CN102668908B - Method for producing agilawood on aquilaria plant by eccentric perfusion method - Google Patents
Method for producing agilawood on aquilaria plant by eccentric perfusion method Download PDFInfo
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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 the method for agalloch eaglewood on the Thymelaeceae eaglewood.
Background technology
The Thymelaeceae eaglewood has tens kinds.Wherein the agalloch eaglewood of primary Gu Xiang region belongs to kind suspension culture of Aquilaria sinensis Aquilaria sinensis(Lour) Gilg, be again buta-buta, it is the peculiar kind in China south of the Five Ridges, Chinese Tang period before more than 1000 year, the discussion 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, and due to unordered coyoting of successive dynasties, ecosystem suspension culture of Aquilaria sinensis plant community loses totally.Within 1999, " Chinese Plants Red Data Book " classifies suspension culture of Aquilaria sinensis as national secondary endangered protective plant." endangered species of wild fauna and flora kind state trade pact " (ITES is the Washington pact) appendix of 2004 will be listed protection in " pact " in for generation of the eaglewood of agalloch eaglewood.
Eaglewood mainly grows in tropic of cancer near zone, and at this point district's growth eaglewood be take suspension culture of Aquilaria sinensis as main.Can't generate agalloch eaglewood in the situation of such seeds normal growth, agalloch eaglewood refers to 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 suspension culture of Aquilaria sinensis plant.
For protection and sustainable use Precious, Rare, Endangered Thymelaeceae eaglewood resource, middle Yamamoto soil and Guangdong, implant mass has been carried out on the ground such as Guangxi, Hainan, Yunnan.The eaglewood of artificial planting must apply artificial treatment could Edgeworthia chrysantha, traditional artificial Edgeworthia chrysantha method (as burnt, cutter is cut etc.) complicated operation, and the agalloch eaglewood yield is low, and cost is high, causes very large waste.Therefore, how fully to improve Edgeworthia chrysantha efficiency, become the key issue that current agalloch eaglewood produces.Nearly 30 years, just carried out many-sided researchs such as artificial physics injury, mechanical wounding, chemistry injury, fungal infection both at home and abroad, accelerate the eaglewood Edgeworthia chrysantha, but Edgeworthia chrysantha efficiency is not high and unstable.Someone adopted and inputs the scent gland activator by transfusion and (also be derivant afterwards, agalloch eaglewood promoter) produce the method for agalloch eaglewood, namely by input liquid medicine, cause trees " internal injury ", 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 while holing on the tree bar due to existing this transfusion Edgeworthia chrysantha, be mostly adopt that vertical tree bar directly holes to pith (also being the depths of one's heart) (as shown in Figure 2, 11 is bark, 7 is described hole), 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 exist the Edgeworthia chrysantha effect not high, the agalloch eaglewood quality grade is not high, the problems such as economic effect is undesirable.
Summary of the invention
The object of the invention is to for above-mentioned existing problems and deficiency, the layer of wood that provides a kind of activation that can retain the depths of one's heart to continue as the deflection depths of one's heart activates the generation of scent gland and activates scent gland and thicken scent gland, and the eccentric perfusion that its Edgeworthia chrysantha output is increased more than 30% is produced the method for agalloch eaglewood on eaglewood, and utilizing the present invention to produce agalloch eaglewood can effectively shorten the production cycle of agalloch eaglewood and greatly improve the output of agalloch eaglewood, and agalloch eaglewood is best in quality, economic benefit is high, has important ecological benefits and economy, cultural benefit.
The invention still further relates to a kind of scent gland activator of producing agalloch eaglewood for eaglewood.
Technical scheme of the present invention is achieved in that
Eccentric perfusion of the present invention is produced the method for agalloch eaglewood on eaglewood, be characterized in: first on eaglewood tree bar, bore at least one hole eccentric and declivity, then by described hole, by perfusion, the scent gland activator injection is set in body, after having poured into, hole is sealed, perhaps hole is punched to the tree body and can constantly by cross-ventilation, be brought into the through hole of fungi to form, after this eaglewood grows a period of time, extract the two-layer sepia grease in innner and outer and the yellowish-brown variable color xylem that are formed on tree bar xylem, be after drying agalloch eaglewood.
Wherein on eaglewood tree bar, the eccentric also method of the hole of declivity of brill is: by drilling tool, on eaglewood tree bar, along lateral run-out pith 7-45 degree and with the direction of tree bar vertical direction declivity 20-80 degree, hole.Its preferred version is: along lateral run-out pith 30-40 degree and with the direction of tree bar vertical direction declivity 40-50 degree, hole.
