CN106942150A - A kind of high density propagation method of industrial sheep raising - Google Patents
A kind of high density propagation method of industrial sheep raising Download PDFInfo
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- 238000004519 manufacturing process Methods 0.000 claims abstract description 32
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K67/00—Rearing or breeding animals, not otherwise provided for; New or modified breeds of animals
- A01K67/02—Breeding vertebrates
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K33/00—Medicinal preparations containing inorganic active ingredients
- A61K33/04—Sulfur, selenium or tellurium; Compounds thereof
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61K—PREPARATIONS FOR MEDICAL, DENTAL OR TOILETRY PURPOSES
- A61K35/00—Medicinal preparations containing materials or reaction products thereof with undetermined constitution
- A61K35/66—Microorganisms or materials therefrom
- A61K35/74—Bacteria
- A61K35/741—Probiotics
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Abstract
A kind of high density propagation method of industrial sheep raising, selects prlificacy basis female sheep variety；Lambing ewe carries out Estrus synchronization, artificial insemination and the pregnant inspection of B ultrasound in lamb nursing period, realizes that ewe produces the industrialized propagation production of two tires per year；The breeding sheep gestational period and nursing period nutrition are regulated and controled, i.e., the different production phases give Different Nutrition standard；Mother and sons' early stage subfield is carried out after ewe lambing to raise and regularly breast-feed；And early stage health care is carried out to lamb, improve lamb survival rate；Newborn lamb early stage supplementary feeding；The age in days early weaning of lamb 30；Youth's 7 monthly age above body weight of eweing hogg reach 35kg, you can start breeding breeding；Seed selection 3 to 4 outstanding ewe lambs of lamb descendant of this group of productions, which stay, does standby ewe.The present invention shortens the breeding cycle of ewe, and ewe population densities are greatly improved, and increase ewe produces lamb number per year, excavates ewe breeding production potential, sheep raising benefit is greatly enhanced.
Description
Technical field
The present invention relates to sheep raising reproduction technique field, a kind of high density propagation method of industrial sheep raising is referred specifically to.
Background technology
The breeding potential of ewe is the key link that Yang Chang increases the benefit, particularly in indoor sheep production production and operation, sheep
Feed cost accounts for more than the 70% of sheep raising cost, if breeding potential does not increase, it will directly contribute sheep raising lossing state.At present
The breeding of most of scale indoor sheep production ewe can't be ensured more than 2 lambs, if lamb is whole with 2 years 3 tires per tire
Survive and deliver for sale, be not met by ewe feed cost.Some tires produce many lamb ewes because nutrition supply is not enough, and development of fetus is not
Good, lamb survival rate is very low.Secondly sheep low level management, the restriction breeding factor such as ewe empty, single tire, miscarriage, birth canal infection
Control cannot be eliminated in time.Particularly in the state of nearly 2 years mutton market conditions are low, if not changing the product of ewe also
Kind, modes of reproduction, strengthen the management of ewe, indoor sheep production will be without place.
The content of the invention
A kind of high density propagation method of industrial sheep raising of the present invention, realizes that ewe produces two tires per year, a tire polyembryony it is highly dense
Propagation method.
Therefore, the technical scheme used for：
A kind of high density propagation method of industrial sheep raising, selects prlificacy basis female sheep variety；Lambing ewe is in lamb lactation
Phase carries out Estrus synchronization, artificial insemination and the pregnant inspection of B ultrasound, realizes that ewe produces the industrialized propagation production of two tires per year；To breeding
The ewe gestational period and nursing period nutrition are regulated and controled, i.e., the different production phases give Different Nutrition standard；When ewe lambing is laggard
Row mother and sons' early stage subfield is raised and regularly breast-feeded；And early stage health care is carried out to lamb, improve lamb survival rate；Newborn lamb is in early days
Supplementary feeding；The age in days early weaning of lamb 30；Youth's 7 monthly age above body weight of eweing hogg reach 35kg, you can start breeding breeding；Choosing
3 to 4 outstanding ewe lambs of lamb descendant of this group of productions are educated to stay and do standby ewe.
Further：
The lambing ewe carries out Estrus synchronization, artificial insemination and the specific processing method of the pregnant inspection of B ultrasound in lamb nursing period
For：In ewe postpartum, 18 days put bolt, and bolt is removed while weaning within the 30th day, on the day of injecting the unit of pregnant mare serum 300, heat and the
8-12h carries out artificial insemination twice after first service, feelings is tried again within the 15-20 days after breeding, checks whether there is unpregnancy and return feelings
Ewe, carries out the pregnant inspection of B ultrasound in 40 days after breeding.
