CN102388843B - Method for breeding larva of lepidoptera insects indoor and device thereof - Google Patents
Method for breeding larva of lepidoptera insects indoor and device thereof Download PDFInfo
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- CN102388843B CN102388843B CN 201110292244 CN201110292244A CN102388843B CN 102388843 B CN102388843 B CN 102388843B CN 201110292244 CN201110292244 CN 201110292244 CN 201110292244 A CN201110292244 A CN 201110292244A CN 102388843 B CN102388843 B CN 102388843B
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Abstract
The invention discloses a method for breeding larva of lepidoptera insects indoor. The breeding box using in the method has no bottom, and the lower part of the inner wall of the breeding box is fixedly connected with at least two support blocks. A leaking frame is arranged on the support blocks, at least one fixing device of a cutting transplanting pipe is arranged on the leaking frame, and at least one cutting transplanting pipe is arranged in the fixing device of the cutting transplanting pipe. The lateral wall of the breeding box or the box cover is provided with at least one ventilating window. The leaking frame comprises a cross rod and a grid. The branches of the host plant are inserted in the cutting transplanting pipe, the leaves of the plant branches cannot touch the inner wall of the breeding box, and clean water or plant culture medium is put in the cutting transplanting pipe. The invention solves the technical problems that the larva difficultly eats food caused by disorderly climbing, and the larva groups are easy to crossly infect by pathogen caused by that excrement of the larva pollutes the leaves. The invention can adjust the temperature and the humidity in the breeding box, has long fresh keeping period, can conveniently change the branches and clean the box body, can easily disinfect, and has a simple and smart structure, low cost and little labour input, so it is suitable for breeding the larva of large insects indoor.
Description
Technical field
The invention belongs to technical field of insect feeding, be specifically related to raise with a kind of device of feeding lepidoptera insect larvae indoors the method for lepidopterous insects larva, this device is specially adapted to the indoor feeding of the large build larva such as Lepidoptera Saturniidae, butterfly class, also is suitable for the indoor feeding of Lepidoptera small body type insect.
Background technology
Insect is the animal monoid of most species on the earth, account for 2/3rds of the known animal species of the earth, and the mankind has close relationship.Wherein, agriculture and forestry injurious insect, natural enemy insect, industrial resources insect, resource medicine insect, Pollinating Insect, edible insect, feed insect etc. are arranged.The extensive indoor feeding of insect and production have formed industry in developed countries such as American-European and Japan.
Lepidoptera (Lepidoptera) insect comprises butterfly (Butterflies) and moth (moths), belong to Pterigota, complete metamorphosis, be the second largest insect that is only second to coleoptera in the Insecta, most kinds fail to develop, and its biological property is also known little about it.The lepidopterous insects postembryonal development also comprises larva, pupa, 3 worm attitudes of adult.The lepidopterous insects larva overwhelming majority is phytophagy, and it is caused harm mainly in larval phase.As, the paddy stem borer of the paddy rice of causing harm and rice leaf roller, the mythimna separata of the non-irrigated grain of causing harm and corn borer, the pink bollworm of the cotton of causing harm and cotton bollworm, the diamond-back moth of the vegetables of causing harm and beet armyworm etc.; When the favourable aspect of human use insect, some lepidopterous insects has to utilize to the mankind again and is worth, and is called resource insect or economic insects, as, silkworm
Bombyx mori(L.), tussah
Antheraea pernyiGuerin-Meneville, giant silkworm and eri silkworm etc.Lepidoptera imago is very important insect pollinator.Lepidopterous adult, especially the butterfly class has high ornamental value.Some lepidopterous insects are important pharmaceutical insects, such as Cordyceps sinensis, stiff silkworm and worm tea etc.
