bar 50 is bound by static line, and described second pipe 95 is close
Each described field planting hole 4 is respectively provided with branch's outlet 950, and described branch outlet 950 connects a seedpod of the lotus by a flexible pipe 10
Shape shower nozzle 11, described shower nozzle 11 includes being arranged on multiple first apopores 110 at fluffy bottom respectively at equal intervals and is arranged on fluffy face
Multiple second apopores 111, described fluffy face has the projection 112 being screwed with described groove 510, wherein, when described shower nozzle
11 first apopores 110 when spraying down are opened, and the second apopore 111 is closed, the described in when described shower nozzle 11 sprays upward
One apopore 110 and described second apopore 111 are all opened；
S3, seedling select and are colonized：Choose altitude range in 0.15-0.2m, and there is more than 5 young leaves and disease-free spot
Banana Seedlings field planting；
S4, fertilising pouring：Applied fertilizer by shower nozzle 11 and water；
Planted in Banana Seedlings the same day in field planting hole 4, the first pipeline 93 passes through first pump housing 92 by described water storage tank 8
Hydrops be extracted in agitator 9, then transmitted by second pipe 95 top set's outlet 950 in the presence of second pump housing 94
Open to flexible pipe 10 and then by shower nozzle 8 first apopore 110, the second apopore 111 is closed and sprayed down, every plant of Banana Seedlings
Water 2.5 liters；
Plant field planting hole 4 in Banana Seedlings 1-3 month, the height that the height of adjustable telescopic rod grows to Banana Seedlings
Degree, the projection 112 of shower nozzle 11 is screwed on the groove 510 of described interior bar 51, passes through first pump housing 92 by the first pipeline 93
Hydrops in described water storage tank 8 are extracted in agitator 9, then pass through to divide on second pipe 95 in the presence of second pump housing 94
Prop up outlet 950 to be delivered to flexible pipe 10 and then spray upward by first apopore 110 and the second apopore 111 of shower nozzle 11,
The aqueous solution spray JIAOTOU of the first mixed fertilizer being 0.3% with 1.5 mass per liter percentage ratios every every plant of Banana Seedlings on the 8th, wherein,
Described first mixed fertilizer is 2 for mass ratio：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole 4 in Banana Seedlings 4-7 month, is sprayed by shower nozzle 11, upward every every plant of Fructus Musae on the 6th
Seedling spreads one layer of dolomite on field planting hole 4 surfaces after spraying the aqueous solution of the second mixed fertilizer that 2.2 mass per liter percentage ratios are 0.6%
Powder, wherein, described second mixed fertilizer is 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate is described white
The THICKNESS CONTROL of marble dust is in 1-3mm；
Banana Seedlings plant field planting hole 8th month of 4 and after, sprayed down by shower nozzle 11, every every 17 days
Strain Banana Seedlings spray the aqueous solution of the 3rd mixed fertilizer that 2.5 mass per liter percentage ratios are 0.5%, wherein, described 3rd mixed fertilizer
It is 2 for mass ratio：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, biphosphate
The mixture of potassium, calcium chloride and magnesium sulfate；
<Embodiment 3>
As Figure 1-4, the present invention provides a kind of implantation methods of Fructus Musae water-fertilizer integral, comprises the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 3.8m strip that described planting site is divided into multiple width
Shape plot 2, designer walks about required agricultural road 3 along its length in each described strip plot 2, described agricultural road 3 decile
Described strip plot 2 is left plot 20 and right plot 21, on each described left plot 20 and described right plot 21 respectively etc. between
Cheat 4 every the field planting digging the deeply each 0.47m of multiple length and width, two neighboring field planting in each described left plot 20 or described right plot 21
The distance between hole 4 is 1.8m, and each described field planting hole 4 nearby plugs an expansion link 5, and wherein, described expansion link 5 includes solid
Surely it is plugged in the outer bar 50 on ground, and multiple interior bar 51 sheathed successively, the interior bar 51 being set in inner side is away from described outer
One end of bar 50 arranges a groove 510, the base manure that becomes thoroughly decomposed of 3 kilograms of the bottom application in hole in each field planting hole 4,2.0 kilograms of peanut residue,
0.4 kilogram of carbamide, 0.6 kilogram of Calx, the potassium chloride of 0.8 kilogram of calcium magnesium phosphate and 0.4 kilogram, mix rear blinding thoroughly,
Mound 0.1m above ground level；
S2, pipe laying：Dig a branch gutter 6 between two neighboring described strip plot 2, described planting site perpendicular to
The one end in described branch gutter 6 digs a main drainage ditch 7, and one end of described main drainage ditch 7 digs a water storage tank 8, described long-pending
