CN104838955A - Interplanting method in tea garden - Google Patents
Interplanting method in tea garden Download PDFInfo
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- CN104838955A CN104838955A CN201510307027.XA CN201510307027A CN104838955A CN 104838955 A CN104838955 A CN 104838955A CN 201510307027 A CN201510307027 A CN 201510307027A CN 104838955 A CN104838955 A CN 104838955A
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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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Abstract
The invention discloses an interplanting method in a tea garden. The interplanting method includes steps of interplanting dalbergia odorifera and agilawood in the tea garden. The tea garden comprises at least two rows of ridges for planting tea trees. The dalbergia odorifera and the agilawood are alternatively planted along the inter-row length extending direction between the adjacent ridges. By interplanting the dalbergia odorifera and the agilawood in the tea garden, the ecological environment of the tea garden is beneficial to synthesis and accumulation of amino acid and caffeine of the tea trees, chlorophyll content of leaves is remarkably increased, tea polyphenol content is somewhat reduced, and phenol ammonia is decreased, so that quality of tea leaves is improved. In addition, yield of the tea trees can be increased and economic benefits of the tea garden are added.
Description
Technical field
The present invention relates to proportion of crop planting technical field, particularly relate to a kind of tea place interplanting method.
Background technology
The maximum country of tealeaves area is planted by China, and existing tea place mostly is single plantation tea tree.And there is a lot of drawback in single cropping tea tree, be mainly reflected in following some:
(1) because tea tree is shade-tolerant tree species, illumination is crossed and tea tree metabolism technical ability can be caused by force to slow down, there is shrub dormancy, reduce photosynthetic efficiency, affect tea leaf quality, the illumination of the summer and autumn in tea place is strong, the high growth being unfavorable for tea tree of temperature, tea place therefore can be caused to yield poorly and tea quality is unstable, tea place deficiency in economic performance;
(2) easily there is freeze injury and damage by disease and insect in the tea place of single cropping tea tree, adaptability and fast grow poor, forest land availability is not high, and the unit are output value is lower;
(3) Species Structure of single cropping tea tree makes tea tree long-term without shaping and protection, reduces the resistance of tea tree, affects the normal growth of tea tree, thus cause yielding poorly of tea place;
(4) tea place vegetation coverage deficiency in the ranks, easily causes rain drop erosion, reduces the organic matter of soil, cause the water and soil loss in tea place.
Therefore, the quality of the tea yield and tealeaves that how to improve tea place is those skilled in the art's technical issues that need to address.
Summary of the invention
In view of this, the object of the application is to provide a kind of tea place interplanting method, can improve the tea quality in tea place, improves tea leaf quality, increases tea place economic well-being of workers and staff.
This application provides a kind of tea place interplanting method, described interplanting method is tea place interplanting dalbergia odorifera and agalloch eaglewood, wherein, tea place comprises the tea tree ridge that at least two row kinds are implanted with tea tree, and described dalbergia odorifera and described agalloch eaglewood are along the alternately plantation of the length bearing of trend in the ranks between adjacent described tea tree ridge.
Preferably, the plantation averag density of described dalbergia odorifera and described agalloch eaglewood is 300 strains/hm
2to 600 strains/hm
2.
Preferably, described tea place is the tea place being in hilly and mountainous land Nan Po.
Preferably, described interplanting method specifically comprises:
Plantation: select seedling age to be six months and the dalbergia odorifera sapling of height in the scope of 25cm to 35cm and agalloch eaglewood sapling are planted, the time of plantation is spring, above-mentioned dalbergia odorifera sapling and agalloch eaglewood sapling is intersected along the length direction in the ranks on tea tree ridge and alternately plants;
Rich water quality management: in plantation then, topdresses once in 2 to 3 months after plantation terminates, treats that August in the same year to the September topdresses once again; Weeding was loosened the soil and was again topdressed to April the March in March to the April of the 2nd year and the 3rd year of plantation;
Pruning: the described dalbergia odorifera sapling after plantation and described agalloch eaglewood sapling are pruned and bud picking; Described dalbergia odorifera sapling and described agalloch eaglewood sapling First Year after planting retains side shoot.