Since lepidopterous insects larval stage for natural enemy to resist the prevention and control ability very weak, nearly all predator such as sparrow, snake mouse, ant, spider, parasite parasitic wasp, fly maggot, nematode etc. all can be caused fatal harm to larva, therefore, no matter lepidopterous insects is prevented and treated as insect, or as the mankind useful resource insect or economic insects are used, according to the biological property of lepidopterous insects larva, the raising device of the suitable lepidopterous insects larva of research is all significant.
Indoor feeding by research lepidopterous insects larva, be conducive to observe and grasp in the growth and development process of insect larvae life characteristics, behavior habit, food and practise the weak link in hobby, the growth and development process, the environmental conditions such as temp. and humidity etc. all are to have important scientific meaning and economic implications to scientific research, teaching, industry development and production etc.
The large build insect larvae such as indoor feeding Io moth, butterfly class, other small body type insect otherness is very large with raising, and this is that have the following aspects characteristics: (1) larva wild nature is stronger because the larva build of these insects is large, and happiness is climbed loose.1～2 length of time particularly, happiness being climbed everywhere and loosely looking for food or hide harmful animal, and also just because of this habit, larva easily climbs to local hungry the causing death away from food.(2) larva abdominal foot grasping force is strong, can not move by force, otherwise tell gastric juice and die with regard to mouth.If do not help it to move, creep then to be difficult to climb again by larva self and get back to branch and get on, larva can have bad physiques because can not get for a long time taking food.(3) larva likes eating long fresh blade on branch, the blade under adopting, and larva eats less or does not eat.
Secondly, indoor feeding also need solve the fresh-keeping problem of plants shoots, the fresh-keeping measure of branch under adopting is improper, blade is will soon dehydration wilting, need in time to change branch, often change the normal growth of the interference larva that branch can be too much, cause larva to be difficult to survive to weave silk normally and cocoon, moreover often change that fresh branches and leaves then need consume a large amount of time and work drops into.
It three is that larva is to germ resistance problem.Indoor feeding environment relative closure, frequent with people's movable contact, easy bacterial infection disease, mycosis, virus disease etc. are processed bad then may causing to whole feeding process and are had a strong impact on even entire PLA's destruction in the feeding process.
The large build insect of indoor feeding, to solve especially random the climbing of larva and be difficult to again food, lump together the problem of easy infection germ of larva, food and ight soil, and the global questions such as fresh-keeping, the amount of labour of forage plant drop into, raising survival rate, up to the present do not find a kind of real interior good method and device thereof of raising of these large build insectariums that be fit to yet.
In the prior art, both at home and abroad for the artificial feeding of the large build insects such as tussah, being actually and putting in a suitable place to breed or semidomesticative, generally is to put in a suitable place to breed on the outdoor host plant directly delivering to after the silkworm seed artificial incubation, perhaps larva is put in a suitable place to breed to 2 age grade sections at indoor feeding again.Indoor feeding for tussah, the method that northern China toothed oak district takes mainly is that synthetic bag is raised (Diao Yuquan, Fan Zhidan. the indoor technology of raising of the synthetic bag of spring tussah young silkworm is used, north silkworm industry, 2005,26(3): 69-70), have advantages of that method is simple, with low cost although synthetic bag is raised tussah, but can not solve larva disorderly climb loose, branch is fresh-keeping and the larva defecation pollutes blade and causes the problems such as colony's cross-infection, the rate of cocooing is not high.Need throw in leaf every day 1～2 time, the amount of labour has high input to change branches and leaves, remove sand etc., larva is disturbed too much, and can only raise for 2 ages, is difficult to raise full age.For the fresh-keeping problem of branch, have and adopt at the method (Chinese patent of branch clip with masking foil parcel immersion cotton balls, patent No. ZL200710020482.7, denomination of invention: the indoor feeding method of Bombyx mandarina, open on 08 15th, 2007 date, publication number CN101015290), the method can not solve equally Bombyx mandarina and climb the loose hungry dead problem of larva that causes at the raising container inner wall.Next is that food and ight soil mix and easily causes the cross-infection of larva colony, moreover its fresh-keeping effect is also desirable not to the utmost.
