CN103503830B - Improve the method for supporting goose Reproduction performance - Google Patents
Improve the method for supporting goose Reproduction performance Download PDFInfo
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Abstract
The invention discloses a kind of method improving foster goose Reproduction performance, 1, improve kind of a goose egg production by the method changing temperature, light application time, increase mixed daily ration entirely; 2, technology of artificial insemination is adopted to improve the fertilization rate of kind of egg; 3, in hatching process by carry out control incubation temperature and adjustment the cooling egg time improve chickling-surviving rate; 4, utilize scientific management, increase complete mixed daily ration (TMR) feeding program, improve the survival rate of young goose.The application of the method, supports the goose level of production to the raising north and is highly profitable.
Description
Technical field
The present invention designs a kind of cultural method, is a kind of method improving goose reproductive performance specifically.
Background technology
Goose belongs to food bird, has the advantages such as crude feed tolerance, feed resource are wide, low price, cost are low, adaptability good, premunition is strong, growth cycle is short, instant effect.Meat goose growth cycle is 90 ~ 100 days, has become peasants and herdsmen and to have got rich one of the good production project of striving for a relatively comfortable life.But goose reproduction rate is low is the bottleneck that impact is supported goose industry and developed in a healthy way, and it shows as, plant goose egg production few (40 ~ 60 pieces/only. year); Plant goose male and female ratio low (♂: ♀=1:3 ~ 5); Fertility rate of hatching egg low (about 80%); Hatching of breeding eggs rate lower (about 75%); Also has rate of chickens (about 85%) etc.Have impact on the economic benefit of foster goose industry and the great development of foster goose industry.Solve kind of the problem that goose reproduction rate is low, the development of supporting goose industry could be accelerated, improve the economic benefit of supporting goose and producing.
Summary of the invention
Goal of the invention is to provide a kind of method improving foster goose Reproduction performance, with open-minded eye goose and local white goose filial generation for research object, carries out raising kind of goose egg production, chickling-surviving rate and a young goose survival rate technology and studies.
Technical scheme is a kind of method improving foster goose Reproduction performance:
The method of 1, entirely mixing daily ration by changing temperature, light application time, increase improves kind of a goose egg production;
2, technology of artificial insemination is adopted to improve the fertilization rate of kind of egg;
3, in hatching process by carry out control incubation temperature and adjustment the cooling egg time improve chickling-surviving rate;
4, utilize scientific management, increase complete mixed daily ration (TMR) feeding program, improve the survival rate of young goose.
Beneficial effect is:
(1) under changing temperature, light application time and complete mixed daily ration condition, female goose laying period, can extend about 35 days, lays eggs in year at 80-100 piece, every egg weightening finish 15-25 gram.
(2) utilize artificial fertilization technology, plant goose fertilization rate up to more than 90%, and can postpone and just upgrade gaggle in 5 years.
(3) improve hatching of breeding eggs chickling-surviving rate, control hatching of breeding eggs temperature and cooling egg number of times and cooling egg time well, chickling-surviving rate can reach more than 85%, applicable large-scale breeding.
(4) add complete mixed daily ration rationally to feed to the young goose of different days, improve young goose survival rate more than 90%.
(5) formulate scale section scholarship and self-cultivation goose raising working specification 1 to overlap.
Accompanying drawing explanation
Fig. 1 improves the method block diagram of supporting goose Reproduction performance;
Fig. 2 is process chart.
Embodiment
1, the technical method research of kind of goose productivity is improved
1.1 experimental scheme: select same batch of production, birth in the middle ten days June, health kind goose 144 that body weight is close, Qi Zhonggong: female than being 1:5.From ground is at the beginning of 12 months, carries out grouping experiment, is divided into 4 groups, often organize 36.Before kind of geese in laying period 8 weeks, carry out increase kind of goose artificial lighting time design.Experimental group increases artificial lighting from kind of goose 180 age in days (25 weeks), increases half an hour artificial lighting time weekly, first increases at night, and the later stage all increases sooner or later, be increased to always artificial lighting time+natural lighting=17 hour.Then record kind of a goose is laid eggs time started, end time, lay eggs piece number and laying rate situation.Artificial lighting light source, adopt goose house in every 20 square metres, high 1.80m place, installs the fluorescent lamp of 15 watts.
