CN102668908A - Method for producing agilawood on aquilaria plant by eccentric perfusion method and scent gland activator - Google Patents
Method for producing agilawood on aquilaria plant by eccentric perfusion method and scent gland activator Download PDFInfo
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- CN102668908A CN102668908A CN2012101743375A CN201210174337A CN102668908A CN 102668908 A CN102668908 A CN 102668908A CN 2012101743375 A CN2012101743375 A CN 2012101743375A CN 201210174337 A CN201210174337 A CN 201210174337A CN 102668908 A CN102668908 A CN 102668908A
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Abstract
The invention discloses a method for producing agilawood on anaquilaria plant by an eccentric perfusion method. The method comprises the steps of: drilling at least one transversely eccentrical and downwards inclined hole in the trunk of the aquilaria plant; then, slowly pouring a scent gland activator into the trunk through the hole, after pouring, sealing the hole or punching the trunk; after the aquilaria plant grows for a period of time, harvesting two layers of sepia grease and allochroic yellowish-brown xylem formed on the inner and outer layers of the trunk xylem; and drying to obtainthe agilawood. By using the method provided by the invneiton, the scent gland activator is not only ensured not to flow out easily when the scent gland activator is poured into the aquilaria plant, but also the activation of the tree center (tree pith) is kept, and the agilawood yield is increased more than 30%, so the method effectively shortens the production period of the agilawood,greatly increases the yield of the agilawood, and has important ecological benefit, economic benefit and cultural benefit. The invention further relates to a formula of the scent gland activator.
Description
Technical field
The present invention relates to biological technical field, particularly a kind of eccentric perfusion is produced method and the scent gland activator of agalloch eaglewood on the Thymelaeceae eaglewood.
Background technology
The Thymelaeceae eaglewood has tens kinds.The agalloch eaglewood of wherein primary Gu Xiang region belongs to fragrant Aquilaria sinensis (Lour) Gilg of kind whitewood; Being buta-buta again, is the peculiar kind in China south of the Five Ridges, the Chinese Tang period before more than 1,000 year; The argumentation of existing " handing over bar to connect branch; Gang Ling joins, and a thousand li is without cease " is unique plant origin of China famous and precious aromatics medicinal material agalloch eaglewood.Agalloch eaglewood is exactly China's rare Chinese medicine and fragrance application since ancient times, because unordered coyoting of successive dynasties, the fragrant plant community loss of ecosystem whitewood totally." Chinese Plants Red Data Book " classified whitewood's perfume (or spice) as the national secondary endangered protective plant in 1999." endangered species of wild fauna and flora kind state trade pact " (ITES is the Washington pact) appendix of 2004 will be used to produce the eaglewood of agalloch eaglewood and list protection in " pact " in.
Eaglewood mainly grows in tropic of cancer near zone, and the eaglewood of district's growth at this point is main with whitewood's perfume (or spice).Can't generate agalloch eaglewood under the situation of such seeds normal growth, agalloch eaglewood is meant that eaglewood after external world's injury, contains the wooden unit of resin near its wound, and natural output capacity is lower.
The Zhongshan city in Guangdong Province is region, center, county, Fragrance Hill in ancient times, and Fragrance Hill in ancient times county gains the name all over giving birth to because of the ancient soil agalloch eaglewood.Along with modern development in science and technology, traffic convenience, multiple eaglewood also is mixed in the Guangdong plantation, and common eaglewood has more than the 4-5 kind, mostly is mistaken as the fragrant plant of whitewood.