The opening of the opening of tank 8 and described main drainage ditch 7 is less than described total draining in same level, the bottom surface of described water storage tank 8
The bottom surface 0.4m of ditch 7, all hydrops are flowed to described main drainage ditch 7 and are gathered in described water storage tank by described branch gutter 6
8, described water storage tank 8 is nearby provided with agitator 9, and described 9 barrels of wall upper ends of agitator arrange a water inlet 90, and lower end setting one is total
Outlet 91, wherein, described water inlet 90 is connected with described water storage tank 8 by being provided with the first pipeline 93 of first pump housing 92, institute
State total outlet 91 to be connected with second pipe 95 by second pump housing 94, described second pipe 95 along the direction of banana planting is in
S type is arranged, the place that described second pipe 95 is intersected with described outer bar 50 is bound by static line, and described second pipe 95 is close
Each described field planting hole 4 is respectively provided with branch's outlet 950, and described branch outlet 950 connects a seedpod of the lotus by a flexible pipe 10
Shape shower nozzle 11, described shower nozzle 11 includes being arranged on multiple first apopores 110 at fluffy bottom respectively at equal intervals and is arranged on fluffy face
Multiple second apopores 111, described fluffy face has the projection 112 being screwed with described groove 510, wherein, when described shower nozzle
11 first apopores 110 when spraying down are opened, and the second apopore 111 is closed, the described in when described shower nozzle 11 sprays upward
One apopore 110 and described second apopore 111 are all opened, and incline in described 9 barrels of walls of agitator and described agitator 9 junction of going to the bottom
Oblique be arranged with blow-off pipe, described total outlet 91 be located at described agitator 9 in one end be coated with drainage screen, described filtration
The mesh number of net is 60 mesh, and the aperture of described first apopore 110 and described second apopore 111 is 0.5mm；
S3, seedling select and are colonized：Choose altitude range in 0.15-0.2m, and there is more than 5 young leaves and disease-free spot
Banana Seedlings, at the cloudy day, open a vesicle in the central authorities in field planting hole 4, Banana Seedlings put down gently in cave, depth buries JIAOTOU with soil
1.2m, slightly treads after cultivation, bedding Caulis et Folium Oryzae；
S4, fertilising pouring：Applied fertilizer by shower nozzle 11 and water；
Planted in Banana Seedlings the same day in field planting hole 4, the first pipeline 93 passes through first pump housing 92 by described water storage tank 8
Hydrops be extracted in agitator 9, then transmitted by second pipe 95 top set's outlet 950 in the presence of second pump housing 94
Open to flexible pipe 10 and then by shower nozzle 8 first apopore 110, the second apopore 111 is closed and sprayed down, every plant of Banana Seedlings
Water 1.9 liters；
Plant field planting hole 4 in Banana Seedlings 1-3 month, the height that the height of adjustable telescopic rod grows to Banana Seedlings
Degree, the projection 112 of shower nozzle 11 is screwed on the groove 510 of described interior bar 51, passes through first pump housing 92 by the first pipeline 93
Hydrops in described water storage tank 8 are extracted in agitator 9, then pass through to divide on second pipe 95 in the presence of second pump housing 94
Prop up outlet 950 to be delivered to flexible pipe 10 and then spray upward by first apopore 110 and the second apopore 111 of shower nozzle 11,
The aqueous solution spray JIAOTOU of the first mixed fertilizer being 0.1% with 1.3 mass per liter percentage ratios every every plant of Banana Seedlings on the 5th, wherein,
Described first mixed fertilizer is 4 for mass ratio：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole 4 in Banana Seedlings 4-7 month, is sprayed by shower nozzle 11, upward every every plant of Fructus Musae on the 8th
Seedling spreads one layer of dolomite on field planting hole 4 surfaces after spraying the aqueous solution of the second mixed fertilizer that 1.5 mass per liter percentage ratios are 0.6%
Powder, wherein, described second mixed fertilizer is 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate is described white
The THICKNESS CONTROL of marble dust is in 1-3mm；
Banana Seedlings plant field planting hole 8th month of 4 and after, sprayed down by shower nozzle 11, every every 15 days
Strain Banana Seedlings spray the aqueous solution of the 3rd mixed fertilizer that 2.0 mass per liter percentage ratios are 0.3%, wherein, described 3rd mixed fertilizer
It is 2 for mass ratio：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, biphosphate
The mixture of potassium, calcium chloride and magnesium sulfate；
Wherein, when the described Banana Seedlings length greatly Banana tree of 1-1.5m, described outer bar 50 passes through steel wire rope and Fructus Musae
Tree binding.
