CN1653891A - Method for breeding cock up fry - Google Patents
Method for breeding cock up fry Download PDFInfo
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- CN1653891A CN1653891A CNA2004100523180A CN200410052318A CN1653891A CN 1653891 A CN1653891 A CN 1653891A CN A2004100523180 A CNA2004100523180 A CN A2004100523180A CN 200410052318 A CN200410052318 A CN 200410052318A CN 1653891 A CN1653891 A CN 1653891A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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Abstract
The present invention discloses the culture medicine of giant perch fry, and aims at provides culture medicine of giant perch fry with fast growth speed, high survival rate and low cost. The method includes desalted giant perch fry culture of fry in 10-25 days after hatching and fry length of 0.5-1.0 cm inside indoor culture pond with local culture salt content condition until fry length raised to 2.5-3.5 cm, and feed domestication in culture pond to fry length of 7-10 cm and to become fry with strong resistance and adaptability. The technology of the present invention is applicable in culture of other fish fry.
Description
Technical field
The present invention relates to the breeding method of a kind of fry, particularly relate to the breeding method of a kind of barramundi fry.
Background technology
Barramundi (LATES CALCERIFER) nutritive value and all higher seawater fish of economic worth also are the important breed varieties in area, river mouth, China south.Usually culture the required fry of barramundi and all one bring into mouthful from Southeast Asia, but there is following problem in the fry of buying when culturing: 1, buy fry body length and be generally 8～10cm, individuality is bigger, is difficult to transportation, and the transportation lethality is higher; 2, big specification fry reduces through long-time transportation back resistance, directly influences the growth rate and the survival rate of adult fish culture; 3, the adaptability in the strange land of big specification fry is relatively poor, has also directly influenced growth rate and survival rate; 4, the cost of big specification fry is higher, about 1.5～2.5 yuan of every tail.Therefore the barramundi fry growth rate of existing import is slow, survival rate is low, and the cost height.
Summary of the invention
Technical problem to be solved by this invention is to overcome the deficiencies in the prior art, and the breeding method of a kind of barramundi fry is provided, and is fast with the fry growth rate that this method is cultivated, survival rate is high, cost is low.
The technical solution adopted in the present invention is: the breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out desalination cultivation in cultivating the pond:
Volume 15～20m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.0～1.5m deeply;
B, described prelarva employing hatching back 10～25 days, body length are the prelarva of 0.5～1.0cm;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 3～4 times by per 100,000 tail prelarvas halogen worm resting egg 230～260g day by day;
D, carrying out during the described desalination cultivation must be with described air pump 24 hours to continuous charge in the described cultivation pond;
E, to keep cultivating water temperature with the heating of described boiler be 18～30 ℃, through after 11～21 days raise, described young fish length increases to 2.5～3.5cm, promptly finish described desalination cultivation work: regulating described cultivation salinity water is 10 ‰～15 ‰, supported 2～3 days temporarily under this salinity condition, supporting density temporarily is 6000～8000 tails/m
3Begin to reduce day by day the salinity of described cultivation water afterwards, change pond water 5～15% every day when adding fresh water and desalinating, and the salinity with described cultivation water in 8～15 days transfers to 1 ‰～3 ‰, supports 1～3 day temporarily under this salinity again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 10～15 mu pond, clean up the pond the sterilization after include the dark water of 1.5～2m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 2～5 days, the amount of application of described composite fertilizer is 3～8kg/ mu, the amount of application of described photosynthetic bacteria is 2.5～5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 5～10 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that described desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves to and cultivated in first net cage 7～10 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieve, with body length is that the fry of 5～6cm moves to second net cage and cultivated 7～10 days, when body length increased to 7～10cm, threw in fish meal 3～5 time by 30～50% feeding volume of fish body weight this every day in stage, and described fish meal adopts fish gruel or the fish piece of small fish.
Described prelarva is preferably adopted hatching back, and 15～20 days, body length are the prelarva of 0.5～1.0cm.
The optimum value that keeps described cultivation water temperature is 23～28 ℃, through after 11～21 days raise, described young fish length can increase to 2.5～3.5cm: be to support 2～3 days temporarily under 10 ‰～15 ‰ the condition at salinity water, adding fresh water afterwards every day desalinates, change pond water 8～12% simultaneously, in 8～12 days, salinity water is transferred to 1 ‰～3 ‰, under this salinity, supported 1～3 day temporarily again.