Be protection and sustainable use rare and endangered Thymelaeceae eaglewood resource, middle Yamamoto soil and Guangdong, implant mass has been carried out on ground such as Guangxi, Hainan, Yunnan.The eaglewood of artificial planting must apply artificial treatment could Edgeworthia chrysantha, conventional artificial Edgeworthia chrysantha method (as burning, cutter is cut etc.) complicated operation, and the agalloch eaglewood yield is low, and cost is high, causes very big waste.Therefore, how fully to improve Edgeworthia chrysantha efficient, become the key issue that current agalloch eaglewood produces.Nearly 30 years, just carried out many-sided researchs such as artificial physical injury, mechanical wounding, chemistry injury, fungal infection both at home and abroad, quicken the eaglewood Edgeworthia chrysantha, but Edgeworthia chrysantha efficient is not high and unstable.The someone adopted the method for producing agalloch eaglewood through transfusion input scent gland activator (also crying derivant, agalloch eaglewood promoter) afterwards; Just cause trees " internal injury " through input liquid medicine; Activate the trees scent gland and grow into protective layer, accumulate over a long period, form the agalloch eaglewood layer; Although this transfusion can effectively shorten the production cycle of agalloch eaglewood; But when on the tree bar, holing, mostly be (as shown in Figure 2,11 is that bark, 7 is described hole) that adopts vertical tree bar directly pith (also being the depths of one's heart) to be holed owing to existing this transfusion Edgeworthia chrysantha; So that the Edgeworthia chrysantha of infusing causes pith 13 downright bad and can only single face Edgeworthia chrysantha (individual layer Edgeworthia chrysantha layer 6), so still there are problems such as the Edgeworthia chrysantha effect is not high, the agalloch eaglewood quality grade is not high, economic effect is undesirable.
Summary of the invention
The objective of the invention is to above-mentioned existing problems and deficiency; The layer of wood that provides a kind of activation that can keep the depths of one's heart to continue as the deflection depths of one's heart activates the generation and the activation scent gland of scent gland and thickens scent gland; And make the eccentric perfusion of its Edgeworthia chrysantha output increase more than 30% on eaglewood, produce the method for agalloch eaglewood; And utilizing the present invention to produce agalloch eaglewood can effectively shorten the production cycle of agalloch eaglewood and improve the output of agalloch eaglewood greatly; And agalloch eaglewood is best in quality, and economic benefit is high, has important ecological benefits and economy, cultural benefit.
The invention still further relates to a kind of scent gland activator that eaglewood produces agalloch eaglewood that is used for.
Technical scheme of the present invention is achieved in that
Eccentric perfusion according to the invention is produced the method for agalloch eaglewood on eaglewood; Be characterized in: on eaglewood tree bar, bore at least one hole eccentric and declivity earlier; The scent gland activator is injected in the tree body with perfusion through described hole then, perfusion after accomplishing is sealed hole; Perhaps hole is punched the tree body and can constantly bring the through hole of fungi into through cross-ventilation to form; Treat that this eaglewood after growth a period of time, extracts the two-layer sepia grease in innner and outer and the yellowish-brown variable color xylem that are formed on tree bar xylem, after drying, be agalloch eaglewood.
Wherein the eccentric also method of the hole of declivity of brill is on eaglewood tree bar: hole at eaglewood tree bar upper edge lateral run-out pith 7-45 degree and with the direction of tree bar vertical direction declivity 20-80 degree through drilling tool.Its preferred version is: along the lateral run-out pith 30-40 degree and with the direction boring of tree bar vertical direction declivity 40-50 degree.
Can be delivered to each position of tree body to form the entire body Edgeworthia chrysantha by the equivalent or the ana of trying one's best for making the scent gland activator; The present invention also is employed on the eaglewood tree bar and begins to tree crown from base portion; Whenever bore at least one eccentric declivity hole at a distance from a segment distance, can form system high node filling liquid systems on the tree bar and make.For make utilize agalloch eaglewood layer that the present invention produces better, more even, also can adopt whenever and just to bore an eccentric declivity hole respectively on the tree bar both sides eaglewood at a distance from a segment distance and pour into the scent gland activator.
The invention still further relates to a kind of scent gland activator that eaglewood produces agalloch eaglewood that is used for, this scent gland activator is made up of following components in portion by weight: sodium hydrogensulfite 0.5-3.0%, ammonium formate 0.1-2.0%, acid solution 0.1-2.0%, gluconic acid sodium salt 0.01-0.2%, surplus are water.
The scent gland activator that above-mentioned prescription forms is compared with existing scent gland activator, can accelerate to inject the injury time at position, forms protective layer thereby impel tree body itself to accelerate to activate the scent gland defense reaction, with the Edgeworthia chrysantha time of further shortening agalloch eaglewood.