I group is control group, raises under field conditions (factors); II group is temperature control group, and temperature controls at 16 ~ 25 DEG C, open antenatal 8 weeks start gradually increase light application time to 17 hour terminate to breeding period; III group is increase complete mixed Diet group under field conditions (factors); IV group is on the basis of II group, add complete mixed Diet group.Wherein I group identical with the condition of feeding of II group, III group is identical with the condition of feeding of IV group, often group freely drink water.Start grouping from early December to feed, often group feeds situation in table 1.
The table 1 difference condition of feeding goose of sowing is fed table
Note: roughage formula %: rice bran: 50+ grass meal: 50; Normal diet formula %: corn: 54+ rice bran: 15+ grass meal: 19+ dregs of beans: 15+ salt: 1; Complete mixed Diet Formula %: corn: 53.33+ wheat bran: 27.40+ dregs of beans: 15.33+ stone flour: 0.43+ calcium monohydrogen phosphate: 0.93+ salt: 0.91+ premix, 1.67.
1.2 results and analysis
(1) number change.All test datas adopt Excel software to arrange, and use SAS9.0 software to carry out statistical analysis and Duncan Multiple range test, numerical value represents with mean+SD (Mean ± SE), the results are shown in Table 2.
Egg laying performance table under table 2 kind of goose different condition
Note: in table, same letter represents difference not significantly (p ﹥ 0.05), and different letter represents significant difference (p ﹤ 0.05)
As can be seen from Table 2, compared with contrast I group, II group before kind of geese in laying period 8 weeks start control temperature be 16 ~ 25 DEG C, increase artificial lighting time half an hour weekly, increasing light application time is gradually 17 hours (artificial lighting+natural lighting=17 hour), on kind of egg laying performance of goose impact significantly (p ﹤ 0.05).Can extend kind of goose oviposition period about 30 days, increase egg production about 20 pieces, increase egg size about 20 grams, laying rate improves about 1.5%, and feedstuff-egg ratio reduces about 0.2; As can be seen from Table 2, light application time is changed to laying eggs weight not significantly (p ﹥ 0.05).In addition, as can also be seen from Table 2, complete mixed daily ration is increased in III group of kind goose feeding process on kind of egg laying performance of goose impact significantly (p ﹤ 0.05).Can extend kind of goose oviposition period more than 15 days, increase egg production more than 10 pieces, laying rate improves 1.5%, and feedstuff-egg ratio reduces by 0.45, weightening finish more than 15 grams of on average laying eggs; It can also be seen that from table 2, increase complete mixed daily ration in IV group of kind goose feeding process on kind of egg laying performance of goose impact significantly (p ﹤ 0.05).Can extend kind of goose oviposition period about 35 days, increase egg production about 25 pieces, increase egg size about 20 grams, laying rate improves 3.4%, and feedstuff-egg ratio reduces 0.6.
(2) nutrient component.Choose the mensuration that 5 pieces of goose eggs carry out nutrient component in laboratory in each group at random, measurement result is in table 3.
Table 3 goose egg main nutrient composition contrast table (content in every 100g)
Note: in table, same letter represents difference not significantly (p ﹥ 0.05), and different letter represents significant difference (p ﹤ 0.05)
As can be seen from Table 3, I group substantially identical with the nutrient component of II group of goose egg, and III group substantially identical with the nutrient component of IV group of goose egg.It can thus be appreciated that it is relevant with the nutrient component of feed that goose egg obtains nutrient component, according to changing, it doesn't matter with temperature and light.In addition, utilize the nutrient component of the goose egg having several nutrient components to feed a little more than normal diet in the nutrient component of the goose egg of complete mixed Diet, but difference is not obvious.
1.3 brief summary.By the mensuration of the technical method to raising kind of egg laying performance of goose, experimentally result is comprehensively analyzed and is drawn the following conclusions: before kind of geese in laying period, 8 weeks start control temperature is 16 ~ 25 DEG C, increase artificial lighting time half an hour weekly, increasing light application time is gradually 17 hours (artificial lighting+natural lighting=17 hour), increase complete mixed diet feeding kind goose, to raising kind of egg laying performance of goose best results simultaneously.