Because there is above-mentioned technical problem in prior art, domesticly on the indoor feeding of large build insect (such as Saturniidae insect and part butterfly class), all is difficult to make a breakthrough so far, and then affected the research and development utilization to these insects.
Summary of the invention
The technical problem to be solved in the present invention is to overcome to exist on the devices and methods therefor of existing indoor feeding lepidopterous insects can not solve large build insect larvae happiness and disorderly climb and be difficult to again food, larva fecal pollution blade, cause the easy cross-infection germ of larva colony, and the defective such as the fresh-keeping effect of forage plant is bad, its objective is method and device thereof that a kind of feeding lepidoptera insect larvae indoors is provided.
For solving the problems of the technologies described above, technical scheme of the present invention is as follows:
The device of a kind of feeding lepidoptera insect larvae indoors provided by the present invention, comprise the rearing-box with case lid, rearing-box is bottomless, rearing-box inwall bottom is fixedly connected with at least 2 back-up blocks, the upper plane of described back-up block is in same level, leaking frame is placed on the back-up block, leak and place at least 1 tube fixer of transplanting on the frame, at least 1 pipe of transplanting of the interior placement of the tube fixer of transplanting, at least 1 transom is set on the sidewall of rearing-box or on the case lid, described leakage frame is made of cross bar or grid, spacing between the described cross bar is 1.5～2cm, and the latus rectum of described grid is 1.5～2cm.
The structure of described transom can be on the sidewall of rearing-box or case lid is provided with up and down two guide grooves, the guide groove two ends are provided with confinement block, slidably connect baffle plate on the guide groove, the length K of baffle plate be less than or equal to guide groove length L 1/2, K≤1/2L is provided with 1 above air-vent 4 in two guide grooves.
Can also be placed on the Lou below of frame with connecing sand table.
Can also in described rearing-box, be provided with and mend wet box, mend in the wet box and be provided with foamed plastics.Foamed plastics is used for suction, make moisture not volatile, but moisture slowly be released in the air, and if have larva to drop to mend in the wet box, it can only drop to Foam Plastic Surface and can be not dead by water logging; Also foamed plastics can be changed into by what macromolecular material was made and have absorptive sponge or an absorbent cotton.
Can also be provided with pipe cap on the described pipe of transplanting, pipe cap is provided with the hole of transplanting, and described pipe cap is that elastomeric material is made.
The described tube fixer of transplanting can be wide-mouth bottle.
The shape of rearing-box can be cuboid, also can be cylindrical raising bucket; Rearing-box is bottomless, does not namely seal at the bottom of the rearing-box, connects sand table so that the ight soil of larva etc. can fall into by the leakage frame.Described sand is the ight soil of lepidopterous insects larva and other slag things such as plant leaf of dropping when raising.Connecing that sand table also can change into is to catch husky plastic foil, disregard message paper etc.The latus rectum size of leaking spacing between the cross bar on the frame or grid can also be according to the maximum faecal particles size design of the ight soil of the insect larvae of raising, the latus rectum size of the spacing between the cross bar or grid should be greater than the size of the maximum faecal particles of larva, falls into and connects sand table so that ight soil can pass Lou frame.
It can be in the scope below 1/3 of rearing-box inwall apart from the rearing-box bottom that rearing-box inwall bottom is fixedly connected with the rearing-box inwall bottom described in the back-up block, can make so Lou partly to reserve more spaces more than the frame, is used for raising insect.
The method of a kind of feeding lepidoptera insect larvae indoors provided by the present invention is raised the lepidopterous insects larva with the device of above-mentioned feeding lepidoptera insect larvae indoors provided by the present invention, and its raising step is as follows:
A. the pipe of transplanting of clear water or plant culture being packed into;
B: with the host plant branch of the plucking pipe of transplanting, host plant
Branches and leavesDo not touch inwall and the case lid of rearing-box;
C: the lepidopterous insects larva directly is put on the branches and leaves of described host plant branch, covers case lid;
D: the baffle plate in feeding process on the slip transom, regulate the humidity in the rearing-box and change the interior air of rearing-box.