Preferably, in the process of plantation: first dig plant pit, the plant pit of plantation dalbergia odorifera sapling and the plant pit of plantation agalloch eaglewood sapling alternately dig; To plant pit basal dressing, then dalbergia odorifera sapling or agalloch eaglewood sapling are put into corresponding plant pit; Banket, when the volume inserting the soil in plant pit accounts for 1/2 of plant pit volume, fertilising, after fertilizer and soil are stirred, continued to insert in plant pit by mixture that is fertile and soil, the height difference between the native height of covering table of plant pit and plant pit surface is 20cm to 30cm.
Preferably, the fertilizer executed in planting process is calcium magnesium phosphorus, the fertilizer that the applied amount of the described calcium magnesium phosphorus that each plant pit applies is executed in the scope of 450g to 550g or in planting process is the farmyard manure fermented, and the applied amount of the described farmyard manure fermented of wherein each plant pit applying is in the scope of 200g to 250g.
Preferably, in the step of shape pruning, sparse branching is carried out to dalbergia odorifera and agalloch eaglewood, in the shade density of dalbergia odorifera and the agalloch eaglewood scope between 30% to 35%.
Preferably, in fertilizing management, March to the April of the 2nd year after plantation and the March of the 3rd year are to April, the fertilizer topdressed is urea and composite fertilizer, and the applied amount of urea and described composite fertilizer described in each every strain is all in 50g to 150g scope, the position of fertilising is positioned at the outer rim of crown mapping scope or puts into fertilizer after trench digging between plantation every trade, and the degree of depth of fertilising is lower than earth's surface 20cm to 30cm.
Preferably, described interplanting method also comprises the extermination of disease and insect pest, adopts animal nutrition to prevent and treat damage by disease and insect.
A kind of tea place interplanting method that the application provides is for interplanting dalbergia odorifera and agalloch eaglewood in tea place.Tea place comprises the tea tree ridge that at least two row kinds are implanted with tea tree, and dalbergia odorifera and agalloch eaglewood are along the alternately plantation of the length bearing of trend in the ranks between adjacent tea tree ridge.By at tea place interplanting dalbergia odorifera and agalloch eaglewood, tea place ecotope can be improved, promote the benign cycle of Tea Garden Ecosystem, be conducive to regulating and improve tea place illumination summer and autumn, the condition such as temperature, water wet; By utilizing dalbergia odorifera and agalloch eaglewood to shelter from heat or light, tea tree is played to the effect at high temperature-proof arid anti-strong sunshine, both can make full use of photo-thermal, nutrient and moisture, are conducive to the normal growth of tea tree, thus can improve the output of tealeaves.Further, dalbergia odorifera and agalloch eaglewood also have good dust-absorbing function, and dust adsorption can be avoided in the surface of tealeaves, thus can improve the quality of tealeaves further.Meanwhile, by interplanting dalbergia odorifera and agalloch eaglewood, the ecological environmental condition in tea place is made to be conducive to synthesis and the accumulation of tea tree amino acid and caffeine, the chlorophyll content of blade significantly improves, and polyphenol content decreases, make phenol ammonia than declining, thus improve the quality of tealeaves.In sum, by tea place interplanting dalbergia odorifera and agalloch eaglewood, forest land, tea place availability and the unit are output value can be improved, improve the output of tea tree and the quality of tealeaves, finally realize tea place economy, ecology and social benefit and improve comprehensively.
Embodiment
The invention discloses a kind of tea place interplanting method, the tea quality in tea place can be improved, improve tea leaf quality, increase tea place economic well-being of workers and staff.
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
In this embodiment, tea place interplanting method is tea place interplanting dalbergia odorifera and agalloch eaglewood.Tea place comprises the tea tree ridge that at least two row kinds are implanted with tea tree, and dalbergia odorifera and agalloch eaglewood are along the alternately plantation of the length bearing of trend in the ranks between adjacent tea tree ridge.
So, prove via planting experiment, by tea place interplanting dalbergia odorifera and agalloch eaglewood, tea place ecotope can be improved, promote the benign cycle of Tea Garden Ecosystem, be conducive to regulating and improve tea place illumination summer and autumn, the condition such as temperature, water wet; The resistance to shade of tea tree, dalbergia odorifera and agalloch eaglewood happiness light, dalbergia odorifera and agalloch eaglewood and tea tree with strong complementarity, shelter from heat or light by utilizing dalbergia odorifera and agalloch eaglewood, tea tree is played to the effect at high temperature-proof arid anti-strong sunshine, both can make full use of photo-thermal, nutrient and moisture, be conducive to the normal growth of tea tree, thus the output of tealeaves can be improved.Further, dalbergia odorifera and agalloch eaglewood also have good dust-absorbing function, and dust adsorption can be avoided in the surface of tealeaves, thus can improve the quality of tealeaves further.