2, technology of artificial insemination is utilized to improve the research of fertility rate of hatching egg
2.1 experimental scheme.Select same batch to produce kind of a goose 153, be divided into 4 groups.Wherein: I group is control group, natural propagation is male: mother=1:5,36; II group of artificial insemination group, male: mother=1:5,36; III group of artificial insemination group, male: mother=1:10; 33; IV group of artificial insemination group, male: mother=1:15,48.Wherein the condition of feeding of 4 groups is identical, and the rearing conditions of planting goose is raised by the optimum condition screened above, and often group is freely drunk water.Wherein artificial insemination kind goose is that the excellent public affairs having overcharged component selections and domestication plant goose, and semen collection frequency is 1 time/3 days, and mother plants goose semen deposition in every 5 days once, each 0.1ml.Often group random selecting 200 pieces of kind eggs are put in hatch machine and are hatched, by determining its fertilization rate according to egg when 5 ~ 6 days.Make a record.
2.2 results and analysis.Statistic analysis result is in table 4.
The different insemination condition of table 4 is sowed the fertilization rate of egg
| Component | Ⅰ | Ⅱ | Ⅲ | Ⅳ |
| Fertilization rate (%) | 76.64±2.45B | 91.31±3.21A | 91.45±3.33A | 91.20±3.29A |
Can find out according to table 4, the difference of artificial insemination group and natural insemination group is comparatively remarkable, can improve fertility rate of hatching egg about 15.00% by technology of artificial insemination.In addition, in artificial insemination group: male: mother=1:5, male: mother=1:10 and male: the fertility rate of hatching egg difference between mother=1:15 group is not remarkable.Therefore, by technology of artificial insemination, can make male: mother=1:10 ~ 1:15, not only can improve the fertilization rate of kind of egg, the public number of animals raised of planting goose can be reduced again, reduce feeding cost.
2.3 brief summary.By utilizing technology of artificial insemination, not only can improve the fertilization rate reached of kind of egg to more than 90.00%, the public number of animals raised of planting goose can be reduced again, reduce feeding cost.
3, the technical method research of chickling-surviving rate is improved
3.1 experimental scheme.Select between 500 pieces of egg sizes 135 ~ 150 grams, egg type be oval, egg shape index between 1.4 ~ 1.5, oviposition period substantially identical (the difference time is no more than 7 days), the kind egg of fertilization rate more than 90.00%.Eggshell quality claimed structure dense uniform, thickness is moderate, eggshell is clean, without ight soil or other dirt contamination on shell face.Undertaken hatching by Intelligent Fuzzy Control incubation equipment, temperature control and cooling egg improve chickling-surviving rate.
(1) plant egg and enter to incubate front sterilization, adopt 0.1% bromogeramine solution, liquid temperature 40 DEG C is soaked 10 minutes, enters hatch machine after draining.
(2) in hatching process: control temperature 1 ~ 9 day, 38 DEG C; 10 ~ 18 days, 37.5 DEG C; 19 ~ 28,37 DEG C; 29 ~ 31 days, 36.5 DEG C; Cooling egg number of times: 0 ~ 15 day, 0 time; 16 ~ 20 days, 1 time, 20 ~ 40 minutes; 21 ~ 25 days, 2 times, 30 ~ 50 minutes; After 25 days, 3 times, 20 ~ 40 minutes.Cool egg egg temperature scale is accurate, with human temperature 36.5 DEG C.By eyelid examination temperature, egg is placed on eyelid, and the many examinations of egg at each position are several.Dry well rear use 30 DEG C of warm water sprinkling egg faces and be about secondary, then send hatch machine back to.
(3) ventilation, hatch machine inlet valve: early stage opens about 1/5, and mid-term opens about 1/3, it is a little that the later stage opens the last 1/2.
(4) egg-turning, 2 ~ 3 hours egg-turnings 1 time, angle a little greatly 45 ° ~ 50 ° as far as possible.
(5) according to egg, by more comprehensively understanding embryonic development situation according to egg, judge whether incubation condition meets, to adjust.1 photograph, carried out when 5th ~ 7 days, was sort out without pure white egg and dead essence and blood egg on the one hand, and two is observe Ovule Development situation.The major part of egg is checked according to egg.2 photographs, carry out for 15th ~ 16 days, and the back side microcephaly of primary part observation egg sees whether allantois closes up (transparent).Entirely whether 3 photographs, carry out seeing air chamber size for 23rd ~ 24 days, and whether boundary line, edge is obvious, embryo egg obfuscation etc.