The breeding sheep gestational period and nursing period trophic level are as follows respectively：Finishing period ewe：Full-time grain pellet
（Air-dry）1.4kg, 155 grams of crude protein, digestible energy 9.65MJ, 3.2 grams of calcium, 2.0 grams of phosphorus, 6.6 grams of salt, 2.0 grams of sulphur, iron
60mg, the mg of copper 13, the mg of manganese 28, the mg of zinc 45, the mg of cobalt 0.22, the mg of iodine 1.2, the mg of molybdenum 0.68, the mg of selenium 0.2, carrotene
0.9mg；
Breeding season ewe：Full-time grain pellet（Air-dry）1.5kg, 168 grams of crude protein, digestible energy 12.56MJ, 3.5 grams of calcium, phosphorus
2.5 grams, 7.0 grams of salt, 2.3 grams of sulphur, iron 65mg, the mg of copper 15, the mg of manganese 30, the mg of zinc 48, the mg of cobalt 0.24, the mg of iodine 1.3, molybdenum
0.70 mg, selenium 0.22mg, carrotene 0.9mg；
First half period of gestation ewe：Full-time grain pellet（Air-dry）1.6kg, 188 grams of crude protein, digestible energy 13.45MJ, 4.0 grams of calcium,
3.0 grams of phosphorus, 7.5 grams of salt, 2.3 grams of sulphur, iron 70mg, the mg of copper 16, the mg of manganese 32, the mg of zinc 50, the mg of cobalt 0.26, the mg of iodine 1.4,
The mg of molybdenum 0.72, the mg of selenium 0.24, carrotene 0.9mg；
Latter half of gestation list tire ewe：Full-time grain pellet（Air-dry）1.5kg, 200 grams of crude protein, digestible energy 15.06MJ, calcium
5.5 grams, 3.5 grams of phosphorus, 7.5 grams of salt, 2.5 grams of sulphur, iron 70mg, the mg of copper 17, the mg of manganese 32, the mg of zinc 50, the mg of cobalt 0.26, iodine
1.4 mg, the mg of molybdenum 0.72, the mg of selenium 0.24, carrotene 0.9mg；
Latter half of gestation twins ewe：Full-time grain pellet（Air-dry）1.5kg, 230 grams of crude protein, digestible energy 17.66MJ, calcium
7.5 grams, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine
1.5 mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg；
Latter half of gestation polyembryony ewe：Full-time grain pellet（Air-dry）1.5kg, 260 grams of crude protein, digestible energy 18.54MJ, calcium
7.6 grams, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine
1.5 mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg；
Nursing period polyembryony ewe：Full-time grain pellet（Air-dry）1.7kg, 280 grams of crude protein, digestible energy 18.54MJ, calcium 7.6
Gram, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine 1.5
Mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg.
The early stage health-care method of the newborn lamb is：Disinfected during 1 age in days of newborn lamb with 5% tincture of iodine immersion umbilical cord
And oral 5 milliliters of liquid probiotics；2 milliliters of sodium selenites are subcutaneously injected during 3 age in days of newborn lamb；The age in days of newborn lamb 7,10 days
Oral 5 milliliters of liquid probiotics during age；Prevent lamb dysentery and lamb white muscle disease, improve lamb survival rate.
The newborn lamb early stage supplementary feeding is substitute breast milk and the full-time grain pellet of lamb；Substitute breast milk adds standard：Lamb
Age in days 10 days, it is respectively 12 grams, 25 grams, 50 grams, 100 grams, 150 grams within 15,20,25,30, daily supplementary feeding six times；Lamb
The full-time grain pellet addition standard of sheep：Lamb age in days 10 days, be respectively within 15,20,25,30 10 grams, 50 grams, 100
Gram, 150 grams, 250 grams, daily supplementary feeding six times.