Meanwhile, by interplanting dalbergia odorifera and agalloch eaglewood, the ecological environmental condition in tea place is made to be conducive to synthesis and the accumulation of tea tree amino acid and caffeine, the chlorophyll content of blade significantly improves, and polyphenol content decreases, make phenol ammonia than declining, thus improve the quality of tealeaves.And interplant the tea place of germinating time early than single cropping tea tree of tea tree in the tea place of dalbergia odorifera and agalloch eaglewood, and interplant the tea place of germination rate higher than single cropping tea tree of tea tree in the tea place of dalbergia odorifera and agalloch eaglewood.Meanwhile, in the tea place of interplanting dalbergia odorifera and agalloch eaglewood, to hold tender property strong for the bud-leaf of tea tree, and tealeaves great wheel is plucked and second to take turns plucking time long, and the quality of tealeaves is high.
In addition, because dalbergia odorifera damage by disease and insect is few, and pungent fragrance can be given out, it has sterilizing, walks quickly and keeps away insect pest effect, effectively can alleviate the occurrence and infection of interplanting tea place smaller green leaf hopper and the first-class main diseases and insect pests of tea beautiful line phenomenon, promote growth of tea plant further, make tea place unit are tea yield improve more than 10%, tea leaf quality can significantly improve equally.Meanwhile, because dalbergia odorifera and the freeze proof harmful ability of agalloch eaglewood are strong, so can play effect tea tree being carried out to protection against cold and freezing conditions, thus tea tree normal growth can be ensured, ensure the output of tea tree.
Moreover, realize proving via plantation, within 2.5 years, raw dalbergia odorifera mean stand height, leading thread reach 4.38m and 5.16m respectively, growth perfonnance is better, (dalbergia odorifera is Hainan endemic species with original producton location, Hainan is original producton location) no significant difference, there is not freeze injury and damage by disease and insect occurs, showing stronger adaptability and fast grow.The treelet of same agalloch eaglewood grows fine, growth perfonnance and original producton location no significant difference.Can further illustrate, tea place interplanting dalbergia odorifera and agalloch eaglewood, the output of tea tree and the quality of tealeaves can not only be improved, can also ensure that dalbergia odorifera and agalloch eaglewood grow normally equally.Because dalbergia odorifera and agalloch eaglewood all belong to Chinese Second Class Key Protected Plant, both have high economic worth and the ecological value.So, tea place interplanting dalbergia odorifera and agalloch eaglewood, not only can improve the output of tea tree and the quality of tealeaves, improve forest land, tea place availability and the unit are output value, because dalbergia odorifera and agalloch eaglewood have high economic worth, long-range economic benefit is more considerable.
In sum, by tea place interplanting dalbergia odorifera and agalloch eaglewood, forest land, tea place availability and the unit are output value can be improved, improve the output of tea tree and the quality of tealeaves, finally realize tea place economy, ecology and social benefit and improve comprehensively.
In further scheme, in order to the quality of the output and tealeaves that ensure tea tree further, the plantation averag density of dalbergia odorifera and agalloch eaglewood is 300 strains/hm
2to 600 strains/hm
2(namely the averag density of dalbergia odorifera is 300 strains/hm
2to 600 strains/hm
2, the averag density of agalloch eaglewood is 300 strains/hm
2to 600 strains/hm
2).
Please refer to table one, table one is the relation table between the planting density of dalbergia odorifera and agalloch eaglewood and tea yield recruitment, tea yield rate of growth.
Table one
Shown by planting experiment, interplanting dalbergia odorifera and the tea place of agalloch eaglewood all high than the tea place output of single cropping tea tree in the output in spring, summer, autumn, the four seasons in winter, but amount of increase in production along with the difference of the planting density of dalbergia odorifera and agalloch eaglewood difference to some extent.In order to avoid excessively shading after yellow wingceltis dalbergia wood and agalloch eaglewood grow up and avoid its root system and tea root to the competition of liquid manure, the planting density preferably 450 strains/hm of dalbergia odorifera and agalloch eaglewood
2to 600 strains/hm
2, planting density can not more than 750/hm
2, so can ensure to improve the output of tea tree, ensure the quality of tealeaves.