For make the scent gland activator can be by equivalent or deliver to equally tree each position of body to form the entire body Edgeworthia chrysantha as far as possible, the present invention also adopts on eaglewood tree bar and starts to tree crown from base portion, bore at least one eccentric declivity hole every a segment distance, and make to set on bar, can form high node filling liquid system processed.For the agalloch eaglewood layer that makes to utilize the present invention to produce better, more even, also can adopt and just bore respectively an eccentric declivity hole on the tree bar both sides eaglewood every a segment distance and poured into the scent gland activator.
The invention still further relates to a kind of scent gland activator of producing agalloch eaglewood for eaglewood, this scent gland activator is comprised of the component of following weight proportion: 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 formula 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, further to shorten the Edgeworthia chrysantha time of agalloch eaglewood.
The present invention bores at least one hole eccentric and declivity owing to adopting on eaglewood tree bar, and the method for agalloch eaglewood will be produced by hole in scent gland activator injection tree body, thereby make in the late growing stage process of eaglewood, because its hole that injects the scent gland activator is lower tilted direction, guaranteed that the scent gland activator is difficult for flowing out when perfusion, and because hole departs from pith, greatly postponed the downright bad time of pith, so can make eaglewood after fluid injection for a long time in can retain the activation of pith (depths of one's heart), make its xylem that continues as the deflection pith activate the generation of scent gland and activate scent gland and thicken scent gland, so just impel xylem scent gland activator injection position in, outward can Edgeworthia chrysantha, and its Edgeworthia chrysantha output has been increased more than 30%, thereby 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, there is important ecological benefits and economy, cultural benefit.Because also adopting on eaglewood tree bar, the present invention starts to tree crown from base portion, make to set on bar the method that forms high node filling liquid system processed with regard to boring at least one eccentric hole every a segment distance, make to fill with the liquid system by high node processed and be fed into the scent gland activator in eaglewood tree body, can be by the tissue of dredging of tree body xylem, utilize the ascension effect of tree body moisture, 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 in the notes scent gland activator injection position of tree body xylem forms, the sepia grease of outer two ring layer entire bodies and yellowish-brown variable color xylem, also can say two ring layer entire body agalloch eaglewood, quality and the economic benefit of the agalloch eaglewood that the inventive method is produced have further been guaranteed.
Technique of the present invention is simple; disposable easy to operate, utilize and activate scent gland, the activation scent gland; thereby the mode that is piled into the agalloch eaglewood body greatly improves the yield and quality of agalloch eaglewood; shorten 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 recovery and the development of catalysis agalloch eaglewood industry, to the protection of Thymelaeceae eaglewood resource, develop, recycle effective approach is provided, there is important economy, culture and the ecological value.
Below in conjunction with accompanying drawing, the present invention is further illustrated.
The accompanying drawing explanation
Fig. 1 is the structural representation of eaglewood after boring in the present invention;
Fig. 2 is the cross-sectional structure enlarged diagram after eaglewood boring transfusion in prior art;
Fig. 3 is the cross-sectional structure enlarged diagram of eaglewood after the boring fluid injection in the present invention.
Embodiment
As shown in figures 1 and 3, eccentric perfusion of the present invention is produced the method for agalloch eaglewood on eaglewood, comprise the following steps: first on eaglewood tree bar 1, bore at least one hole 2 eccentric and declivity, then by described hole 2 use perfusions, the scent gland activator injection is set in body, after having poured into, hole 2 is sealed, perhaps hole 2 is punched to the tree body and can constantly by cross-ventilation, be brought into the through hole of fungi to form, after this eaglewood grows a period of time, extract be formed on tree bar xylem 12 in, outer two-layer 3, 4 sepia grease and yellowish-brown variable color xylem, be after drying agalloch eaglewood.The method of wherein on eaglewood tree bar, boring the hole 2 of eccentric and declivity is: by drilling tool on eaglewood tree bar along the lateral run-out pith 13 7-45 degree and with the direction boring of tree bar vertical direction declivity 20-80 degree.Its preferred version is: along lateral run-out pith 30-40 degree and with the direction of tree bar vertical direction declivity 40-50 degree, hole.As shown in Figure 3, the horizontal eccentric angle of above-mentioned hole 2 is β, and wherein the layer of wood 5 between two Edgeworthia chrysantha layers 3,4 is for injecting the downright bad part of scent gland activator, and bark is 11.Owing to adopting the method for the invention to form two-layer 3,4 the agalloch eaglewood in innner and outer at xylem 12, so relatively existing 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 its more can be clear show content implication separately, simultaneously also more clear for the difference that makes these two kinds different boring electrolyte