The invention has the beneficial effects as follows: because the present invention is adopt earlier the hatching back 10～25 days, body length is that the prelarva of 0.5～1.0cm carries out the fry desalination cultivation according to the salinity condition that culture the locality in the indoor culture pond, treat to move to again when body length increases to 2.5～3.5cm the cultivation pond and carry out the food domestication, when body length increases to 7～10cm can adult fish culture fry, do not need long transportation, resistivity and adaptive capacity are all very strong during breed, so the fry growth rate is fast, survival rate is high; Owing to do not need import, and breeding method is simple, so the cost of fry is low, can be reduced to 0.3～0.5 yuan/tail.
Embodiment
Embodiment one:
The breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out desalination cultivation in cultivating the pond:
Volume 15m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.0m deeply;
It is the prelarva of 0.5～1.0cm that B, described prelarva are adopted back 10 days of hatching, body length;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 3 times by per 100,000 tail prelarvas halogen worm resting egg 230g (halogen worm incubation rate is 80%) day by day;
D, carry out to give continuous charge in the described cultivation pond in 24 hours with air pump during the described desalination cultivation;
E, since the cultivation time usually in annual 3～April, often be in warm first cold season in spring, therefore to note heating warm-keeping, keeping cultivating water temperature with boiler heating is 18 ℃, and desalinates cultivating water according to the salinity condition that culture the locality, through after 11 days raise, described young fish length can increase to 2.5～3.5cm, promptly finish described desalination cultivation work: regulating and cultivating salinity water is 10 ‰, supports 2 days temporarily under this salinity condition, and supporting density temporarily is 6000 tails/m
3, beginning to reduce day by day the salinity of cultivating water afterwards, change pond water 5% every day when adding fresh water and desalinating, will cultivate salinity water and transfer to 1 ‰ in 8 days, under this salinity foster 1 day temporarily again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 10 mu pond, clean up the pond the sterilization after include the dark water of 1.5m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 2 days, the amount of application of composite fertilizer is 3/ mu, the amount of application of photosynthetic bacteria is 2.5/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 5 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves in first net cage and cultivated 7 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieve, with body length is that the fry of 5～6cm moves to second net cage and cultivated 7 days, when body length increases to 7～10cm, the fry in this stage will carry out the food domestication, the fry that is about to original feeding zooplankton changes artificial fish gruel or the fish piece of throwing of ingesting into, and every day is by throw something and feed rotten 3 times of the fish of the bright small fish of ice of 30% feeding volume of fish body weight.
Embodiment two:
The breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out desalination cultivation in cultivating the pond:
Volume 20m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.5m deeply;
It is the prelarva of 0.5～1.0cm that B, described prelarva are adopted back 25 days of hatching, body length;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 4 times by per 100,000 tail prelarvas halogen worm resting egg 260g day by day;
D, carry out to give continuous charge in the described cultivation pond in 24 hours with air pump during the described desalination cultivation;
E, keep to cultivate water temperature be 30 ℃, and through after 21 days raise, described young fish length increases to 2.5～3.5cm, promptly finishes described desalination cultivation work: regulating and cultivating salinity water is 15 ‰, supports 3 days temporarily under this salinity condition, and supporting density temporarily is 8000 tails/m
3, beginning to reduce day by day the salinity of cultivating water afterwards, change pond water 15% every day when adding fresh water and desalinating, will cultivate salinity water and transfer to 3 ‰ in 8～15 days, under this salinity foster 3 days temporarily again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 15 mu pond, clean up the pond the sterilization after include the dark water of 2m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 5 days, the amount of application of composite fertilizer is a 8kg/ mu, the amount of application of photosynthetic bacteria is a 5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 10 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves in first net cage and cultivated 10 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieving, is that the fry of 5～6cm moves to second net cage and cultivated 10 days with body length, and when body length increased to 7～10cm, this every day in stage was by throw something and feed rotten 5 times of the fish of the bright small fish of ice of 50% feeding volume of fish body weight.