The present invention bores the hole of at least one eccentric also declivity owing to being employed in, also the scent gland activator is injected the method for producing agalloch eaglewood in the tree body through hole on the eaglewood tree bar; Thereby make in the late growing stage process of eaglewood; Because its hole that injects the scent gland activator is tilted direction down; Guaranteed that the scent gland activator is difficult for flowing out when perfusion; And because hole departs from the pith, postponed the downright bad time of pith greatly, thus can make eaglewood after the fluid injection for a long time in can both keep the activation of pith (depths of one's heart); Make its xylem that continues as the deflection pith activate the generation and the activation scent gland of scent gland and thicken scent gland; So just impelling xylem scent gland activator to inject the innner and outer at position can both Edgeworthia chrysantha, and its Edgeworthia chrysantha output has been increased more than 30%, thereby has effectively shortened the production cycle of agalloch eaglewood and greatly improved the output of agalloch eaglewood.And the agalloch eaglewood that utilizes the present invention to produce is best in quality, and economic benefit is high, has important ecological benefits and economy, cultural benefit.Because also being employed on the eaglewood tree bar, the present invention begins to tree crown from base portion; Whenever make with regard to boring at least one eccentric hole at a distance from a segment distance and form the method that the system high node is irritated liquid systems on the tree bar; Make through system high node filling liquid systems and be fed into the scent gland activator in the eaglewood tree body, can utilize the ascension effect of tree body moisture through the tissue of dredging of tree body xylem; Extend to tree crown from the base portion of tree body always; Impel tree body itself to accelerate to activate the scent gland defense reaction and form protective layer, through accumulation, just the notes scent gland activator at tree body xylem injects sepia grease and the yellowish-brown variable color xylem that the position forms inside and outside two ring layer entire bodies; The two ring layer entire body agalloch eaglewood of also can saying so have further been guaranteed quality and the economic benefit of the agalloch eaglewood that the inventive method is produced.
Technology of the present invention is simple, and is disposable easy to operate, utilizes and activate scent gland; The activation scent gland, thus the mode of being piled into the agalloch eaglewood body greatly improves the yield and quality of agalloch eaglewood, shortens the agalloch eaglewood production cycle; The Edgeworthia chrysantha effect is remarkable, is applicable to industrialization production, can effectively alleviate the imbalance between supply and demand of agalloch eaglewood; And the recovery and the development of catalysis agalloch eaglewood industry, to protection, exploitation, the recycle of Thymelaeceae eaglewood resource valid approach is provided, have important economy, culture and the ecological value.
Below in conjunction with accompanying drawing the present invention is further described.
Description of drawings
Fig. 1 is the structural representation of eaglewood after boring among the present invention.
Fig. 2 is the cross-sectional structure enlarged diagram after the eaglewood boring transfusion in the prior art.
Fig. 3 is the cross-sectional structure enlarged diagram of eaglewood among the present invention after the boring fluid injection.