Compared with prior art, the beneficial effects of the utility model are:
1, the inventive method and apparatus of the present invention have solved the happiness of lepidopterous insects larva and have climbed loose (disorderly climbing) is difficult to eat food again away from food problem.Described transplant the pipe and the tube fixer of transplanting in rearing-box, erect, the plants shoots and the blade on the branch that being inserted in the pipe of transplanting contacts with the inwall of rearing-box, such position relationship effectively solved the insect larvae happiness climb fall apart and climb to rearing-box inwall and away from the problem of food.
2, the inventive method and apparatus of the present invention are erect in rearing-box because of transplant pipe and the tube fixer of transplanting, thereby the feed branch disposing way of larva also is upright or edge-on, larva ight soil can be subjected to gravity directly to pass Lou frame and fall into and connect sand table, can directly avoid larva ight soil to be deposited on the plant leaf blade, and the problem that mixes of food and ight soil, effectively reduce larva colony raises easy cross-infection germ in the space of relatively concentrating problem, connect sand table and be placed on rearing-box bottom and be convenient to take out and connect sand table, clean and cleaning.The leakage frame is placed on also to be convenient on the back-up block take out and cleans.
3, the sidewall of rearing-box or the transom on the case lid arrange slidably baffle plate, can effectively regulate and control air turnover amount, play well and easily heat and moisture preserving, regulate the effect of temp. and humidity in the rearing-box.
4, the pipe of transplanting can hold more clear water or plant culture, can more effectively prolong the fresh keeping time of plants shoots and blade thereof, and the pipe of transplanting is inserted a plants shoots, branch is independent separately, and which root branch has been eaten up, and just changes which root, reduced the interference of people to larva, and be convenient to change.The upper pipe cap that arranges of the pipe of transplanting can be avoided larva to fall into transplanting in the pipe and is drowned by liquid.Pipe cap is elastomeric material when making, and plants shoots closely cooperates with the hole of transplanting, put arbitrarily branch and in the pipe liquid can not flow out, can play good preservation and not limit to the putting position of branch.
5, leaking frame is placed on the back-up block, connect sand table and be placed on Lou frame below, can conveniently taking out Lou, frame cleans, ight soil passes Lou frame and falls into and connect sand table,, to move rearing-box or taking-up and connect the sand table cleaning, cleaning and sterilization are all very convenient, the feed of interference larva that can be not too much has also avoided larva ight soil not sweep for a long time and amass in casing mouldy.
6, the wet box of benefit being set in the rearing-box has further increased the interior moisture-keeping efficacy of rearing-box, is conducive to larval growth, and the blade evaporation discharge is little, further prolongs the fresh keeping time of blade.
7, apparatus of the present invention are formed by several parts assembly, and therefore, the cleaning of removing sand is unpicked and washed sterilization, changed case, to change the operation such as feed convenient, easily.
8, apparatus of the present invention structure is ingenious, and is rational in infrastructure simple, cost and labour's less investment, the physiological property that meets insect, not only be fit to raise the small body type insect larvae, also be particularly suitable for the indoor feeding of large build larva, remarkable to the key technical problem effect that solves the indoor feeding insect larvae.
9, the inventive method and apparatus of the present invention are raised the lepidopterous insects of large build full age, such as green tail Io moth larva, pupate until cocoon, easy and simple to handle, the amount of labour is little, removes sand without all going to change feed every day, few to the larva interference, receiving the cocoon rate can reach more than 70%.