All the other features are with embodiment one.
Embodiment three:
The breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out the fry desalination cultivation in cultivating the pond:
Volume 18m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.3m deeply;
It is the prelarva of 0.5～1.0cm that B, described prelarva are adopted back 15 days of hatching, body length;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 3 times by per 100,000 tail prelarvas halogen worm resting egg 240g day by day;
D, carry out to give continuous charge in the described cultivation pond in 24 hours with air pump during the described desalination cultivation;
E, keep to cultivate water temperature be 23 ℃, and through after 11 days raise, described young fish length increases to 2.5～3.5cm, promptly finishes described desalination cultivation work: regulating and cultivating salinity water is 13 ‰, supports 2 days temporarily under this salinity condition, and supporting density temporarily is 7000 tails/m
3, beginning day to reduce a salinity of cultivating water afterwards, change pond water 8% every day when adding fresh water and desalinating, will cultivate salinity water and transfer to 2 ‰ in 8 days, under this salinity foster 1 day temporarily again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 13 mu pond, clean up the pond the sterilization after include the dark water of 1.8m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 3 days, the amount of application of composite fertilizer is a 5kg/ mu, the amount of application of photosynthetic bacteria is a 3.5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 7 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves in first net cage and cultivated 8 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieving, is that the fry of 5～6cm moves to second net cage and cultivated 8 days with body length, and when body length increased to 7～10cm, this every day in stage was by throw something and feed rotten 4 times of the fish of the bright small fish of ice of 40% feeding volume of fish body weight.
All the other features are with embodiment one.
Embodiment four:
The breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out the fry desalination cultivation in cultivating the pond:
Volume 18m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.3m deeply;
It is the prelarva of 0.5～1.0cm that B, described prelarva are adopted back 18 days of hatching, body length;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 4 times by per 100,000 tail prelarvas halogen worm resting egg 250g day by day;
D, carry out to give continuous charge in the described cultivation pond in 24 hours with air pump during the described desalination cultivation;
E, keep to cultivate water temperature be 25 ℃, and through after 14 days raise, described young fish length increases to 2.5～3.5cm, promptly finishes described desalination cultivation work: regulating and cultivating salinity water is 13 ‰, supports 2 days temporarily under this salinity condition, and supporting density temporarily is 7000 tails/m
3, beginning to reduce day by day the salinity of cultivating water afterwards, change pond water 10% every day when adding fresh water and desalinating, will cultivate salinity water and transfer to 2 ‰ in 10 days, under this salinity foster 2 days temporarily again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 13 mu pond, clean up the pond the sterilization after include the dark water of 1.8m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 3 days, the amount of application of composite fertilizer is a 5kg/ mu, the amount of application of photosynthetic bacteria is a 3.5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 8 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves in first net cage and cultivated 8 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieving, is that the fry of 5～6cm moves to second net cage and cultivated 8 days with body length, and when body length increased to 7～10cm, this every day in stage was by throw something and feed rotten 4 times of the fish of the bright small fish of ice of 40% feeding volume of fish body weight.
All the other features are with embodiment one.
Embodiment five:
The breeding method of barramundi fry of the present invention may further comprise the steps:
(1) prelarva after will hatching earlier carries out desalination cultivation in cultivating the pond:
Volume 18m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.4m deeply;
It is the prelarva of 0.5～1.0cm that B, described prelarva are adopted back 20 days of hatching, body length;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 3 times by per 100,000 tail prelarvas halogen worm resting egg 240g day by day;
D, carry out to give continuous charge in the described cultivation pond in 24 hours with air pump during the described desalination cultivation;
E, keep to cultivate water temperature be 28 ℃, and through after 18 days raise, described young fish length increases to 2.5～3.5cm, promptly finishes described desalination cultivation work: regulating and cultivating salinity water is 13 ‰, supports 3 days temporarily under this salinity condition, and supporting density temporarily is 7000 tails/m
3, beginning to reduce day by day the salinity of cultivating water afterwards, change pond water 12% every day when adding fresh water and desalinating, will cultivate salinity water and transfer to 3 ‰ in 12 days, under this salinity foster 3 days temporarily again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 14 mu pond, clean up the pond the sterilization after include the dark water of 2m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 5 days, the amount of application of composite fertilizer is a 8kg/ mu, the amount of application of photosynthetic bacteria is a 5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 10 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be that the fry of 2.5～3.5cm moves in first net cage and cultivated 10 days, to body length be 5～6cm, this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieving, is that the fry of 5～6cm moves to second net cage and cultivated 10 days with body length, and when body length increased to 7～10cm, this every day in stage was by throw something and feed rotten 5 times of the fish of the bright small fish of ice of 50% feeding volume of fish body weight.