In addition, in order to ensure the normal growth of dalbergia odorifera and agalloch eaglewood, tea place is preferably in the hilly and mountainous land tea place in monsoon climate area, subtropics, so can ensure that the weather conditions residing for tea place meet the growth conditions of dalbergia odorifera and agalloch eaglewood, and, proved by planting experiment, dalbergia odorifera and agalloch eaglewood are interplanted in above-mentioned tea place, the growing way of dalbergia odorifera and agalloch eaglewood is good, there is not freeze injury and damage by disease and insect occurs, best with the Nan Po dalbergia odorifera and agalloch eaglewood growing way that are positioned at above-mentioned tea place by it, therefore in order to promote the growth of dalbergia odorifera and agalloch eaglewood, preferably, dalbergia odorifera and agalloch eaglewood are interplanted the tea place in being positioned at hilly and mountainous land Nan Po.
Hereinafter, be described in detail to the implantation methods of interplanting dalbergia odorifera and agalloch eaglewood.Specifically comprise:
(1) plant: select seedling age to be six months and be highly that the dalbergia odorifera sapling of 30cm and agalloch eaglewood sapling are planted, the time of plantation is spring, above-mentioned dalbergia odorifera sapling and agalloch eaglewood sapling is intersected along the length direction in the ranks on tea tree ridge and alternately plants.
In the process of plantation, first dig plant pit, the plant pit of plantation dalbergia odorifera sapling and the plant pit of plantation agalloch eaglewood sapling alternately dig; After plant pit digs, to plant pit basal dressing, then dalbergia odorifera sapling or agalloch eaglewood sapling are put into corresponding plant pit, the planting depth 2cm to 5cm darker in its primitive root of dalbergia odorifera sapling and agalloch eaglewood sapling; Banket, when the volume inserting the soil in plant pit accounts for 1/2 of plant pit volume, fertilising, after fertilizer and soil are stirred, continued to insert in plant pit by mixture that is fertile and soil, the height difference between the native height of covering table of plant pit and plant pit surface is 20cm to 30cm.
It should be noted that, in planting process, due to dalbergia odorifera sapling and agalloch eaglewood sapling be container seedling (hereinafter, dalbergia odorifera sapling and agalloch eaglewood sapling are referred to as sapling), when planting, first compress container, the soil of compacting sapling root, again by complete for container strip off, container is separated completely with sapling, and then sapling is put into plant pit, in the process of placing, avoid the root of sapling contact base manure (if the root of sapling contacts with base manure, the survival rate of sapling will be reduced).
Also it should be noted that, in the process of banketing, the center position of soil by four circumferential plant pits of plant pit should be compressed, stop vertically soil to be inserted in plant pit, reduce the survival rate of sapling to avoid the root of sapling in the process of banketing to fracture.And in the process of banketing, to Shu Gen be carried out to sapling and ensure that the root of sapling and the soil phase are combined closely, the planting depth 2cm to 5cm darker in its primitive root of sapling, concrete planting depth is selected according to the height of sapling, should avoid occurring nest root and the unsettled situation of root.
Need further, the highly preferred of sapling is 30cm, and when the height value of sapling is positioned at the scope of 25cm to 35cm, the survival rate of sapling is high, if too high or too low, all will be unfavorable for surviving of sapling.
In preferred scheme, the fertilizer executed in planting process is calcium magnesium phosphorus, the applied amount of the calcium magnesium phosphorus that each plant pit applies for 500g or the fertilizer executed in planting process be farmyard manure ferment, the applied amount of the farmyard manure of the fermentation of each plant pit applying is 225g.Continue to insert in plant pit after the calcium magnesium phosphorus of 500g is fully mixed with soil, or continue to insert in plant pit after the farmyard manure of the fermentation of 225g is fully mixed with soil, so, the growth demand of sapling early growth period can be met, ensure the survival rate of sapling.