The outstanding ewe lamb of lamb descendant of one tire of described this group of ewes of seed selection 3 to 4, is used as the method for standby ewe：By selecting and remain hair
Cultivate, growth is fast, the lamb ewe lamb of one tire of physique healthy and strong 3 to 4, and point group feeding is supported, and by wean selection, is bred as before selection, breeding again
Secondary selection, educated by 2 years this mass selection, many lamb ewe ratios is reached more than 90%, the breeding potential of this group is reached 300%, this
Group's ewe year litter size reaches more than 6, and part ewe year litter size reaches 7-8 only.
The breeding for improving ewe is put into top priority by the present invention, and it is long-term Oestrus Lambing to possess with polyembryony ewe kind,
Based on the strong kind of adaptability, premunition, secondly using the estrus synchronization of sheep, artificial insemination, the inspection of B ultrasound early pregnancy, lamb
Sheep early stage supplementary feeding, wean, health care, mother and sons' subfield raise, supply pregnancy ewes standardization nutrition, the basic ewe choosing of one-child prolificacy
Educate, the scientific breeding technology such as fine-grained management, improve ewe breeding potential from multiple links.Shorten the breeding cycle of ewe, significantly
Degree improves ewe population densities, and increase ewe produces lamb number per year, excavates ewe breeding production potential, sheep raising benefit is obtained greatly
The raising of amplitude.
Embodiment
The present invention and its effect are further illustrated below.
A kind of high density propagation method of industrial sheep raising, selects prlificacy basis female sheep variety；Lambing ewe is in lamb
Nursing period carries out Estrus synchronization, artificial insemination and the pregnant inspection of B ultrasound, realizes that ewe produces the industrialized propagation production of two tires per year；It is right
The breeding sheep gestational period and nursing period nutrition are regulated and controled, i.e., the different production phases give Different Nutrition standard；When ewe lambing
After take early stage mother and sons' subfield raised and timing breast-feed；Newborn lamb early stage supplementary feeding, lamb artificial induction since 7 ages in days
Supplementary feeding, 10 ages in days can realize the purpose of lamb early stage supplementary feeding；And early stage health care is carried out to lamb, prevention lamb dysentery and lamb are white
Myopathy；The age in days early weaning of lamb 30；Youth's 7 monthly age above body weight of eweing hogg reach 35kg, you can start breeding breeding；Choosing
Educate this group of ewes and produce 3 to the 4 outstanding ewe lambs of lamb descendant, select and remain as standby ewe.It is described as follows：
1st, selection prlificacy basis female sheep variety-sheep, with four seasons heat, long-term lambing, strong adaptability, breeding potential are high.It is many
Tire naked eyed test is the basis for realizing the breeding of batch production high density.
The ewe selection of prlificacy basis（Sheep contrasts with Small-fat-tail sheep breeding potential）
2nd, lambing ewe carries out Estrus synchronization in lamb nursing period, and in ewe postpartum, the 18th day puts bolt, weans at the 30th day
While remove bolt, and inject the unit of pregnant mare serum 300.32nd day examination feelings, artificial insemination, the after breeding tries for 15-20 days again
Feelings, check whether there is unpregnancy and return feelings ewe, the pregnant inspection of 40 days B ultrasound after breeding.Realize the industrialized propagation that ewe produces two tires per year
Production.
3rd, the effect of the nutrition regulation technology of the breeding sheep：The nutrition of different reproductive stage ewe standardization is supplied,
Such as the nutrition that pregnancy ewes are standardized, according to the pregnant inspection of B ultrasound, bosom twin lamb(s), 3 lambs, 4 lamb information, subfield is raised, and supplies different nutrition
Standard, enables fetus to obtain good development, improves newborn lamb birth weight；Production checking is battalion to Ewe in suckling period standardization
Regulation and control are supported, make Ewe in suckling period within 30 days postpartum, average give milk day reaches 1.6kg, it is indivedual high to reach 1.8kg.Therefore, such as
Fruit ewe postpartum nutrients help is followed up, and a tire produces 4 lambs can meet lamb lactation completely.Breeding sheep difference production phase nutrition mark
Quasi- control technique, hence it is evident that improve the production targets such as ewe Oestrus rate, conception rate, lamb Birth weight, lactation amount.