Description of drawings
Fig. 1 is the structural representation of apparatus of the present invention;
Fig. 2 is the structural representation of rearing-box;
Fig. 3 is the structural representation that connects sand table;
Fig. 4 is the structural representation of transom;
Fig. 5 is the structural representation of pipe of transplanting;
Fig. 6 is the structural representation of tube fixer of transplanting;
Fig. 7 is the structural representation of mending wet box;
Each mark is expressed as successively in the drawings:
1-rearing-box, 2-case lid, 3-transom, 4-air-vent, 5-baffle plate, 6-connect sand table, 7-frame, 8-cross bar leaked, 9-back-up block, 10-guide groove, 11-confinement block, 12-the pipe of transplanting, 13-pipe cap, the 14-hole of transplanting, 15-the tube fixer of transplanting, the wet box of 16-benefit, 17-foamed plastics, the length of K-baffle plate 5, the length of L-guide groove 10, K≤1/2L.
Embodiment
The invention will be further described below in conjunction with accompanying drawing and preferred embodiment.
Referring to Fig. 1～Fig. 7, apparatus of the present invention are devices of a kind of feeding lepidoptera insect larvae indoors, the shape of the rearing-box 1 of this device is cuboid, case lid 2 is placed on rearing-box 1 top, rearing-box 1 bottom is uncovered, be that rearing-box 1 bottom is penetrating, do not seal, place, four angles at the cuboid of distance rearing-box 1 inwall bottom 4cm is fixedly connected with 4 back-up blocks 9, and the upper plane of described back-up block 9 is leaked frame 7 and is placed on the back-up block 9 in same level, leak and place 1 tube fixer 15 of transplanting on the frame 7, the described tube fixer 15 of transplanting is wide-mouth bottle, places 1 pipe 12 of transplanting in the wide-mouth bottle, connects sand table 6 and is placed on the Lou below of frame 7; Described leakage frame 7 is made of cross bar 8, distance between the described cross bar is 1.5～2cm, 1 transom 3 is set on the sidewall of rearing- box 1,2 transoms 3 are set on the case lid 2, and the structure of described transom 3 is on the sidewall of rearing-box 1 and case lid 2 is provided with up and down two guide grooves 10, and guide groove 10 two ends are provided with confinement block 11, slidably connect baffle plate 5 on the guide groove 10, the length K of baffle plate 5 equal guide groove 10 length L 1/2, K=1/2L is provided with 1 above air-vent 4 in two guide grooves 10; The described pipe 12 of transplanting is provided with pipe cap 13, and pipe cap 13 is provided with the hole 14 of transplanting, and described pipe cap 13 is that elastomeric material is made;
Be provided with in the described rearing-box 1 and mend wet box 16, mend in the wet box 16 and be provided with foamed plastics 17, described foamed plastics 17 is sponge.
Described leakage frame 7 can also be made of grid, and the latus rectum of described grid is 1.5～2cm.The following of back-up block also can with concordant at the bottom of the rearing-box, can make the more space of staying that rearing-box leaks the above part of frame be used for raising insect like this.
In force, transplant to manage in 12 and fill clear water or nutrient solution, plug fresh plants shoots (larvae feeds), can prolong the fresh keeping time of plants shoots, the pipe 12 of will transplanting is again put in the tube fixer 15 of transplanting, like this, the posture of plants shoots in rearing-box 1 in the rearing-box 1 is exactly upright or edge-on, because the position of the tube fixer 15 of transplanting in rearing-box 1 can be arranged on rearing-box 1 interior central authorities or close central authorities, therefore, the utility model can make plants shoots and blades branch on of pipe in 12 of transplanting not contact with the inwall of rearing-box, effectively solved insect larvae climb to rearing-box 1 inwall and away from the problem of food.
The diameter of described air-vent 4 can be at 0.2-1cm.Pipe cap 13 by elastomeric material make can put arbitrarily plants shoots and in the pipe liquid can not flow out.