<Embodiment 4>
As Figure 1-4, the present invention provides a kind of implantation methods of Fructus Musae water-fertilizer integral, comprises the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 4m strip that described planting site is divided into multiple width
Plot 2, designer walks about required agricultural road 3 along its length in each described strip plot 2, and described agricultural road 3 grade divides institute
Stating strip plot 2 is left plot 20 and right plot 21, on each described left plot 20 and described right plot 21 respectively at equal intervals
Dig the field planting hole 4 of the deeply each 0.45m of multiple length and width, in each described left plot 20 or described right plot 21 two neighboring field planting hole
The distance between 4 is 1.9m, and each described field planting hole 4 nearby plugs an expansion link 5, and wherein, described expansion link 5 includes fixing
It is plugged in the outer bar 50 on ground, and multiple interior bar 51 sheathed successively, the interior bar 51 being set in inner side is away from described outer bar
50 one end arranges a groove 510, the base manure that becomes thoroughly decomposed of 4 kilograms of the bottom application in hole in each field planting hole 4,2.2 kilograms of peanut residue, and 0.6
Kilogram carbamide, 0.8 kilogram of Calx, the potassium chloride of 0.9 kilogram of calcium magnesium phosphate and 0.5 kilogram, mix rear blinding, mound thoroughly
0.12m above ground level；
S2, pipe laying：Dig a branch gutter 6 between two neighboring described strip plot 2, described planting site perpendicular to
The one end in described branch gutter 6 digs a main drainage ditch 7, and one end of described main drainage ditch 7 digs a water storage tank 8, described long-pending
The opening of the opening of tank 8 and described main drainage ditch 7 is less than described total draining in same level, the bottom surface of described water storage tank 8
The bottom surface 0.4m of ditch 7, all hydrops are flowed to described main drainage ditch 7 and are gathered in described water storage tank by described branch gutter 6
8, described water storage tank 8 is nearby provided with agitator 9, and described 9 barrels of wall upper ends of agitator arrange a water inlet 90, and lower end setting one is total
Outlet 91, wherein, described water inlet 90 is connected with described water storage tank 8 by being provided with the first pipeline 93 of first pump housing 92, institute
State total outlet 91 to be connected with second pipe 95 by second pump housing 94, described second pipe 95 along the direction of banana planting is in
S type is arranged, the place that described second pipe 95 is intersected with described outer bar 50 is bound by static line, and described second pipe 95 is close
Each described field planting hole 4 is respectively provided with branch's outlet 950, and described branch outlet 950 connects a seedpod of the lotus by a flexible pipe 10
Shape shower nozzle 11, described shower nozzle 11 includes being arranged on multiple first apopores 110 at fluffy bottom respectively at equal intervals and is arranged on fluffy face
Multiple second apopores 111, described fluffy face has the projection 112 being screwed with described groove 510, wherein, when described shower nozzle
11 first apopores 110 when spraying down are opened, and the second apopore 111 is closed, the described in when described shower nozzle 11 sprays upward
One apopore 110 and described second apopore 111 are all opened, and incline in described 9 barrels of walls of agitator and described agitator 9 junction of going to the bottom
Oblique be arranged with blow-off pipe, described total outlet 91 be located at described agitator 9 in one end be coated with drainage screen, described filtration
The mesh number of net is 50 mesh, and the aperture of described first apopore 110 and described second apopore 111 is 0.6mm；
S3, seedling select and are colonized：Choose altitude range in 0.15-0.2m, and there is more than 5 young leaves and disease-free spot
Banana Seedlings, in person fine day afternoon 17:30, open a vesicle in the central authorities in field planting hole 4, Banana Seedlings are put down gently in cave, deep
Degree buries JIAOTOU 1.2m with soil, slightly treads, bedding Caulis et Folium Oryzae after cultivation；
S4, fertilising pouring：Applied fertilizer by shower nozzle 11 and water；
Planted in Banana Seedlings the same day in field planting hole 4, the first pipeline 93 passes through first pump housing 92 by described water storage tank 8