Different Nutrition supply mode Production Benefit Index contrast test
4. described in mother and sons' subfield raise, method of regularly breast-feeding, the particularly suitable lamb above lamb lactation of production 2, every 6 hours of lamb feeds one
Secondary milk, production 3-4 lambs first feed a weak lamb, and ewe puts the milk time and is generally 10 minutes, first allows weak lamb to eat breast 5 minutes, then will be strong
Lamb decontrols, so strong lamb has captured nipple at once, and finally producing 3 lambs, 4 lambs can survive, and grow equally strong.Past is female
Sheep production 3-4 lambs are difficult to survive, and have two reasons, one is polyembryony ewe subalimentation, and fetus does not obtain good development.Secondly
It is the lactation method of lamb, strong lamb captures teat always, and weak lamb is hungry dead.Using the advantage that mother and sons' subfield feeding manner is maximum
It is：Ewe can be rested well after lamb subfield, and losing flesh in ewe postpartum, phenomenon is not obvious, and post-partum estrus is early, has part female
Just there was heat phenomenon in 15-20 days sheep postpartum.Secondly mother and sons' subfield is raised and is more beneficial for lamb early stage supplementary feeding.
The benefit that mother and sons' subfield is raised
5th, the lamb early stage health care and the effect of epidemic prevention technology：Started lamb care procedure since the same day that lamb is born.
Prevent diarrhoea in the age in days of lamb 10, lamb white muscle disease；Because newborn lamb early stage resistance, immunity are poor, the early stage of lamb protects
Strong is to ensure the very effective measure of lamb health, and the survival rate of lamb will be greatly improved in the measure.
6th, the lamb early stage supplementary feeding, lamb artificial induction's supplementary feeding since 7 ages in days, 10 ages in days can realize lamb supplement
The purpose of feeding.It is secondary breast-feed before first promote 5 milliliters of liquid substitute breast milk in 10 milliliters of syringes of lamb bicker needle-less（Substitute breast milk
Can the commercially available finished product of cash purchase）, the purpose that a small amount of substitute breast milk can reach supplement feeding is put into after two days in lamb supplementary feeding groove.
Lamb early stage supplementary feeding is the most basic condition for realizing lamb early weaning.
7th, the lamb early weaning（30 ages in days）, lamb weight reaches that 8kg, feeding 100 grams of lamb milk replacer, lamb are complete
Daily ration pellet（The commercially available finished product of cash purchase）More than 200 grams can wean.The early weaning of lamb is to shorten the ewe breeding cycle
Advantage.
The monthly age of lamb 1 weans and 2 monthly ages wean growth indexes contrast（By taking twin lamb(s) as an example）
8th, youth of the present invention 7 monthly age above body weight of eweing hogg reach 35kg, you can use Estrus synchronization, into normal
Breeding production, realizes that the newborn ewe lamb end of the year at the beginning of the year can lambing.Catching the breeding potential makes a breeding sheep be coming year fecund 3
Lamb.
Ewe lamb breeds lambing statistical analysis then（The Yang Chang of one 1000 basic ewes）
9th, the present invention selects and remain this group of 3 to the 4 outstanding ewe lambs of lamb descendant of production, and the basis female sheep year litter size after seed selection can be made to increase by 1 one 2
Only, one times of traditional sheep raising pattern ewe litter size is made.The lamb that the ewe that lambing is more, milk performance is good, lamb is healthy and strong is produced
Sheep, make preparations for sowing sheep after giving over to.The seed selection mode has become the raising big advantage of breeding potential one.By 2-3 select and remain can make it is many
Tire（3-4 lambs）Ewe accounts for 100%, and ewe breeding potential is reached into more than 300%.Part ewe year litter size is reached using the present invention
To 7-8 only, production 3-4 lambs turn into a bright spot of highly dense breeding.
Mother production 3-4 lambs turn into the highly dense breeding new technology of industrial sheep raising
10th, it is described breeding production become more meticulous, informatization management method.Application messageization breeds production technology, record breeding production
Information, eliminate in time single tire, continuous three breedings do not become pregnant, double miscarriage, postpartum agalorrhea, mammitis, birth canal inflammation etc.
Ewe, reduces invalid feeding cost.
The highly dense breeding of industrial sheep raising and the contrast of traditional scale sheep raising breeding potential
Claims (6)
1. a kind of high density propagation method of industrial sheep raising, it is characterised in that：Select prlificacy basis female sheep variety；Lambing is female
Sheep carries out Estrus synchronization, artificial insemination and the pregnant inspection of B ultrasound in lamb nursing period, realizes that ewe produces the industrialized propagation of two tires per year
Production；The breeding sheep gestational period and nursing period nutrition are regulated and controled, i.e., the different production phases give Different Nutrition standard；Work as mother
Mother and sons' early stage subfield is carried out after sheep lambing to raise and regularly breast-feed；And early stage health care is carried out to lamb, improve lamb survival rate；Newly
Raw lamb early stage supplementary feeding；The age in days early weaning of lamb 30；Youth's 7 monthly age above body weight of eweing hogg reach 35kg, you can start
Breeding breeding；Seed selection 3 to 4 outstanding ewe lambs of lamb descendant of this group of productions, which stay, does standby ewe.