Embodiment
As shown in figures 1 and 3; Eccentric perfusion according to the invention is produced the method for agalloch eaglewood on eaglewood, may further comprise the steps: on eaglewood tree bar 1, bore at least one hole 2 eccentric and declivity earlier, through described hole 2 usefulness perfusions the scent gland activator is injected in the tree body then; After perfusion is accomplished; Hole 2 is sealed, perhaps hole 2 is punched the tree body and can constantly bring the through hole of fungi into, treat that this eaglewood is after growth a period of time through cross-ventilation to form; Extract two-layer 3, the 4 sepia grease in innner and outer and the yellowish-brown variable color xylem that are formed on tree bar xylem 12, after drying, be agalloch eaglewood.Wherein the eccentric also method of the hole 2 of declivity of brill is on eaglewood tree bar: hole at eaglewood tree lateral run-out pith, bar upper edge 13 7-45 degree and with the direction of tree bar vertical direction declivity 20-80 degree through drilling tool.Its preferred version is: along the lateral run-out pith 30-40 degree and with the direction boring of tree bar vertical direction declivity 40-50 degree.As shown in Figure 3, the horizontal eccentric angle of above-mentioned hole 2 is β, and wherein two Edgeworthia chrysantha layers 3, the layer of wood between 45 are to inject the downright bad part of scent gland activator, and bark is 11.Since adopt the method for the invention can be in xylem 12 formation innner and outers two- layer 3,4 agalloch eaglewood, so existing relatively transfusion can only form one deck agalloch eaglewood (as shown in Figure 2), output of the present invention has increased more than 30%, economic benefit is higher.Wherein in above-mentioned accompanying drawing 2 and accompanying drawing 3; For make it more can show content implication separately clearly; Simultaneously also more clear for the difference that makes these two kinds different boring electrolyte filling methods; Clear, thus the applicant above-mentioned two cross sectional representation respectively with dashed lines added the pore space structure of two kinds of different modes.It is fixed to come according to tree body situation as for the concrete degree of depth of above-mentioned hole 2 among the present invention, generally is 1/2 place that will be deep into greater than tree bar xylem 12 diameters.Preferred version is 2/3 place of deep tree body xylem 12 diameters.Can be delivered to each position of tree body to form the entire body Edgeworthia chrysantha by the equivalent or the ana of trying one's best for making the scent gland activator; The present invention also is employed on the eaglewood tree bar and begins to tree crown from base portion; Whenever just bore at least one eccentric declivity hole 2, form system high node filling liquid systems on the tree bar thereby make at a distance from a segment distance.For make utilize agalloch eaglewood layer that the present invention produces better, more even, this enforcement is adopted whenever and just to be bored an eccentric declivity hole 2 respectively on the tree bar both sides eaglewood at a distance from a segment distance and pour into the scent gland activator.It is fixed to come according to the concrete condition of tree body as for the spacing between the upper and lower adjacent holes 2, and the vertical distance between upper and lower adjacent two holes 2 can be from 0.15m to 20m.In the present invention, the scent gland activator is slowly injected in the tree body with reperfusion mode for low layer hole 2 places on the above-mentioned tree bar, high-rise hole 2 places available pressure fluid injection mode is pressed and is irritated the scent gland activator.The present invention also can carry out the eccentric bit hole and produce agalloch eaglewood with perfusion scent gland activator on the tree bar branch of eaglewood.Off-centre on the branch is meant the pith of departing from the branch here.
System high node of the present invention is irritated liquid systems, though tree body thick (generally being that tree body diameter is more than the 60mm), the method that trunk many high (height can surpass 4m so that 20m) can both the entire body Edgeworthia chrysantha; Its effect is to utilize artificial and pharmaceutical methods activation scent gland formation and constantly activation; Forming agalloch eaglewood Edgeworthia chrysantha layer, and accumulate in time and thicken, shorten the production cycle of agalloch eaglewood effectively; Improve the output of agalloch eaglewood; Make it to be applicable to industrialization production,, have important ecological benefits and economy, cultural benefit for eaglewood protection of resources, exploitation and comprehensive utilization provide valid approach.
The invention still further relates to a kind of scent gland activator that eaglewood produces agalloch eaglewood that is used for, this scent gland activator is made up of following components in portion by weight: sodium hydrogensulfite 0.5-3.0%, ammonium formate 0.1-2.0%, acid solution 0.1-2.0%, gluconic acid sodium salt 0.01-0.2%, surplus are water.
Wherein above-mentioned acid solution is any one or the two kinds of combinations in citric acid, lactic acid, oxalic acid or the salicylic acid, perhaps is any one or two kinds of combinations in phosphoric acid, hydrochloric acid, the sulfuric acid.Preferred version is a citric acid.
The scent gland activator that above-mentioned prescription forms is compared with existing scent gland activator, can accelerate to inject the injury time at position, forms protective layer thereby impel tree body itself to accelerate to activate the scent gland defense reaction, with the Edgeworthia chrysantha time of further shortening agalloch eaglewood.
Eccentric perfusion according to the invention is produced scent gland activator in the method for the agalloch eaglewood this prescription above can adopting on eaglewood, also can adopt other prescription.