It should be noted that, the applied amount of the calcium magnesium phosphorus that each plant pit applies is in the scope of 450g to 550g, preferably the applied amount of the farmyard manure of the fermentation of 500g or the applying of each plant pit is in the scope of 200g to 250g, preferably 225g, " burning seedling " phenomenon will be there is when fertile applied amount is too high, sapling can be caused time serious dead, be unfavorable for that sapling survives; Fertilizing amount is too low, can not meet sapling growth demand, and be unfavorable for that sapling will grow.
(2) rich water quality management: in plantation then, topdressing for 2 to 3 months once after plantation terminates, topdresses once after August in the same year rain or after the rain of September again; Weeding was loosened the soil and was topdressed again to April the March in March to the April of the 2nd year and the 3rd year of plantation.
Because sapling was planted in spring, sapling primary growth is slow, and trunk is soft, is preced with little and sparse, is easily constrained by shrub, weeds and tendril and is wound around, thus affecting growth and the form of sapling.Therefore, 1-2 after planting in conjunction with tea garden management, should strengthen cutting assorted, except climing, loosen the soil and expand the management work such as cave, fertilising.Topdress for 1st time in 2 to 3 months after planting, topdress again after rain until August in the same year, and the March of the 3rd year after March to the April of Second Year after planting and plantation is to April, loosens the soil and again topdress in conjunction with hoeing up weeds.
The fertilizer topdressed is urea and composite fertilizer preferably, and the applied amount of each every strain urea and composite fertilizer is all in 50g to 150g scope, the position of fertilising is positioned at the outer rim of crown mapping scope or puts into fertilizer after trench digging between plantation every trade, and the degree of depth of fertilising is lower than earth's surface 20cm to 30cm.
(3) pruning: the described dalbergia odorifera sapling after plantation and described agalloch eaglewood sapling are pruned and bud picking; Described dalbergia odorifera sapling and described agalloch eaglewood sapling First Year after planting can retain side shoot.
Because the fraction of dalbergia odorifera is lower, side shoot is sturdy, and coppice shoot is more, will note pruning and bud picking, cultivate excellent form at growing period.But it should be noted that First Year after planting, retain the side shoot of sapling.As time goes on, sapling progressively grows tall, more progressively upwards prunes side shoot, like this, is conducive to the photosynthesis increasing sapling initial stage plant leaf, contributes to the growth of sapling and the development of root system.Because dalbergia odorifera belongs to intolerant tree species, in 3 to 6 months after plantation, sapling does not also possess the ability with weed competition, be subject to weeds cover, especially plantation in spring, in weed growth vigorous season just in two months after plantation, should carry out weeding in time, in August of First Year of plantation to the September, loosened the soil again before weed seed prematurity.When the root system of dalbergia odorifera and agalloch eaglewood root system too huge time, when dalbergia odorifera and agalloch eaglewood can fight for sunlight and rich water with tea tree, should carry out suitable tree crown in time to control, and the 2nd year needs after planting carry out fostering for 1-2 time in good time, carry out pruning to dalbergia odorifera and agalloch eaglewood.
In further scheme, when carrying out sparse branching to dalbergia odorifera and agalloch eaglewood, should ensure that the shade density of dalbergia odorifera and agalloch eaglewood is in the scope of 30% to 35%, its illuminance is in the scope of 65% to 70%, preferably, the shade density of dalbergia odorifera and agalloch eaglewood is 30%, and it closes illumination 70%.So, can ensure that dalbergia odorifera and agalloch eaglewood play the effect of sheltering from heat or light for tea tree, meanwhile, ensure that dalbergia odorifera and agalloch eaglewood can normal growths.
In addition, in this embodiment, interplanting method also comprises the extermination of disease and insect pest, adopts the biotechnologys such as solar deinsectization lamp, insect-sticking plate to prevent and treat.Due in this embodiment, tea place is organic tea garden, and therefore, adopting biotechnology to carry out control to damage by disease and insect can reduce residue of pesticide, improves the quality of tealeaves further, increases economic benefit.
In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (9)
1. a tea place interplanting method, it is characterized in that, described interplanting method is tea place interplanting dalbergia odorifera and agalloch eaglewood, wherein, tea place comprises the tea tree ridge that at least two row kinds are implanted with tea tree, and described dalbergia odorifera and described agalloch eaglewood are along the alternately plantation of the length bearing of trend in the ranks between adjacent described tea tree ridge.