3.2 results and analysis.Hatch according to experimental scheme, utilize Excel to carry out statistical analysis, final statistics is in table 5.
Table 5 hatching of breeding eggs table
Can find out according to table 5, utilize said method that hatching of breeding eggs rate can be made to reach 86.2%, improve more than 10% than originally.Strong young rate is 94.34%, improves more than 7% than originally.
3.3 brief summary.Utilize temperature control brooding technique, scale chickling-surviving rate can be made to reach 86.2%, improve more than 10% than originally, scale can be carried out and to brood application.
4, the technical method research of young goose survival rate is improved
4.1 experimental scheme.Select, same batch of hatching in the middle ten days in March, healthy young goose 90, to divide 3 groups, often organize 30.Raise in same young bird house, ground is flat supports.On time healthy and strong young goose goes out shell, and umbilical cord shrinks good, and body size is moderate, and hair color light, action is active, calls loud and clear.3 groups of residing young house environment of young goose are identical, and specific requirement is as follows:
(1) carry out the cleaning of brood house and apparatus before brooding, clean, clean and disinfection, the time more than vacant two weeks, to cut off source of infection.Surroundings wall in house, ground, wall with flues, flue, with the caustic soda aqueous solution sterilization of 2%, then use the quicklime breast of 10% white, add 15 grams, potassium permanganate simultaneously carry out fumigation by every cubic metre of space formalin 30 milliliters.
(2) in process of brooding, the requirement of temperature is: 1 ~ 5 age in days 27 ~ 28 DEG C, 6 ~ 10 ages in days 26 ~ 25 DEG C, 11 ~ 15 ages in days 24 ~ 22 DEG C, 16 ~ 20 ages in days 22 ~ 20 DEG C.21 ~ 30 ages in days are reform of nature temperature gradually.Light application time is 1 ~ 3 age in days illumination 24 hours, and 4 ~ 14 age in days illumination 18 hours, reduce light application time later gradually, adopts natural lighting during 20 age in days.Intensity of illumination be every 20 square metres with 25 watts of fluorescent bulbs one, bulb is apart from about 2 meters, ground.Young house relative moisture: be 60% ~ 65%.Change pad grass every day once, drinking-water also will be prevented excessive, and under the prerequisite ensureing brooding temperature, note ventilation ventilation, to keep giving up inner drying.Young goose opens food in 24 hours after going out shell.When opening food, feed can be sprinkling upon on tray or clean Polypropylence Sheet, allow young goose freely peck at, or a small amount of feed is sprinkling upon with it young bird, the desire of pecking to cause it.What can not peck at manually will lure open food, and young goose one opens food will accomplish that cobalt blue pigment is continuous.Carry out epidemic preventing working, epidemic prevention condition is identical simultaneously.
(3) feeding time is identical with number of times, goes out the young goose of shell 1 ~ 3d, every day feeding 6 times, wherein night feeding 2 times; Go out the young goose of shell 4 ~ 10d, the number of times of food can reach 7 times every day, wherein night feeding 2 times; Go out the young goose of shell 11 ~ 20d, every day feeding 8 times, night feeding 2.Go out the young goose of shell 21 ~ 35d, every day feeding 8 times, night each feeding 2 times.
(4) feeding feed stuff situation: 1 ~ 3 age in days, composition of feeding is identical, changes feeding feed stuff composition from 4 ages in days.Grouping situation is as follows:
I group is control group, II common fine fodder group, and III mixes daily ration group entirely.Situation of feeding is in table 6.
Table 6 goes out goose and to feed component list
I group: roughage formula (%): rice bran (50)+grass meal (50)
II group: normal diet formula (%): corn (48)+rice bran (19)+grass meal (20)+dregs of beans: 12+ salt: 1
III group: mixed Diet Formula (%) entirely: corn (53.33)+wheat bran (27.40)+dregs of beans (15.33)+stone flour (0.43)+calcium monohydrogen phosphate (0.93)+salt (0.91)+premix (1.67)
4.2 results and analysis
(1) trophic analysis of roughage formula, normal diet formula and complete mixed Diet Formula the results are shown in Table 7.