Hydrops be extracted in agitator 9, then transmitted by second pipe 95 top set's outlet 950 in the presence of second pump housing 94
Open to flexible pipe 10 and then by shower nozzle 8 first apopore 110, the second apopore 111 is closed and sprayed down, every plant of Banana Seedlings
Water 1.9 liters；
Plant field planting hole 4 in Banana Seedlings 1-3 month, the height that the height of adjustable telescopic rod grows to Banana Seedlings
Degree, the projection 112 of shower nozzle 11 is screwed on the groove 510 of described interior bar 51, passes through first pump housing 92 by the first pipeline 93
Hydrops in described water storage tank 8 are extracted in agitator 9, then pass through to divide on second pipe 95 in the presence of second pump housing 94
Prop up outlet 950 to be delivered to flexible pipe 10 and then spray upward by first apopore 110 and the second apopore 111 of shower nozzle 11,
The aqueous solution spray JIAOTOU of the first mixed fertilizer being 0.2% with 1.4 mass per liter percentage ratios every every plant of Banana Seedlings on the 6th, wherein,
Described first mixed fertilizer is 3 for mass ratio：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole 4 in Banana Seedlings 4-7 month, is sprayed by shower nozzle 11, upward every every plant of Fructus Musae on the 6th
Seedling spreads one layer of dolomite on field planting hole 4 surfaces after spraying the aqueous solution of the second mixed fertilizer that 1.8 mass per liter percentage ratios are 0.4%
Powder, wherein, described second mixed fertilizer is 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate is described white
The THICKNESS CONTROL of marble dust is in 1-3mm；
Banana Seedlings plant field planting hole 8th month of 4 and after, sprayed down by shower nozzle 11, every every 17 days
Strain Banana Seedlings spray the aqueous solution of the 3rd mixed fertilizer that 2.5 mass per liter percentage ratios are 0.3%, wherein, described 3rd mixed fertilizer
It is 2 for mass ratio：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, biphosphate
The mixture of potassium, calcium chloride and magnesium sulfate；
Wherein, when the described Banana Seedlings length greatly Banana tree of 1-1.5m, described outer bar 50 passes through steel wire rope and Fructus Musae
Tree binding.
<Embodiment 5>
As Figure 1-4, the present invention provides a kind of implantation methods of Fructus Musae water-fertilizer integral, comprises the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 4.2m strip that described planting site is divided into multiple width
Shape plot 2, designer walks about required agricultural road 3 along its length in each described strip plot 2, described agricultural road 3 decile
Described strip plot 2 is left plot 20 and right plot 21, on each described left plot 20 and described right plot 21 respectively etc. between
Cheat 4 every the field planting digging the deeply each 0.5m of multiple length and width, two neighboring field planting in each described left plot 20 or described right plot 21
The distance between hole 4 is 2.1m, and each described field planting hole 4 nearby plugs an expansion link 5, and wherein, described expansion link 5 includes solid
Surely it is plugged in the outer bar 50 on ground, and multiple interior bar 51 sheathed successively, the interior bar 51 being set in inner side is away from described outer
One end of bar 50 arranges a groove 510, the base manure that becomes thoroughly decomposed of 5 kilograms of the bottom application in hole in each field planting hole 4,1.8 kilograms of peanut residue,
0.4 kilogram of carbamide, 0.6 kilogram of Calx, the potassium chloride of 1.2 kilograms of calcium magnesium phosphate and 0.6 kilogram, mix rear blinding thoroughly,
Mound 0.15m above ground level；
S2, pipe laying：Dig a branch gutter 6 between two neighboring described strip plot 2, described planting site perpendicular to
The one end in described branch gutter 6 digs a main drainage ditch 7, and one end of described main drainage ditch 7 digs a water storage tank 8, described long-pending
The opening of the opening of tank 8 and described main drainage ditch 7 is less than described total draining in same level, the bottom surface of described water storage tank 8
The bottom surface 0.5m of ditch 7, all hydrops are flowed to described main drainage ditch 7 and are gathered in described water storage tank by described branch gutter 6
8, described water storage tank 8 is nearby provided with agitator 9, and described 9 barrels of wall upper ends of agitator arrange a water inlet 90, and lower end setting one is total