Below in conjunction with specific embodiment the present invention is described in further detail.
Embodiment one:Choosing diameter is the buta-buta tree about 100mm; In about 100mm place beginning apart from ground; With carpenter on the tree bar, bore one along the lateral run-out pith 30 degree and be the eccentric hole 2 of declivity 45 degree with tree bar vertical direction; The diameter of hole 2 is 5mm, hole 2 deeply set bar (tree body) 65mm (general dark be the tree shank diameter about 60%), then with infusion bag that the scent gland activator the is housed diagonal infusion bag of diagonal transfusion (preferably with) or tree nutrition bag; Directly perfusion or artificial pressurization are fed in the hole 2 that has bored.Because of the scent gland activator mainly is to lean on ascension, the evaporation of buta-buta tree self to suck, it is few to activate dosage like scent gland, and then buta-buta tree soakage falls flat inadequately, causes bigger waste.So preferred version is the method that adopts system high node system perfusion scent gland activator, promptly the tree bar (tree body) from (ground) 100-200mm apart from the face of land begins to tree crown, whenever just bores the node hole of an eccentric declivity at a distance from a segment distance, and pointwise is up holed; Or begin from the 100-200mm of first branch of buta-buta tree bar, whenever just bore the node hole of an eccentric declivity at a distance from a segment distance, so to analogize, pointwise is down holed.And all bore on the both sides of preferably setting bar.Looking the concrete condition of tree as for concrete 2 of how many holes of brill decides.Same with the diagonal infusion bag or the tree nutrition bag directly pours into or artificial enhancing perfusion is gone into the scent gland activator.Perfusion is sealed hole 2 with micelle or earth after accomplishing; Do not want artificial trickle in 3-5 days; Or etc. buta-buta tree trickle again behind the fallen leaves automatically for the first time; After 6-24 month, extract and be formed on innner and outer two ring layers, 3,4 entire body sepia grease and the yellowish-brown variable color xylem that tree bar xylem 12 scent gland activator inject the position, the agalloch eaglewood of gained is that stack is fragrant after drying.
And eaglewood growth Edgeworthia chrysantha during this period of time in, also can be whenever at a distance from two to three months just with syringe needle to hole injection scent gland activator in 2 with realization to eaglewood repeatedly induce stimulation, thereby make the agalloch eaglewood of bearing thicker, economic benefit is higher.
Embodiment two,Choosing diameter is the above buta-buta tree of 100mm; In 100-200mm place beginning apart from ground, whenever just up bore a declivity eccentric joint hole at a distance from a segment distance, promptly every at a distance from a segment distance just boring on the tree bar with carpenter or electric drill one with set bar vertical direction declivity 20 and spend the eccentric hole about also lateral run-out pith 40 is spent; Hole 2 diameters are 4-6mm; Hole 2 gos deep into 65mm, and generally 2/3 of 60% or diameter of hole depth in-tree bar (tree body) diameter for well, so analogizes; Pointwise up, up to first bifurcation near buta-buta tree bar; Then with infusion bag that the scent gland activator is housed (the diagonal infusion bag of the most handy diagonal transfusion) or tree nutrition bag; Directly perfusion or artificial pressurization; Be fed in the hole 2 that has bored, then hole 2 usefulness earth or plastics sealed, prevent the scent gland activator or by rain drop erosion.Do not want artificial trickle after accomplishing in 3-5 days; Or etc. buta-buta tree trickle again behind the fallen leaves automatically for the first time; After 6-24 month, innner and outer two ring layers, 3, the 4 sepia grease and the yellowish-brown variable color xylem that can form at the xylem 12 of buta-buta tree are agalloch eaglewood after drying.