Table 7 diet composition and trophic level (air bells dry basis %)
Feed according to experimental scheme, statistic analysis result is in table 8 and table 9.
Table 8 difference is fed and is filled a prescription the weight change (unit: g) of young goose
Note: in table, same letter represents difference not significantly (p ﹥ 0.05), and different letter represents significant difference (p ﹤ 0.05)
As can be seen from Table 8, DIFFERENT FEED formula is utilized to feed young goose, young goose speed of weight increment is different, the young goose weightening finish difference of 7 ages in days, 14 ages in days, 21 ages in days, 28 ages in days, 35 ages in days is all remarkable, feed with regular convention formula, the young goose of 7 ages in days, 14 ages in days, 21 ages in days, 28 ages in days, 35 ages in days do not increase weight 30 than contrast component, 60,90,110, about 150g; Carry out with complete mixed daily ration the young goose fed 7 ages in days, 14 ages in days, 21 ages in days, 28 ages in days, 35 ages in days respectively than control group weightening finish 50,110,160,220, about 310g.The young goose body weight increase of wherein feeding with roughage carrying out is the slowest, and the effect increasing complete mixed daily ration is best, and body weight gain is the fastest, and the effect increasing normal diet is taken second place.
Table 9 difference is fed and is filled a prescription the survival rate of young goose
Note: in table, same letter represents difference not significantly (p ﹥ 0.05), and different letter represents significant difference (p ﹤ 0.05)
As can be seen from Table 9, the young goose survival rate of feeding with roughage carrying out is minimum, is 80.92%; Increase fine fodder and can improve young goose survival rate.Wherein, the effect increasing complete mixed daily ration is best, and survival rate is up to 94.69%, improves 13.77%(p ﹤ 0.05 than control group).The effect increasing normal diet is taken second place, and survival rate is 86.23%, improves 5.31%(p ﹤ 0.05 than control group).
4.3 brief summary.Reasonable increase is fed the nutrient component of daily ration, can improve the survival rate of young goose.In addition, in young goose daily ration, increase complete mixed daily ration, the survival rate of young goose can be improved to 94.6%.
5. conclusion (of pressure testing).By experimental study, draw the following conclusions:
(1) by the mensuration of the technical method to raising kind of egg laying performance of goose, experimentally result is comprehensively thought, before kind of geese in laying period, 8 weeks start control temperature is 16 ~ 25 DEG C, increase artificial lighting time half an hour weekly, increasing light application time is gradually 17 hours (artificial lighting+natural lighting=17 hour), increase complete mixed diet feeding kind goose, to raising kind of egg laying performance of goose best results simultaneously.
(2) by utilizing technology of artificial insemination, not only can improve the fertilization rate reached of kind of egg to more than 90.00%, the public number of animals raised of planting goose can be reduced again, reduce feeding cost.
(3) utilize temperature control brooding technique, scale chickling-surviving rate can be made to reach 86.2%, improve more than 10% than originally, scale can be carried out and to brood application.
(4) in young goose daily ration, increase complete mixed daily ration, the survival rate of young goose can be improved to 94.69%.
Six, technological achievement
1, under changing temperature, light application time and complete mixed daily ration condition, female goose laying period, can extend about 35 days, lays eggs in year at 80 ~ 100 pieces, and every egg increases weight 15 ~ 45 grams.
2, utilize artificial fertilization technology, plant goose fertilization rate up to more than 90%, and can postpone and just upgrade gaggle in 5 years.
3, improve hatching of breeding eggs chickling-surviving rate, control hatching of breeding eggs temperature and cooling egg number of times and cooling egg time well, chickling-surviving rate can reach more than 85%.
4, before brooding, sterilization in house, chooses young goose, crosses " five close ", Scientific epidemics prevention.Add complete mixed daily ration rationally to feed to the young goose of different days, improve young goose survival rate more than 90%.
5, formulate science scale to support goose and raise working specification 1 and overlap.
Innovative point
1, under changing temperature, light application time and complete mixed daily ration condition, female goose laying period can be made can to extend about 35 days, lay eggs in year at 80 ~ 100 pieces, every egg increases weight 15 ~ 45 grams, and this is an innovation of the art.