Outlet 91, wherein, described water inlet 90 is connected with described water storage tank 8 by being provided with the first pipeline 93 of first pump housing 92, institute
State total outlet 91 to be connected with second pipe 95 by second pump housing 94, described second pipe 95 along the direction of banana planting is in
S type is arranged, the place that described second pipe 95 is intersected with described outer bar 50 is bound by static line, and described second pipe 95 is close
Each described field planting hole 4 is respectively provided with branch's outlet 950, and described branch outlet 950 connects a seedpod of the lotus by a flexible pipe 10
Shape shower nozzle 11, described shower nozzle 11 includes being arranged on multiple first apopores 110 at fluffy bottom respectively at equal intervals and is arranged on fluffy face
Multiple second apopores 111, described fluffy face has the projection 112 being screwed with described groove 510, wherein, when described shower nozzle
11 first apopores 110 when spraying down are opened, and the second apopore 111 is closed, the described in when described shower nozzle 11 sprays upward
One apopore 110 and described second apopore 111 are all opened, and incline in described 9 barrels of walls of agitator and described agitator 9 junction of going to the bottom
Oblique be arranged with blow-off pipe, described total outlet 91 be located at described agitator 9 in one end be coated with drainage screen, described filtration
The mesh number of net is 60 mesh, and the aperture of described first apopore 110 and described second apopore 111 is 0.5mm；
S3, seedling select and are colonized：Choose altitude range in 0.15-0.2m, and there is more than 5 young leaves and disease-free spot
Banana Seedlings, in fine day afternoon 18:00, open a vesicle in the central authorities in field planting hole 4, Banana Seedlings are put down gently in cave, depth
JIAOTOU 0.8m is buried with soil, slightly treads after cultivation, bedding Caulis et Folium Oryzae；
S4, fertilising pouring：Applied fertilizer by shower nozzle 11 and water；
Planted in Banana Seedlings the same day in field planting hole 4, the first pipeline 93 passes through first pump housing 92 by described water storage tank 8
Hydrops be extracted in agitator 9, then transmitted by second pipe 95 top set's outlet 950 in the presence of second pump housing 94
Open to flexible pipe 10 and then by shower nozzle 8 first apopore 110, the second apopore 111 is closed and sprayed down, every plant of Banana Seedlings
Water 2.5 liters；
Plant field planting hole 4 in Banana Seedlings 1-3 month, the height that the height of adjustable telescopic rod grows to Banana Seedlings
Degree, the projection 112 of shower nozzle 11 is screwed on the groove 510 of described interior bar 51, passes through first pump housing 92 by the first pipeline 93
Hydrops in described water storage tank 8 are extracted in agitator 9, then pass through to divide on second pipe 95 in the presence of second pump housing 94
Prop up outlet 950 to be delivered to flexible pipe 10 and then spray upward by first apopore 110 and the second apopore 111 of shower nozzle 11,
The aqueous solution spray JIAOTOU of the first mixed fertilizer being 0.3% with 1.5 mass per liter percentage ratios every every plant of Banana Seedlings on the 7th, wherein,
Described first mixed fertilizer is 2 for mass ratio：1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole 4 in Banana Seedlings 4-7 month, is sprayed by shower nozzle 11, upward every every plant of Fructus Musae on the 8th
Seedling spreads one layer of dolomite on field planting hole 4 surfaces after spraying the aqueous solution of the second mixed fertilizer that 2.2 mass per liter percentage ratios are 0.4%
Powder, wherein, described second mixed fertilizer is 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate is described white
The THICKNESS CONTROL of marble dust is in 1-3mm；
Banana Seedlings plant field planting hole 8th month of 4 and after, sprayed down by shower nozzle 11, every every 15 days
Strain Banana Seedlings spray the aqueous solution of the 3rd mixed fertilizer that 2.0 mass per liter percentage ratios are 0.3%, wherein, described 3rd mixed fertilizer
It is 2 for mass ratio：0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, biphosphate
The mixture of potassium, calcium chloride and magnesium sulfate；
Wherein, when the described Banana Seedlings length greatly Banana tree of 1-1.5m, described outer bar 50 passes through steel wire rope and Fructus Musae
Tree binding.