filling methods, understand, so the applicant has added respectively the pore space structure of two kinds of different modes in above-mentioned two cross sectional representation with dotted line.It is fixed as for the concrete degree of depth of above-mentioned hole 2 in the present invention, can to come according to tree body situation, is generally to be deep into 1/2 place that is greater than tree bar xylem 12 diameters.Preferred version is 2/3 place of deep tree body xylem 12 diameters.For make the scent gland activator can be by equivalent or deliver to equally tree each position of body to form the entire body Edgeworthia chrysantha as far as possible, the present invention also adopts on eaglewood tree bar and starts to tree crown from base portion, just bore at least one eccentric declivity hole 2 every a segment distance, thereby make to set formation high node processed on bar, fill with the liquid system.For the agalloch eaglewood layer that makes to utilize the present invention to produce better, more even, this enforcement adopts just bores respectively an eccentric declivity hole 2 on the tree bar both sides eaglewood every a segment distance and is poured into the scent gland activator.It is fixed as for the spacing between upper and lower adjacent holes 2, can to come according to the concrete condition of tree body, and the vertical distance between upper and lower adjacent two holes 2 can be from 0.15m to 20m.In the present invention, for low layer hole 2 places on above-mentioned tree bar, with reperfusion mode, the scent gland activator is slowly injected in the tree body, high-rise hole 2 place's available pressure fluid injection modes are pressed and are filled with the scent gland activator.The present invention also can on the tree bar branch of eaglewood, carry out eccentric boring hole and perfusion scent gland activator is produced agalloch eaglewood.Bias on branch refers to the pith of departing from branch herein.
High node processed of the present invention is filled with the liquid system, no matter tree body thick (being generally that tree body diameter is more than 60mm), trunk many high (height can surpass 4m so that 20m) can the entire body Edgeworthia chrysantha method, its effect is to utilize artificial and pharmaceutical methods activation scent gland formation constantly activation, to form agalloch eaglewood Edgeworthia chrysantha layer, and accumulate in time and thicken, effectively shorten the production cycle of agalloch eaglewood, improve the output of agalloch eaglewood, make it to be applicable to industrialization production, for the eaglewood protection of resources, exploitation and comprehensive utilization provide effective approach, there is important ecological benefits and economy, cultural benefit.
The invention still further relates to a kind of scent gland activator of producing agalloch eaglewood for eaglewood, this scent gland activator is comprised of the component of following weight proportion: 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 salicylic acid, or is any one or two kinds of combinations in phosphoric acid, hydrochloric acid, sulfuric acid.Preferred version is citric acid.
The scent gland activator that above-mentioned formula 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, further to shorten the Edgeworthia chrysantha time of agalloch eaglewood.
Eccentric perfusion of the present invention is produced scent gland activator in the method for the agalloch eaglewood this formula above can adopting on eaglewood, also can adopt other formula.
Below in conjunction with specific embodiment, the present invention is described in further detail.
embodiment mono-:choosing diameter is the buta-buta tree of 100mm left and right, at about 100mm place, distance ground, start, with carpenters auger one, the upper brill of tree bar along the lateral run-out pith 30 degree be the eccentric hole 2 of declivity 45 degree with tree bar vertical direction, the diameter of hole 2 is 5mm, hole 2 is deeply set bar (tree body) 65mm (general dark is 60% left and right of tree shank diameter), then with the Infusion Bags that the scent gland activator is housed (the diagonal Infusion Bags of preferably infusing with diagonal) or nutrition bag for tree, directly perfusion or Manual pressurizing, be fed in the hole 2 bored.Because the scent gland activator is mainly to lean on ascension, the evaporation of buta-buta tree self to suck, as few as scent gland activation dosage, buta-buta tree soakage falls flat not, causes larger waste.So preferred version is the method that adopts high node system perfusion scent gland activator processed, starts to tree crown from the tree bar (tree body) of distance earth's surface (ground) 100-200mm, just bores the node hole of an eccentric declivity every a segment distance, pointwise is up holed; Or the 100-200mm beginning of setting the first branch of bar from buta-buta, just bore the node hole of an eccentric declivity every a segment distance, so to analogize, pointwise is down holed.And all bore on the both sides of preferably setting bar.It is fixed that the concrete condition of as for concrete 2 of how many holes of brill, looking tree is come.Same by the diagonal Infusion Bags or nutrition bag for tree directly pours into or Manual pressurizing is fed into the scent gland activator.Poured into and with micelle or earth, hole 2 has been sealed afterwards; do not want artificial trickle in 3-5 days; or etc. buta-buta tree trickle again after fallen leaves automatically for the first time; after 6-24 month; extract innner and outer two ring layer 3,4 entire body sepia grease and the yellowish-brown variable color xylems that are formed on tree bar xylem 12 scent gland activator injection positions, the agalloch eaglewood of gained is stack perfume (or spice) after drying.