Embodiment three,Choosing diameter is the buta-buta tree of 60mm, in the 100mm place beginning apart from ground, whenever just up bores a declivity eccentric joint hole at a distance from a segment distance; Promptly whenever just setting with carpenter or electric drill at a distance from a segment distance and boring an eccentric hole 2 of spending with tree bar vertical direction declivity 30 degree and lateral run-out pith 7 on the bar, hole 2 diameters are 4mm, and hole 2 is deeply set body 48mm; General hole depth in-tree bar (tree body) diameter 2/3 for well; So analogize, pointwise up, up to first bifurcation near buta-buta tree bar; Then with infusion bag that the scent gland activator is housed (the diagonal infusion bag of the most handy diagonal transfusion) or tree nutrition bag; Directly perfusion or artificial pressurization; Be fed in the hole 2 that has bored, then hole 2 usefulness earth or plastics sealed, prevent the scent gland activator or by rain drop erosion.Do not want artificial trickle after accomplishing in 3-5 days; Or etc. buta-buta tree trickle again behind the fallen leaves automatically for the first time; After 6-24 month, innner and outer two ring layers, 3, the 4 sepia grease and the yellowish-brown variable color xylem that can form at the xylem 12 of buta-buta tree are agalloch eaglewood after drying.
Embodiment four,Choose diameter and be the buta-buta tree about 100mm, at 60mm place overhead with carpenter on the tree bar, bore a lateral run-out pith 20 degree and with set the eccentric orfice that bar vertical direction declivity 60 is spent, hole diameter is 5mm; Hole 2 is deeply set bar (tree body) 75mm; Through described hole 2 usefulness perfusions the scent gland activator is slowly injected in the tree body then, after perfusion is accomplished, hole 2 punched make it run through the tree body; Can constantly bring the through hole of fungi into to form through cross-ventilation; Treat that this eaglewood growth after 6-24 month, extracts innner and outer two ring layers, 3, the 4 sepia grease and the yellowish-brown variable color xylem that are formed on tree bar xylem, after drying, be agalloch eaglewood.
Embodiment five,Choosing diameter is the buta-buta tree of 100mm, pushs ground aside along buta-buta tree main root, and about 150mm place apart from the face of land (the about 80mm of buta-buta tree main root diameter here) uses the carpenter of diameter as 25mm; Aim at the required boring of main root position, be 50 degree and directly be bored into the main root central point in the oblique angle down, after boring is accomplished; Hole diameter reaches 27mm, and the degree of depth is 60mm, and the scent gland activator is directly poured into or slowly pours into conduit; Be as the criterion to pour into the full hole of being holed, cover the hole mouth that pours into the scent gland activator, backfill earth with the cardboard skin; Accomplished the back 3-5 days, the people is not for removing trickle, or trickle after waiting that the buta-buta tree is automatic for the first time and falling leaves.Like buta-buta tree fallen leaves too fast (refer to discharge scent gland activator after second day); Can be in about 100mm place beginning apart from ground; The eccentric hole that on the tree bar of buta-buta tree, bores a lateral run-out pith 30 degree and spend with tree bar vertical direction declivity 40; Hole diameter is more than the 35mm, and the hole degree of depth connects the tree body.The yellow maturity that can produce in the agalloch eaglewood after 6-24 month is fragrant.
Although the present invention describes with reference to specific embodiment, this description does not also mean that the present invention is constituted restriction.With reference to description of the invention, other of the disclosed embodiments change, and all can expect to those skilled in the art, and this variation should belong in the affiliated claim institute restricted portion.
Claims (10)
1. an eccentric perfusion is produced the method for agalloch eaglewood on eaglewood; It is characterized in that: go up at eaglewood tree bar (1) earlier and bore at least one hole (2) eccentric and declivity; The scent gland activator is injected in the tree body with perfusion through described hole (2) then, perfusion after accomplishing is sealed hole (2); Perhaps hole (2) is punched the tree body and can constantly bring the through hole of fungi into through cross-ventilation to form; Treat that this eaglewood after growth a period of time, extracts two-layer (3,4) the sepia grease in innner and outer and the yellowish-brown variable color xylem that are formed on tree bar xylem (12), after drying, be agalloch eaglewood.
2. eccentric perfusion according to claim 1 is produced the method for agalloch eaglewood on eaglewood, it is characterized in that the eccentric also method of the hole (2) of declivity of brill is on eaglewood tree bar: hole at eaglewood tree lateral run-out pith, bar upper edge (13) 7-45 degree and with the direction of tree bar vertical direction declivity 20-80 degree through drilling tool.