Experimental comparison
Choose one mu of planting site, using traditional method plantation Fructus Musae as a comparison case 1, by Banana Seedlings three annual
Planting survival rates, three annual Fructus Musae lodging rates, three annual per mu yield Fructus Musaes are contrasted, and draw following data：
The each embodiment of table 1 is to three annual planting survival rates of Banana Seedlings, three annual Fructus Musae lodging rates, three annuals
The impact of per mu yield Fructus Musae
As can be seen from Table 1, by the Fructus Musae of present invention plantation, the planting survival rates up to 95.3～96.3% of Banana Seedlings,
More than conventional art 88.3%；Three annual Fructus Musae lodging rates are reduced to 4.3%～5.9% from the 8.5% of conventional art；Three
The raw Fructus Musae of annual per mu yield more than 4450, far above the 3000 of conventional art.Therefore, the field planting of the Banana Seedlings of present invention plantation
Survival rate is high, three annual Fructus Musae lodging rates are low, and three annual per mu yield Fructus Musaes are high, and effectively saves artificial, significantly carries
The high economic benefit of plantation Fructus Musae.
Although embodiment of the present invention is disclosed as above, it is not restricted to listed in description and embodiment
With, it can be applied to various suitable the field of the invention completely, for those skilled in the art, can be easily
Realize other modification, therefore under the general concept being limited without departing substantially from claim and equivalency range, the present invention does not limit
In specific details with shown here as the legend with description.
Claims (8)
1. a kind of implantation methods of Fructus Musae water-fertilizer integral are it is characterised in that comprise the following steps：
S1, Kai Keng：Plow harrow is used for planting the planting site of Fructus Musae, and it is 3.8-4.2m strip that described planting site is divided into multiple width
Shape plot, designer walks about required agricultural road along its length in each described strip plot, described in described agricultural road decile
Strip plot is left plot and right plot, and each described left plot and described right plot dig multiple length and width respectively at equal intervals
The field planting hole of deep each 0.4-0.5m, each described field planting hole nearby plugs an expansion link, and wherein, described expansion link includes fixing
It is plugged in the outer bar on ground, and multiple interior bar sheathed successively, it is set in interior bar one end away from described outer bar of inner side
One groove is set；
S2, pipe laying：A branch gutter is dug, described planting site is perpendicular to described point between two neighboring described strip plot
The one end propping up gutter digs a main drainage ditch, and one end of described main drainage ditch digs a water storage tank, the opening of described water storage tank
With the opening of described main drainage ditch in same level, the bottom surface of described water storage tank is less than the bottom surface 0.4- of described main drainage ditch
0.5m, all hydrops to described main drainage ditch and are gathered in described water storage tank, described water storage tank by described branch gutter flow
Nearby it is provided with agitator, described agitator bucket wall upper end arranges a water inlet, lower end arranges a total outlet, wherein, described
Water inlet is connected with described water storage tank by being provided with the first pipeline of first pump housing, and described total outlet passes through second pump housing and the
Two pipelines connect, and described second pipe is intersected along the S-type arrangement in direction of banana planting, described second pipe with described outer bar
Place bound by static line, described second pipe is respectively provided with branch's outlet near field planting hole each described, described point
Prop up outlet and pass through a hose connection seedpod of the lotus shape shower nozzle, described shower nozzle includes being arranged on multiple the first of fluffy bottom respectively at equal intervals
Apopore and multiple second apopores being arranged on fluffy face, described fluffy face has the projection being screwed with described groove, wherein,
When described shower nozzle sprays down, the first apopore is opened, the second water outlet bore closure, the described in when described shower nozzle sprays upward
One apopore and described second apopore are all opened；
S3, seedling select and are colonized：Choose high 0.15-0.2m, there is the Banana Seedlings field planting of more than 5 young leaves and disease-free spot；
S4, fertilising pouring：Applied fertilizer by shower nozzle and water；
Plant the same day in field planting hole in Banana Seedlings, every plant of Banana Seedlings water 1.4-2.5 liter；
Plant field planting hole in Banana Seedlings 1-3 month, every 5-8 day every plant of Banana Seedlings with 1.3-1.5 mass per liter hundred
Divide the aqueous solution spray JIAOTOU than the first mixed fertilizer for 0.1-0.3%, wherein, described first mixed fertilizer is 2-4 for mass ratio：
1：1：The mixture of 0.5 carbamide, calcium superphosphate, potassium sulfate and bacterial manure；
Plant field planting hole in Banana Seedlings 4-7 month, every every plant of Banana Seedlings sprinkling 1.5-2.2 mass per liter of 6-8 day
Percentage ratio be 0.4-0.6% the aqueous solution of the second mixed fertilizer after spread one layer of dolomite dust on field planting hole surface, wherein, described the
Two mixed fertilizers are 3 for mass ratio：1：The mixture of 4 carbamide, potassium chloride and potassium dihydrogen phosphate, the thickness control of described dolomite dusts
System is in 1-3mm；
Banana Seedlings plant 8th month of field planting hole and after, every 15-17 day every plant of Banana Seedlings spray 2.0-2.5
Mass per liter percentage ratio is the aqueous solution of the 3rd mixed fertilizer of 0.3-0.5%, and wherein, described 3rd mixed fertilizer is 2 for mass ratio：
0.1：0.1：0.2：0.1：5：1：4 carbamide, chelated zinc, chelated iron, Chelated Manganese, chelated copper, potassium dihydrogen phosphate, calcium chloride and sulfur
The mixture of sour magnesium.