And eaglewood growth Edgeworthia chrysantha during this period of time in, also can be every two to three months just with syringe needle to boring 2 interior injection scent gland activator with realization to eaglewood repeatedly induce stimulation, thereby make the agalloch eaglewood of bearing thicker, economic benefit is higher.
embodiment bis-,choosing diameter is the above buta-buta tree of 100mm, at 100-200mm place, distance ground, start, just up bore a declivity eccentric joint hole every a segment distance, just with carpenters auger or electric drill, bore one on the tree bar every a segment distance and spend the also eccentric hole of 40 degree left and right, lateral run-out pith with tree bar vertical direction declivity 20, hole 2 diameters are 4-6mm, hole 2 gos deep into 65mm, 60% or diameter of general hole depth in-tree bar (tree body) diameter 2/3 for well, so analogize, pointwise up, until near the first bifurcation of buta-buta tree bar; Then with the Infusion Bags that the scent gland activator is housed (the diagonal Infusion Bags of the most handy diagonal transfusion) or nutrition bag for tree, directly pour into or Manual pressurizing, be fed in the hole 2 bored, then hole 2 use earth or plastics sealed, prevent the scent gland activator or by rain drop erosion.Within after completing 3-5 days, do not want artificial trickle, or etc. buta-buta tree trickle again after fallen leaves automatically for the first time, after 6-24 month, innner and outer two ring layer 3,4 sepia grease and the yellowish-brown variable color xylems that can form at the xylem 12 of buta-buta tree, be agalloch eaglewood after drying.
embodiment tri-,the buta-buta tree that to choose diameter be 60mm, at 100mm place, distance ground, start, just up bore a declivity eccentric joint hole every a segment distance, just with carpenters auger or electric drill, bore one on the tree bar every a segment distance and spend the also eccentric hole 2 of lateral run-out pith 7 degree with tree bar vertical direction declivity 30, 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, until near the first bifurcation of buta-buta tree bar; Then with the Infusion Bags that the scent gland activator is housed (the diagonal Infusion Bags of the most handy diagonal transfusion) or nutrition bag for tree, directly pour into or Manual pressurizing, be fed in the hole 2 bored, then hole 2 use earth or plastics sealed, prevent the scent gland activator or by rain drop erosion.Within after completing 3-5 days, do not want artificial trickle, or etc. buta-buta tree trickle again after fallen leaves automatically for the first time, after 6-24 month, innner and outer two ring layer 3,4 sepia grease and the yellowish-brown variable color xylems that can form at the xylem 12 of buta-buta tree, be agalloch eaglewood after drying.
embodiment tetra-,choosing diameter is the buta-buta tree of 100mm left and right, at the eccentric orfice that overhead the 60mm place uses carpenters auger to bore a lateral run-out pith 20 degree and spend with tree bar vertical direction declivity 60 on the tree bar, hole diameter is 5mm, hole 2 is deeply set bar (tree body) 75mm, then by described hole 2 use perfusions, the scent gland activator is slowly injected in the tree body, after having poured into, hole 2 is punched and made it run through the tree body, can constantly by cross-ventilation, bring the through hole of fungi into to form, after this eaglewood grows 6-24 month, extract be formed on tree bar xylem in, outer two ring layers 3, 4 sepia grease and yellowish-brown variable color xylem, be after drying agalloch eaglewood.
embodiment five,the buta-buta tree that to choose diameter be 100mm, push ground aside along buta-buta tree main root, the about 150mm place apart from earth's surface (buta-buta tree main root diameter 80mm herein), the carpenters auger that is 25mm with diameter, aim at the required boring sites in curing of main root, be oblique angle under 50 degree and directly be bored into the main root central point, after having holed, hole diameter reaches 27mm, the degree of depth is 60mm, the scent gland activator is directly poured into or slowly pours into conduit, to pour into the full hole of being holed, be as the criterion, cover the hole mouth that pours into the scent gland activator with the cardboard skin, backfill earth, 3-5 days after completing, the people is not for removing trickle, or etc. buta-buta tree trickle after fallen leaves automatically for the first time.As too fast as buta-buta tree fallen leaves (refer to discharge scent gland activator after second day), can start at about 100mm place, distance ground, the eccentric hole that bores a lateral run-out pith 30 degree and spend with tree bar vertical direction declivity 40 on the tree bar of buta-buta tree, hole diameter is more than 35mm, and the hole degree of depth connects the tree body.Can produce the yellow maturity perfume (or spice) in agalloch eaglewood after 6-24 month.