2, improve hatching of breeding eggs chickling-surviving rate, control hatching of breeding eggs temperature and cooling egg number of times and cooling egg time well, chickling-surviving rate can reach more than 85%, and this is the art is an innovation.
3, add complete mixed daily ration rationally to feed to the young goose of different days, improve young goose survival rate more than 92%, this is an innovation in the art.
By the research to foster goose Reproduction performance methodology, utilize scientific and reasonable administrative skill of feeding, kind of a goose oviposition period can be postponed, effectively improve the egg production of kind of goose, improve chickling-surviving rate and survival rate.Economic benefit and the social benefit of foster goose can be improved.Therefore, the application and the popularization that improve foster goose Reproduction performance technologies have profound significance.
Claims (1)
1. improve the method for supporting goose Reproduction performance, it is characterized in that: the father and mother that (1) open-minded eye goose and local white goose mating are produced plant goose in generation, before kind of geese in laying period 8 weeks, carry out increase kind of goose artificial lighting time design, from kind of goose 180 age in days, increase artificial lighting, increase half an hour artificial lighting time weekly, first increase at night, later stage sooner or later all increases, be increased to always artificial lighting time+natural lighting=17 hour, increase complete mixed diet feeding kind goose simultaneously; Artificial lighting light source, adopt goose house in every 20 square metres, high 1.80m place, installs the fluorescent lamp of 15 watts; (2) artificial insemination kind goose is that the excellent public affairs having overcharged component selections and domestication plant goose, and semen collection frequency is 1 time/3 days, and the semen deposition in every 5 days of female kind goose once; (3) in hatching process: plant egg and enter to incubate front sterilization, adopt 0.1% bromogeramine solution, liquid temperature 40 DEG C is soaked 10 minutes, enters hatch machine after draining; Control temperature 1 ~ 9 day, 38 DEG C; 10 ~ 18 days, 37.5 DEG C; 19 ~ 28 days, 37 DEG C; 29 ~ 31 days, 36.5 DEG C; Cooling egg number of times: 0 ~ 15 day, 0 time; 16 ~ 20 days, 1 time, 20 ~ 40 minutes; 21 ~ 25 days, 2 times, 30 ~ 50 minutes; After 25 days, 3 times, 20 ~ 40 minutes; Ventilation, hatch machine inlet valve: early stage opens about 1/5, and mid-term opens about 1/3, and the later stage opens more than 1/2; Egg-turning, 2 ~ 3 hours egg-turnings 1 time, angle is as far as possible large, egg-turning angle 45 ° ~ 50 °; According to egg, by more comprehensively understanding embryonic development situation according to egg, judge whether incubation condition meets, to adjust, 1 photograph, carried out when 5th ~ 7 days, be sort out without pure white egg and dead essence and blood egg on the one hand, two is observe Ovule Development situation, checks the major part of egg according to egg, 2 photographs, carry out for 15th ~ 16 days, the back side microcephaly of primary part observation egg, see whether allantois closes up, 3 photographs, within 23rd ~ 24 days, carry out, see air chamber size, whether boundary line, edge is obvious, and whether full embryo egg shades; (4) (a) carries out the cleaning of brood house and apparatus, clean, cleaning and disinfection before brooding, and the time more than vacant two weeks, to cut off source of infection; Surroundings wall in house, ground, wall with flues, flue, with the caustic soda aqueous solution sterilization of 2%, then use the quicklime breast of 10% white, add 15 grams, potassium permanganate simultaneously carry out fumigation by every cubic metre of space formalin 30 milliliters; B () requirement of temperature in process of brooding is: 1 ~ 5 age in days 27 ~ 28 DEG C, 6 ~ 10 ages in days 25 ~ 26 DEG C, 11 ~ 15 ages in days 22 ~ 24 DEG C, 16 ~ 20 ages in days 20 ~ 22 DEG C; 21 ~ 30 ages in days are reform of nature temperature gradually; Light application time is 1 ~ 3 age in days