2. a kind of high density propagation method of industrial sheep raising according to claim 1, it is characterised in that：The lambing is female
Sheep carries out Estrus synchronization, artificial insemination and the specific processing method of the pregnant inspection of B ultrasound in lamb nursing period：In ewe postpartum 18
It puts bolt, and bolt is removed while weaning within the 30th day, injects the unit of pregnant mare serum 300,8-12h after the heat same day and first time semen deposition
Artificial insemination twice is carried out, feelings is tried again within the 15-20 days after breeding, checks whether there is unpregnancy and return feelings ewe, 40 days after breeding
Carry out the pregnant inspection of B ultrasound.
3. a kind of high density propagation method of industrial sheep raising according to claim 1, it is characterised in that：The Reproductive Female
The sheep gestational period and nursing period trophic level are as follows respectively：Finishing period ewe：Full-time grain pellet（Air-dry）1.4kg, crude protein
155 grams, digestible energy 9.65MJ, 3.2 grams of calcium, 2.0 grams of phosphorus, 6.6 grams of salt, 2.0 grams of sulphur, iron 60mg, the mg of copper 13, the mg of manganese 28,
The mg of zinc 45, the mg of cobalt 0.22, the mg of iodine 1.2, the mg of molybdenum 0.68, the mg of selenium 0.2, carrotene 0.9mg；
Breeding season ewe：Full-time grain pellet（Air-dry）1.5kg, 168 grams of crude protein, digestible energy 12.56MJ, 3.5 grams of calcium, phosphorus
2.5 grams, 7.0 grams of salt, 2.3 grams of sulphur, iron 65mg, the mg of copper 15, the mg of manganese 30, the mg of zinc 48, the mg of cobalt 0.24, the mg of iodine 1.3, molybdenum
0.70 mg, selenium 0.22mg, carrotene 0.9mg；
First half period of gestation ewe：Full-time grain pellet（Air-dry）1.6kg, 188 grams of crude protein, digestible energy 13.45MJ, 4.0 grams of calcium,
3.0 grams of phosphorus, 7.5 grams of salt, 2.3 grams of sulphur, iron 70mg, the mg of copper 16, the mg of manganese 32, the mg of zinc 50, the mg of cobalt 0.26, the mg of iodine 1.4,
The mg of molybdenum 0.72, the mg of selenium 0.24, carrotene 0.9mg；
Latter half of gestation list tire ewe：Full-time grain pellet（Air-dry）1.5kg, 200 grams of crude protein, digestible energy 15.06MJ, calcium
5.5 grams, 3.5 grams of phosphorus, 7.5 grams of salt, 2.5 grams of sulphur, iron 70mg, the mg of copper 17, the mg of manganese 32, the mg of zinc 50, the mg of cobalt 0.26, iodine
1.4 mg, the mg of molybdenum 0.72, the mg of selenium 0.24, carrotene 0.9mg；
Latter half of gestation twins ewe：Full-time grain pellet（Air-dry）1.5kg, 230 grams of crude protein, digestible energy 17.66MJ, calcium
7.5 grams, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine
1.5 mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg；
Latter half of gestation polyembryony ewe：Full-time grain pellet（Air-dry）1.5kg, 260 grams of crude protein, digestible energy 18.54MJ, calcium
7.6 grams, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine
1.5 mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg；
Nursing period polyembryony ewe：Full-time grain pellet（Air-dry）1.7kg, 280 grams of crude protein, digestible energy 18.54MJ, calcium 7.6
Gram, 4.3 grams of phosphorus, 8.0 grams of salt, 2.5 grams of sulphur, iron 76mg, the mg of copper 18, the mg of manganese 36, the mg of zinc 53, the mg of cobalt 0.28, iodine 1.5
Mg, the mg of molybdenum 0.76, the mg of selenium 0.26, carrotene 0.9mg.