Also can be according to the insect numbers of raising in the tube fixer 15 interior settings of the transplanting quantity of pipe 12 of transplanting, as place 5～8 pipes 12 of transplanting, in order to can insert 5-8 branch plants shoots, to satisfy the appetite of insect.The size that can also relate to according to the insect numbers of raising rearing-box, and place the tube fixer 15 of transplanting more than 2 at the leakage frame of rearing-box.
The present embodiment is to raise the green tail Io moth of Saturniidae (Actias selene Hubner) as example.The larva of green tail Io moth can eat various plants, such as Chinese ash, sweetgum, fontanesia, Chinese tallow tree, apple etc., extensively distributes in China's most laboratories, and (Sapium sebiferum) raises as feed with common Chinese tallow tree.
Preparation before raising: receptacle is done in the house of selecting to ventilate, can supply water, to lack people's turnover, indoor sweeping rinsed well, the utensil that need to use is that 3% formalin medicining liquid dipping is more than half an hour with mass fraction all, the paper using sealed doors and windows, spraying mass fraction in the high temperature period at noon is 3% formalin thimerosal sterilization receptacle, apparatus of the present invention are placed in the receptacle after opening the loose flavor of door and window ventilation after 3 days, the turnover receptacle need change footwear again again.
Adopt the device of embodiment 1 described feeding lepidoptera insect larvae indoors, its raising step is as follows:
A: with clear water pack into transplant the pipe 12, cover pipe cap 13;
B: pluck fresh Chinese tallow tree branch, length 30～40cm cuts branch section section with pocket knife littlely, and 12, the branches of pipe of transplanting insert the pipe 12 of transplanting;
C: will put into 15,5～8 of the tube fixers of the transplanting pipe 12 of transplanting with the pipe 12 of transplanting of branch and form clusters, high level matches with low level, the shape of simulation on branch;
D: the tube fixer 15 of will transplanting is placed on leakage frame 7 central authorities in the rearing-box 1, and branches and leaves do not touch inwall and the case lid 2 of rearing-box 1;
E: will be placed at rearing-box 1 and connect on the sand table 6, and place for one jiao in rearing-box 1 and mend wet box 16, and mend the wet box 16 interior water of containing and do not cover foamed plastics 17, described foamed plastics 17 is sponge;
F: the green tail Io moth larva that will just hatch directly is put on the branches and leaves of described host plant branch, covers case lid 2;
G: the baffle plate 5 in feeding process on the slip transom 3, regulate air turnover amount, make the interior humidity of case reach 70%～85%, little silkworm rearing season (1-3 age) indoor temperature is controlled at 26～30 ℃, large silkworm rearing season (4-5 age) indoor temperature is controlled at 23～27 ℃, the control of indoor temperature can be by installing an air-conditioner or heating wire is controlled, suitably heating and cooling and mend wet when temp. and humidity is improper.The young silkworm phase, larva had certain phototaxis, should notice that light should not be too strong, does suitable shading treatment.
H: for eating surplus or stale branch, need in time to change, more than feed fills in the guard box.The branch that needs are changed is extracted out, plugged fresh branch.The larva of staying on the old branch must shear off together with the part branches and leaves with scissors, and it is put back on the fresh branches and leaves, has just finished more changing jobs of feed branch.
I: after larva ight soil runs up to a certain degree, must sweep sterilization.Because the rearing-box of apparatus of the present invention is bottomless, i.e. rearing-box bottom back cover not, and be provided with Lou frame 7, the ight soil of green tail Io moth larva directly drop and are being placed in connecing on the sand table 6 below the frame Lou.When sweeping ight soil, held rearing-box, leaked frame 7 and branch and be removed together, connect sand table 6 and ight soil thereof then in situ, or taken out and connect sand table, cleaning ight soil, spray disinfectant, the untapped sand table 6 that connects is changed in airing, and cleaning work is complete.
This kind mode is raised green tail Io moth larva full age, pupates until cocoon, and easy and simple to handle, the amount of labour is little, removes sand without all going to change feed every day, larva is disturbed lack, and receiving the cocoon rate can reach more than 70%.