Although the present invention describes with reference to specific embodiment, this description not meaning that is construed as limiting the present invention.With reference to description of the invention, other of the disclosed embodiments change, and all can expect for those skilled in the art, and this variation should belong in affiliated claim limited range.
Claims (8)
1. an eccentric perfusion is produced the method for agalloch eaglewood on eaglewood, it is characterized in that: first at upper at least one hole (2) eccentric and declivity that bores of eaglewood tree bar (1), then by described hole (2), by perfusion, the scent gland activator injection is set in body, after having poured into, hole (2) is sealed, perhaps hole (2) is punched to the tree body and can constantly by cross-ventilation, be brought into the through hole of fungi to form, after this eaglewood grows a period of time, extract be formed on the tree bar xylem (12) in, outward two-layer (3, 4) sepia grease and yellowish-brown variable color xylem, be after drying 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: by drilling tool, on eaglewood tree bar, along lateral run-out pith (13) 7-45 degree and with the direction of tree bar vertical direction declivity 20-80 degree, hole.
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: by drilling tool, on eaglewood tree bar, along lateral run-out pith 30-40 degree and with the direction of tree bar vertical direction declivity 40-50 degree, hole.
4. produce the method for agalloch eaglewood according to claim 1 or 2 or 3 described eccentric perfusions on eaglewood, it is characterized in that the degree of depth of above-mentioned hole (2) is for deeply setting the 1/2-2/3 place of bar xylem (12) diameter.
5. produce the method for agalloch eaglewood according to claim 1 or 2 or 3 described eccentric perfusions on eaglewood, it is characterized in that from base portion, starting to tree crown on eaglewood tree bar, just bore at least one hole (2) eccentric and declivity every a segment distance, make to set on bar and can form high node processed and fill with the liquid system and the scent gland activator is delivered to tree each position of body with formation entire body Edgeworthia chrysantha.
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 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 fill with 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 carrying out eccentric boring hole and pour into the scent gland activator and produce agalloch eaglewood on the tree bar branch of eaglewood.
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| TWI556725B (en) * | 2014-02-07 | 2016-11-11 | 蘭城香開發有限公司 | Method for drip-feeding liquid to tree |
| DE102022103964A1 (en) | 2022-02-20 | 2023-08-24 | Clemens Gmbh & Co. Kg | Device, mobile unit and method for injecting liquid active ingredients into the vascular tract of woody plants |
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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 |
| TWI559848B (en) * | 2014-09-17 | 2016-12-01 | Meiho University Of Science And Technology | A method of forming the agilawood oil |
| CN104584898B (en) * | 2014-12-30 | 2017-01-18 | 温建辉 | Method for inducing aquilaria sinensis to generate agilawood with pressure injection process |
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| US3706161A (en) * | 1970-11-16 | 1972-12-19 | Clark E Jenson | Tree medication capsule |
| US6848211B2 (en) * | 2001-05-24 | 2005-02-01 | Regents Of The University Of Minnesota | Cultivated agarwood |
| JP2010095480A (en) * | 2008-10-17 | 2010-04-30 | Bridgestone Corp | Agent and method for increasing production of latex |
| CN101663969B (en) * | 2009-09-14 | 2011-05-18 | 中国医学科学院药用植物研究所海南分所 | Method for inducing and producing dalbergia substances on dalbergia odorifera tree |
| CN101755629B (en) * | 2010-02-01 | 2011-08-10 | 中国医学科学院药用植物研究所海南分所 | Liquid infusion method for producing linaloe on aquilaria sinensis trees |
| JP2011246367A (en) * | 2010-05-25 | 2011-12-08 | Bridgestone Corp | Method of increasing latex production |
| CN102356772A (en) * | 2011-08-26 | 2012-02-22 | 唐显 | Chinese eaglewood inducer and bottle dripping method |
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| TWI556725B (en) * | 2014-02-07 | 2016-11-11 | 蘭城香開發有限公司 | Method for drip-feeding liquid to tree |
| DE102022103964A1 (en) | 2022-02-20 | 2023-08-24 | Clemens Gmbh & Co. Kg | Device, mobile unit and method for injecting liquid active ingredients into the vascular tract of woody plants |
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