4. a kind of high density propagation method of industrial sheep raising according to claim 1, it is characterised in that：The newborn lamb
The early stage health-care method of sheep is：Disinfected during 1 age in days of newborn lamb with 5% tincture of iodine immersion umbilical cord and oral 5 milliliters of liquid is prebiotic
Bacterium；2 milliliters of sodium selenites are subcutaneously injected during 3 age in days of newborn lamb；Oral 5 milliliters of liquid when the age in days of newborn lamb 7,10 age in days
Probiotics；Prevent lamb dysentery and lamb white muscle disease, improve lamb survival rate.
5. a kind of high density propagation method of industrial sheep raising according to claim 1, it is characterised in that：The newborn lamb
Sheep early stage supplementary feeding is substitute breast milk and the full-time grain pellet of lamb；Substitute breast milk adds standard：Lamb age in days 10 days, 15 days, 20 days,
25,30 are respectively 12 grams, 25 grams, 50 grams, 100 grams, 150 grams, daily supplementary feeding six times；The full-time grain pellet addition of lamb
Standard：Lamb age in days 10 days, it is respectively 10 grams, 50 grams, 100 grams, 150 grams, 250 grams within 15,20,25,30, mends daily
Raise six times.
6. a kind of high density propagation method of industrial sheep raising according to claim 1, it is characterised in that：The seed selection sheet
The outstanding ewe lamb of lamb descendant of one tire of group ewe 3 to 4, is used as the method for standby ewe：Developed by selecting and remain, growth is fast, constitution is good for
The lamb ewe lamb of a tire 3 to 4 is strengthened, and point group feeding is supported, by being selected again before wean selection, incubation selection, breeding, by the sheet of 2 years
Mass selection is educated, and many lamb ewe ratios is reached more than 90%, the breeding potential of this group is reached 300%, and this group of ewe year litter sizes reach 6
More than only, part ewe year litter size reaches 7-8 only.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109090038A (en) * | 2018-08-29 | 2018-12-28 | 内蒙古农业大学 | A kind of Daqunshan Mountains goat cultivating method of new species |
| EA036294B1 (en) * | 2017-12-11 | 2020-10-22 | Акционерное Общество "Казахский Агротехнический Университет Имени Сакена Сейфуллина" | Method for separate-suckling raising of medium-wool lambs |
| CN112400803A (en) * | 2020-12-18 | 2021-02-26 | 河南君邦企业管理咨询有限公司 | Method for breeding ewes fed in barn for 2 fetuses in 1 year |
| CN112841135A (en) * | 2021-03-11 | 2021-05-28 | 甘肃省绵羊繁育技术推广站 | Method for improving production efficiency of lambs in lactation period |
| CN113424796A (en) * | 2021-07-29 | 2021-09-24 | 内蒙古骏羊牧业有限公司 | Dairy goat mating method |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101361471A (en) * | 2007-08-06 | 2009-02-11 | 黑龙江省农业科学院畜牧研究中心 | High frequency efficient breeding control technique of meat sheep |
-
2017
- 2017-04-21 CN CN201710267522.1A patent/CN106942150A/en not_active Withdrawn
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101361471A (en) * | 2007-08-06 | 2009-02-11 | 黑龙江省农业科学院畜牧研究中心 | High frequency efficient breeding control technique of meat sheep |
Non-Patent Citations (1)
| Title |
|---|
| 商树岐: "《羊》", 30 September 1998 * |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EA036294B1 (en) * | 2017-12-11 | 2020-10-22 | Акционерное Общество "Казахский Агротехнический Университет Имени Сакена Сейфуллина" | Method for separate-suckling raising of medium-wool lambs |
| CN109090038A (en) * | 2018-08-29 | 2018-12-28 | 内蒙古农业大学 | A kind of Daqunshan Mountains goat cultivating method of new species |
| CN112400803A (en) * | 2020-12-18 | 2021-02-26 | 河南君邦企业管理咨询有限公司 | Method for breeding ewes fed in barn for 2 fetuses in 1 year |
| CN112841135A (en) * | 2021-03-11 | 2021-05-28 | 甘肃省绵羊繁育技术推广站 | Method for improving production efficiency of lambs in lactation period |
| CN113424796A (en) * | 2021-07-29 | 2021-09-24 | 内蒙古骏羊牧业有限公司 | Dairy goat mating method |
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