Claims (2)
1. the method for a feeding lepidoptera insect larvae indoors is raised the lepidopterous insects larva with a kind of device of feeding lepidoptera insect larvae indoors, and its raising step is as follows:
A: with clear water or the plant culture pipe (12) of transplanting of packing into;
B: with the host plant branch of the plucking pipe (12) of transplanting, the host plant branches and leaves do not touch inwall and the case lid (2) of rearing-box (1);
C: the lepidopterous insects larva directly is put on the branches and leaves of described host plant branch, covers case lid (2);
D: the baffle plate (5) on the transom (3) that in feeding process, slides, regulate the humidity in the rearing-box (1) and change the interior air of rearing-box (1);
The device of described feeding lepidoptera insect larvae indoors is provided with the rearing-box (1) with case lid, described rearing-box (1) is bottomless, rearing-box (1) inwall bottom is fixedly connected with at least 2 back-up blocks (9), the upper plane of described back-up block (9) is in same level, leaking frame (7) is placed on the back-up block (9), leak upper at least 1 tube fixer of transplanting (15) of placing of frame (7), at least 1 pipe (12) of transplanting of the interior placement of the tube fixer (15) of transplanting, at least 1 transom (3) is set on the sidewall of rearing-box (1) or on the case lid (2), described leakage frame (7) is made of cross bar (8) or grid, spacing between the described cross bar is 1.5～2cm, and the latus rectum of described grid is 1.5～2cm; The structure of described transom (3) is on the sidewall of rearing-box (1) or case lid (2) is provided with up and down two guide grooves (10), guide groove (10) two ends are provided with confinement block (11), baffle plate (5) is slidingly connected on the guide groove (10), the length K of baffle plate (5) be less than or equal to guide groove (10) length L 1/2, in two guide grooves (10), be provided with 1 above air-vent (4); Described leakage frame (7) below is placed with and connects sand table (6); Be provided with in the described rearing-box (1) and mend wet box (16), mend in the wet box (16) and be provided with foamed plastics (17); The described pipe (12) of transplanting is provided with pipe cap (13), and pipe cap (13) is provided with the hole of transplanting (14), and described pipe cap (13) is that elastomeric material is made.
2. the method for a kind of feeding lepidoptera insect larvae indoors according to claim 1, it is characterized in that: the described tube fixer of transplanting (15) is wide-mouth bottle.
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| CN114391512B (en) * | 2021-12-16 | 2022-11-25 | 安徽科技学院 | Constant-temperature breeding bin with sugar nutrition easy to absorb and used for scale breeding of noctuid black oophagous bees |
| CN115005165B (en) * | 2022-06-30 | 2023-02-03 | 云南农业大学 | Independent feeding and observation device for tomato leaf miner and use method |
| CN115349500B (en) * | 2022-09-21 | 2023-10-20 | 云南省农业科学院蚕桑蜜蜂研究所 | Method for breeding silkworm larvae with living plants |
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| JPH07155090A (en) * | 1993-12-10 | 1995-06-20 | Yoshio Nakane | Structure for inspect rearing cage |
| KR100986747B1 (en) * | 2008-06-17 | 2010-10-12 | 경상북도예천군 | A cage for butterfly larva |
| CN201290294Y (en) * | 2008-08-07 | 2009-08-19 | 北京市农林科学院 | Soilless culture insect cage |
| CN201509510U (en) * | 2009-08-27 | 2010-06-23 | 广东省农业科学院作物研究所 | Adult lepidopteron feeding device |
| CN201947805U (en) * | 2010-11-09 | 2011-08-31 | 北京市农林科学院 | Multifunctional insect cultivation cage |
| CN202232599U (en) * | 2011-09-29 | 2012-05-30 | 云南省农业科学院蚕桑蜜蜂研究所 | Device for feeding lepidoptera insect larvae indoors |
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