2. the banana planting method of water-fertilizer integral as claimed in claim 1 is it is characterised in that each described left plot or institute
Stating the distance between two neighboring field planting hole in right plot is 1.8-2.1m.
3. the implantation methods of Fructus Musae water-fertilizer integral as claimed in claim 1 are it is characterised in that each is colonized hole in step S1
3-5 kilogram of the bottom application in hole the base manure that becomes thoroughly decomposed, 1.8-2.5 kilogram of peanut residue, 0.4-0.8 kilogram of carbamide, 0.6-1 kilogram ripe
Calx, 0.8-1.2 kilogram of calcium magnesium phosphate and 0.4-0.6 kilogram of potassium chloride, mix rear blinding thoroughly, mound 0.1- above ground level
0.15m.
4. Fructus Musae water-fertilizer integral as claimed in claim 1 implantation methods it is characterised in that described in step S3 field planting side
Method is in cloudy day or fine day afternoon 17:After 00, open a vesicle in the central authorities in field planting hole, Banana Seedlings put down gently in cave,
Depth buries JIAOTOU 0.8-1.2m with soil, slightly treads after cultivation, bedding Caulis et Folium Oryzae.
5. the implantation methods of Fructus Musae water-fertilizer integral as claimed in claim 4 are it is characterised in that when described Banana Seedlings are grown up
During Banana tree for 1-1.5m, described outer bar is passed through steel wire rope and is bound with Banana tree.
6. the implantation methods of Fructus Musae water-fertilizer integral as claimed in claim 1 are it is characterised in that also include：Blow-off pipe, described
Blow-off pipe is located at described agitator bucket wall and described agitator and goes to the bottom junction, and arranges diagonally downward.
7. the implantation methods of Fructus Musae water-fertilizer integral as claimed in claim 1 are it is characterised in that described total outlet is located at institute
The one end stated in agitator is coated with drainage screen.
8. the banana planting method of water-fertilizer integral as claimed in claim 7 is it is characterised in that the mesh number of described drainage screen is
40-60 mesh, the aperture of described first apopore and described second apopore is 0.5-1mm.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107041253A (en) * | 2017-05-27 | 2017-08-15 | 道真仡佬族苗族自治县联合中药材种植科技服务中心 | A kind of Radix Codonopsis device for raising seedlings |
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| CN103798004A (en) * | 2012-11-14 | 2014-05-21 | 梁统模 | Banana plant drought sloping field culturing method |
| CN203761828U (en) * | 2014-01-27 | 2014-08-13 | 定西市金源农业发展有限责任公司 | Intelligent water-fertilizer integrated water-saving filtration irrigation device in greenhouse |
| CN204539834U (en) * | 2015-04-10 | 2015-08-12 | 山东农业大学 | A kind of liftable water-fertilizer integral system of irrigating based on fine-spraying belt |
| CN205017990U (en) * | 2015-07-03 | 2016-02-10 | 无锡太湖阳山水蜜桃科技有限公司 | Peach sprinkling irrigation equipment |
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| CN107041253A (en) * | 2017-05-27 | 2017-08-15 | 道真仡佬族苗族自治县联合中药材种植科技服务中心 | A kind of Radix Codonopsis device for raising seedlings |
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