2. tea place as claimed in claim 1 interplanting method, it is characterized in that, the plantation averag density of described dalbergia odorifera and described agalloch eaglewood is 300 strains/hm
2to 600 strains/hm
2.
3. tea place as claimed in claim 2 interplanting method, it is characterized in that, described tea place is the tea place being positioned at hilly and mountainous land Nan Po.
4. the tea place interplanting method as described in any one of claims 1 to 3, is characterized in that, described interplanting method specifically comprises:
Plantation: select seedling age to be six months and the dalbergia odorifera sapling of height in the scope of 25cm to 35cm and agalloch eaglewood sapling are planted, the time of plantation is spring, above-mentioned dalbergia odorifera sapling and agalloch eaglewood sapling is intersected along the length direction in the ranks on tea tree ridge and alternately plants;
Rich water quality management: in plantation then, topdresses once in 2 to 3 months after plantation terminates, treats that August in the same year to the September topdresses once again; Weeding was loosened the soil and was again topdressed to April the March in March to the April of the 2nd year and the 3rd year of plantation;
Pruning: the described dalbergia odorifera sapling after plantation and described agalloch eaglewood sapling are pruned and bud picking; Described dalbergia odorifera sapling and described agalloch eaglewood sapling First Year after planting retains side shoot.
5. tea place as claimed in claim 4 interplanting method, is characterized in that, in the process of plantation: first dig plant pit, and the plant pit of plantation dalbergia odorifera sapling and the plant pit of plantation agalloch eaglewood sapling alternately dig; To plant pit basal dressing, then dalbergia odorifera sapling or agalloch eaglewood sapling are put into corresponding plant pit; Banket, when the volume inserting the soil in plant pit accounts for 1/2 of plant pit volume, fertilising, after fertilizer and soil are stirred, continued to insert in plant pit by mixture that is fertile and soil, the height difference between the native height of covering table of plant pit and plant pit surface is 20cm to 30cm.
6. tea place as claimed in claim 5 interplanting method, it is characterized in that, the fertilizer executed in planting process is calcium magnesium phosphorus, the fertilizer that the applied amount of the described calcium magnesium phosphorus that each plant pit applies is executed in the scope of 450g to 550g or in planting process is the farmyard manure fermented, and the applied amount of the described farmyard manure fermented of wherein each plant pit applying is in the scope of 200g to 250g.
7. tea place as claimed in claim 4 interplanting method, is characterized in that, in the step of shape pruning, carry out sparse branching to dalbergia odorifera and agalloch eaglewood, in the shade density of dalbergia odorifera and the agalloch eaglewood scope between 30% to 35%.
8. tea place as claimed in claim 4 interplanting method, it is characterized in that, in fertilizing management, March to the April of the 2nd year after plantation and the March of the 3rd year are to April, the fertilizer topdressed is urea and composite fertilizer, and the applied amount of urea and described composite fertilizer described in each every strain is all in 50g to 150g scope, the position of fertilising is positioned at the outer rim of crown mapping scope or puts into fertilizer after trench digging between plantation every trade, and the degree of depth of fertilising is lower than earth's surface 20cm to 30cm.
9. tea place as claimed in claim 4 interplanting method, it is characterized in that, described interplanting method also comprises the extermination of disease and insect pest, adopts animal nutrition to prevent and treat damage by disease and insect.
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| CN105145060A (en) * | 2015-08-27 | 2015-12-16 | 郎溪县毕桥镇裴九元茶叶种植家庭农场 | Method of interplanting green tea and jasmine flowers |
| CN106489484A (en) * | 2016-10-21 | 2017-03-15 | 道真自治县天山茶业有限公司 | A kind of sloping fields tea garden interplants the cultural method of Rhizoma Zingiberis Recenss |
| CN110199759A (en) * | 2019-06-20 | 2019-09-06 | 镇江市丹徒区上党镇里墅村茶林场 | A kind of interplanting method of great Ye blueness and rasp berry |
| CN112753475A (en) * | 2021-02-04 | 2021-05-07 | 广安森林雨茶业有限责任公司 | Tea tree planting method |
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| CN112753475A (en) * | 2021-02-04 | 2021-05-07 | 广安森林雨茶业有限责任公司 | Tea tree planting method |
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