3. eccentric perfusion according to claim 2 is produced the method for agalloch eaglewood on eaglewood, it is characterized in that the eccentric also method of the hole (2) of declivity of brill is on eaglewood tree bar: hole at eaglewood tree bar upper edge lateral run-out pith 30-40 degree and with the direction of tree bar vertical direction declivity 40-50 degree through drilling tool.
4. on eaglewood, produce the method for agalloch eaglewood according to claim 1 or 2 or 3 described eccentric perfusions, the degree of depth that it is characterized in that above-mentioned hole (2) is for deeply setting the 1/2-2/3 place of bar xylem (12) diameter.
5. on eaglewood, produce the method for agalloch eaglewood according to claim 1 or 2 or 3 described eccentric perfusions; It is characterized in that on eaglewood tree bar, beginning to tree crown from base portion; Every just bore at least one hole (2) eccentric and declivity, make to form the system high node on the tree bar and irritate liquid systems and the scent gland activator is delivered to each position of tree body with formation entire body Edgeworthia chrysantha at a distance from a segment distance.
6. eccentric perfusion according to claim 5 is produced the method for agalloch eaglewood on eaglewood, it is characterized in that the distance between above-mentioned upper and lower adjacent two holes (2) is 0.15m-20m.
7. eccentric perfusion according to claim 5 is produced the method for agalloch eaglewood on eaglewood; It is characterized in that low layer hole (2) on the above-mentioned tree bar locates with reperfusion mode the scent gland activator slowly to be injected in the tree body, high-rise hole (2) is located available pressure fluid injection mode and is pressed and irritate the scent gland activator.
8. eccentric perfusion according to claim 1 is produced the method for agalloch eaglewood on eaglewood, it is characterized in that also can on the tree bar branch of eaglewood, carrying out the eccentric bit hole and produce agalloch eaglewood with perfusion scent gland activator.
9. scent gland activator, it is characterized in that being made up of following components in portion by weight: sodium hydrogensulfite 0.5-3.0%, ammonium formate 0.1-2.0%, acid solution 0.1-2.0%, gluconic acid sodium salt 0.01-0.2%, surplus are water.
10. scent gland activator according to claim 9 is characterized in that above-mentioned acid solution is any one or the two kinds of combinations in citric acid, lactic acid, oxalic acid or the salicylic acid, perhaps is any one or two kinds of combinations in phosphoric acid, hydrochloric acid, the sulfuric acid.
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| CN103181304A (en) * | 2013-01-14 | 2013-07-03 | 中山市国林沉香科学研究所 | In vivo agilawood formation method for Aquilaria plants |
| CN104584898A (en) * | 2014-12-30 | 2015-05-06 | 温建辉 | Method for inducing aquilaria sinensis to generate agilawood with pressure injection process |
| CN104770230A (en) * | 2015-04-13 | 2015-07-15 | 中国热带农业科学院热带生物技术研究所 | Method for producing agilawood |
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| CN104584898B (en) * | 2014-12-30 | 2017-01-18 | 温建辉 | Method for inducing aquilaria sinensis to generate agilawood with pressure injection process |
| CN104770230A (en) * | 2015-04-13 | 2015-07-15 | 中国热带农业科学院热带生物技术研究所 | Method for producing agilawood |
| CN105830765A (en) * | 2016-04-26 | 2016-08-10 | 唐文君 | Method for generating fragrance of agilawood through natural fungi |
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| CN107318903B (en) * | 2017-07-23 | 2020-08-28 | 东莞市莞香园艺科技有限公司 | Agilawood formation inducer and agilawood formation method |
| CN111448932A (en) * | 2019-01-22 | 2020-07-28 | 西南林业大学 | Method for rapidly promoting aquilaria sinensis to be fragrant |
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| CN110427048B (en) * | 2019-08-20 | 2022-06-14 | 山东太樾生物技术有限公司 | Novel chemical agilawood growth promoting device |
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