All the other features are with embodiment one.
Claims (3)
1, the breeding method of a kind of barramundi fry, it is characterized in that: it may further comprise the steps:
(1) prelarva after will hatching earlier carries out desalination cultivation in cultivating the pond:
Volume 15～20m is adopted in A, described cultivation pond
3Indoor cement pit sets boiler warming-up device and air pump, and pool inner water is 1.0～1.5m deeply;
B, described prelarva employing hatching back 10～25 days, body length are the prelarva of 0.5～1.0cm;
C, described prelarva promptly begin the bait of throwing something and feeding after going into the pond, the artemia nauplii of described bait just to have hatched, can assist when described nauplius is not enough and throw freezing halogen worm adult, daily ration, feeding quantity divides and throws something and feeds for 3～4 times by per 100,000 tail prelarvas halogen worm resting egg 230～260g day by day;
D, carrying out during the described desalination cultivation must be with described air pump 24 hours to continuous charge in the described cultivation pond;
E, to keep cultivating water temperature with the heating of described boiler be 18～30 ℃, through after 11～21 days raise, described young fish length increases to 2.5～3.5cm, promptly finish described desalination cultivation work: regulating described cultivation salinity water is 10 ‰～15 ‰, supported 2～3 days temporarily under this salinity condition, supporting density temporarily is 6000～8000 tails/m
3Begin to reduce day by day the salinity of described cultivation water afterwards, change pond water 5～15% every day when adding fresh water and desalinating, and the salinity with described cultivation water in 8～15 days transfers to 1 ‰～3 ‰, supports 1～3 day temporarily under this salinity again;
(2) again that described desalination cultivation is good fry is put to cultivating the pond and carries out the food domestication:
A, the described cultivation of preparation pond: the employing area is 10～15 mu pond, clean up the pond the sterilization after include the dark water of 1.5～2m in, configuration net cage, aerator, use composite fertilizer and photosynthetic bacteria after 2～5 days, the amount of application of described composite fertilizer is 3～8kg/ mu, the amount of application of described photosynthetic bacteria is 2.5～5kg/ mu, every other day uses described photosynthetic bacteria once by this amount of application afterwards; Apply fertilizer after 5～10 days, water colour is gradually dense, and plankton breedings such as a considerable amount of cladoceras, copepoda are just arranged in the pool, promptly forms described cultivation pond;
B, the fry that described desalination cultivation is good move in the described net cage in the described cultivation pond and cultivate:
Phase I: by 2000 tails/m
3The cultivation density body length that described desalination cultivation is good be
2.5 moving to, the fry of～3.5cm cultivated in first net cage 7～10 days, to body
Length is 5～6cm, and this not bait throwing in of stage is a food with the plankton in the water;
Second stage: sieve, with body length be the fry of 5～6cm move to second net cage and cultivate 7～
10 days, when body length increased to 7～10cm, this by the fish body weight every day in stage
30～50% feeding volume is thrown in fish meal 3～5 times, and described fish meal adopts little
Fish gruel of trash fish or fish piece.
2, the breeding method of a kind of barramundi fry according to claim 1 is characterized in that: described prelarva is preferably adopted hatching back, and 15～20 days, body length are the prelarva of 0.5～1.0cm.
3, the breeding method of a kind of barramundi fry according to claim 1, it is characterized in that: the optimum value that keeps described cultivation water temperature is 23～28 ℃, through after 11～21 days raise, described young fish length can increase to 2.5～3.5cm: be to support 2～3 days temporarily under 10 ‰～15 ‰ the condition at salinity water, adding fresh water afterwards every day desalinates, change pond water 8～12% simultaneously, in 8～12 days, salinity water is transferred to 1 ‰～3 ‰, under this salinity, supported 1～3 day temporarily again.