illumination 24 hours, and 4 ~ 14 age in days illumination 18 hours, reduce light application time later gradually, adopts natural lighting during 20 age in days; Intensity of illumination be every 20 square metres with 25 watts of fluorescent bulbs one, bulb is apart from about 2 meters, ground; Young house relative moisture: be 60% ~ 65%; Change pad grass every day once, drinking-water also will be prevented excessive, and under the prerequisite ensureing brooding temperature, note ventilation ventilation, to keep giving up inner drying; Young goose opens food in 24 hours after going out shell; When opening food, feed can be sprinkling upon on tray or clean Polypropylence Sheet, allow young goose freely peck at, or a small amount of feed is sprinkling upon with it young bird, the desire of pecking to cause it; What can not peck at manually will lure open food, and young goose one opens food will accomplish that cobalt blue pigment is continuous; Carry out epidemic preventing working, epidemic prevention condition is identical simultaneously; C () feeding time and number of times, go out the young goose of shell 1 ~ 3 d, every day feeding 6 times, wherein night feeding 2 times; Go out the young goose of shell 4 ~ 10 d, the number of times of feeding reaches 7 times every day, wherein night feeding 2 times; Go out the young goose of shell 11 ~ 20 d, every day feeding 8 times, night feeding 2 times; Go out the young goose of shell 21 ~ 35 d, every day feeding 8 times, night feeding 2 times; (d) feeding feed stuff situation: 1 ~ 3 age in days, composition of feeding is identical, changes feeding feed stuff composition from 4 ages in days;
Young goose is fed component list
Note:
Roughage formula: rice bran: 50%+ grass meal: 50%; Complete mixed Diet Formula: corn 53.33%+ wheat bran 27.40%+ dregs of beans 15.33%+ stone flour 0.43%+ calcium monohydrogen phosphate 0.93%+ salt 0.91%+ premix 1.67%.
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| CN104186421B (en) * | 2014-09-27 | 2016-05-04 | 管天球 | The foster goose method that second stable breeding of a kind of camellia oleifera lam is partly raised scattered |
| CN107182938A (en) * | 2017-07-20 | 2017-09-22 | 扬州大学 | The annual balanced production method of a kind goose |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2336692C1 (en) * | 2006-12-28 | 2008-10-27 | ФГОУ ВПО "Оренбургский государственный аграрный университет" | Method of geese feeding |
| CN102187841A (en) * | 2011-05-25 | 2011-09-21 | 陈永水 | Method for effectively overcoming seasonal bound of breeding activity of goose breeders |
| CN102972350A (en) * | 2012-12-25 | 2013-03-20 | 黑龙江八一农垦大学 | Method for predicting fertility of ganders |
| CN103004688A (en) * | 2012-08-23 | 2013-04-03 | 兴安县嘉鑫养殖农民专业合作社 | Out-of-season breeding method for breeding geese |
| CN103081861A (en) * | 2013-02-01 | 2013-05-08 | 四川农业大学 | Method for changing meat goose female train mating season |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU1771635C (en) * | 1990-01-03 | 1992-10-30 | Украинский научно-исследовательский институт птицеводства | Method of autosexual geese isolation |
-
2013
- 2013-09-26 CN CN201310443268.8A patent/CN103503830B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2336692C1 (en) * | 2006-12-28 | 2008-10-27 | ФГОУ ВПО "Оренбургский государственный аграрный университет" | Method of geese feeding |
| CN102187841A (en) * | 2011-05-25 | 2011-09-21 | 陈永水 | Method for effectively overcoming seasonal bound of breeding activity of goose breeders |
| CN103004688A (en) * | 2012-08-23 | 2013-04-03 | 兴安县嘉鑫养殖农民专业合作社 | Out-of-season breeding method for breeding geese |
| CN102972350A (en) * | 2012-12-25 | 2013-03-20 | 黑龙江八一农垦大学 | Method for predicting fertility of ganders |
| CN103081861A (en) * | 2013-02-01 | 2013-05-08 | 四川农业大学 | Method for changing meat goose female train mating season |
Non-Patent Citations (5)
| Title |
|---|
| 种鹅的规模化饲养;林庆添等;《养禽与禽病防治》;20031025;第12-14页 * |
| 雏鹅饲养管理与疾病控制;孙立波等;《畜牧生产》;20060101;第30-32页 * |
| 鹅季节性繁殖调控技术的研究开发和展望;施振旦;《养禽与禽病防治》;20051125;第14-16页 * |
| 鹅的生物学特征及在饲养管理中的应用;张建新等;《家畜生态》;20040228;第70-72页 * |
| 鹅饲养技术;石传林等;《农民致富之友》;20050515;第28-29页 * |
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