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| CNA2004100523180A CN1653891A (en) | 2004-11-22 | 2004-11-22 | Method for breeding cock up fry |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101933481A (en) * | 2010-09-09 | 2011-01-05 | 常熟市水产技术推广站 | Culture method of trachidermus fasciatus |
| CN103004667A (en) * | 2012-12-28 | 2013-04-03 | 珠海市斗门区河口渔业研究所 | Sea bass culturing method suitable for low salinity pond in estuary area |
| CN103202257A (en) * | 2013-05-03 | 2013-07-17 | 泉州昌盛渔业有限公司 | Total artificial batch breeding method of striped bass |
| CN103250663A (en) * | 2013-05-06 | 2013-08-21 | 常熟理工学院 | Four-gill bass cement tank grading cultivation method |
| CN104247688A (en) * | 2014-09-26 | 2014-12-31 | 浙江海洋学院 | Cultivation method of sea bass fingerling holding pond |
| CN104273071A (en) * | 2014-10-20 | 2015-01-14 | 苏州苏湘特种水产养殖场 | High-density zander aquaculture method |
| CN105010179A (en) * | 2015-06-23 | 2015-11-04 | 李海波 | Culture method of perches adopting sea net cage |
| CN105475184A (en) * | 2015-11-18 | 2016-04-13 | 中国海洋大学 | Lateolabrax maculatus oosperm and newly hatched larva hatching and cultivation method |
| CN105830972A (en) * | 2016-03-30 | 2016-08-10 | 邵侠 | Weever fry high survival rate seedling method |
| CN108142329A (en) * | 2018-02-01 | 2018-06-12 | 江苏省农业科学院 | The raw mullet seedling desalination in sea is cultivated and high benefit, the ecological cultivation method of low blowdown |
| CN109329133A (en) * | 2018-11-14 | 2019-02-15 | 穆跃龙 | A kind of high-quality barramundi upgrading volume increase breeding method |
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Cited By (14)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101933481A (en) * | 2010-09-09 | 2011-01-05 | 常熟市水产技术推广站 | Culture method of trachidermus fasciatus |
| CN103004667B (en) * | 2012-12-28 | 2015-05-27 | 珠海市斗门区河口渔业研究所 | Sea bass culturing method suitable for low salinity pond in estuary area |
| CN103004667A (en) * | 2012-12-28 | 2013-04-03 | 珠海市斗门区河口渔业研究所 | Sea bass culturing method suitable for low salinity pond in estuary area |
| CN103202257A (en) * | 2013-05-03 | 2013-07-17 | 泉州昌盛渔业有限公司 | Total artificial batch breeding method of striped bass |
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| CN103250663B (en) * | 2013-05-06 | 2015-09-09 | 常熟理工学院 | Four-gill perch cement pit classification cultural method |
| CN104247688A (en) * | 2014-09-26 | 2014-12-31 | 浙江海洋学院 | Cultivation method of sea bass fingerling holding pond |
| CN104273071A (en) * | 2014-10-20 | 2015-01-14 | 苏州苏湘特种水产养殖场 | High-density zander aquaculture method |
| CN105010179A (en) * | 2015-06-23 | 2015-11-04 | 李海波 | Culture method of perches adopting sea net cage |
| CN105010179B (en) * | 2015-06-23 | 2017-09-05 | 洪作良 | A kind of seawater cage culture method of perch |
| CN105475184A (en) * | 2015-11-18 | 2016-04-13 | 中国海洋大学 | Lateolabrax maculatus oosperm and newly hatched larva hatching and cultivation method |
| CN105830972A (en) * | 2016-03-30 | 2016-08-10 | 邵侠 | Weever fry high survival rate seedling method |
| CN108142329A (en) * | 2018-02-01 | 2018-06-12 | 江苏省农业科学院 | The raw mullet seedling desalination in sea is cultivated and high benefit, the ecological cultivation method of low blowdown |
| CN109329133A (en) * | 2018-11-14 | 2019-02-15 | 穆跃龙 | A kind of high-quality barramundi upgrading volume increase breeding method |
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