CN105265148A - Method for breeding freshwater shrimps in lotus pool - Google Patents
Method for breeding freshwater shrimps in lotus pool Download PDFInfo
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- CN105265148A CN105265148A CN201510696385.4A CN201510696385A CN105265148A CN 105265148 A CN105265148 A CN 105265148A CN 201510696385 A CN201510696385 A CN 201510696385A CN 105265148 A CN105265148 A CN 105265148A
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- culturing pool
- pond
- pond crayfish
- clear water
- seedling
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G22/00—Cultivation of specific crops or plants not otherwise provided for
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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
Abstract
The invention discloses a method for breeding freshwater shrimps in a lotus pool. The method includes the following steps that: a stainless steel net, a gravel layer, a quartz sand layer, a dirt layer, a fertilizer layer and a silt layer are laid at the bottom of a breeding pool; lotus roots are planted at the silt layer; water in the breeding pool is pumped off, and clear water is injected into the breeding pool; freshwater shrimp larvae are thrown into the breeding pool; 1 to 2 months after the freshwater shrimp larvae were thrown into the breeding pool, shrimp fodder of which the diameter is 1mm are thrown into the breeding pool three times per day; 3 to 5 months after the freshwater shrimp larvae were thrown into the breeding pool, shrimp fodder of which the diameter is 3mm are thrown into the breeding pool four times per day; and 6 months after the freshwater shrimp larvae were thrown into the breeding pool, shrimp fodder of which the diameter is 3mm are thrown into the breeding pool five times per day. According to the method of the invention, the breading of the freshwater shrimps and the planting of the lotus roots are combined together, and therefore, the utilization rate of the breeding pool can be improved. Compared with separate breeding, the method can greatly save the usage of fertilizer and fodder. With the method of the invention adopted, the lotus roots can be fat, white and tender and taste sweet, and the freshwater shrimps are nutritious and taste delicious.
Description
Technical field
The present invention relates to a kind of method cultivating pond crayfish in lotus root pond.
Background technology
Lotus rhizome is also known as lotus root, and lotus rhizome is micro-sweet and crisp, can eat raw and also can cook, and quite high by value, can nourish and be used as medicine.Lotus rhizome likes metastable hydrostatic, avoids the flowing water that fluctuation is greatly different and stormy waves is larger, requires that sunshine sufficient.The requirement of lotus rhizome to soil is higher, and soil property is advisable to be rich in organic clay loam, is advisable with faintly acid, and acidity is excessive is unfavorable for that lotus rhizome grows.Too loose soil easily causes again rhizoma nelumbinis spacing short, and skin and flesh is thick and stiff, poor quality.Pond crayfish is one of fresh water shrimp of often eating of people, and it is delicious meat not only, and nutritious, and the cultivation of current China is all single cultivation, and not only economic worth is not high for it, and causes the wasting of resources.
Summary of the invention
An object of the present invention is to solve at least the problems referred to above, and the advantage will illustrated at least is below provided.
A further object of the invention is to provide a kind of method cultivating pond crayfish in lotus root pond, and pond crayfish cultivates by it together with lotus rhizome, improves the availability of culturing pool, also can improve quality and the mouthfeel of lotus rhizome and pond crayfish simultaneously.
In order to realize, according to these objects of the present invention and other advantage, providing a kind of method cultivating pond crayfish in lotus root pond, comprising:
Step one, offer culturing pool, the degree of depth of culturing pool is 2m, lays stainless (steel) wire successively, quartz sand layer that gravel layer that thickness is 30cm, thickness are 20cm, thickness is 30cm dirt bed, fertilizer layer that thickness is 20cm and thickness is the mud of 45cm in the bottom of culturing pool;
Wherein, fertilizer layer is for by barnyard manure, nitrogenous fertilizer, phosphate fertilizer, potash fertilizer and RE microbial fertilizer to be in mass ratio: 5: 1: 1: 1: the 0.3 mixed fertilizer formed is paved into;
Step 2, limit stir clear water, limit irradiation ultraviolet radiation lamp 5min, in mud plantation lotus root kind, implant the clear water crossed through Ultraviolet radiation, keep the water temperature in culturing pool to be 28 DEG C in culturing pool;
Step 3, when by full one month of lotus root kind plantation, the water of finding time in culturing pool, in culturing pool, implantation temperature is the clear water of 28 DEG C, by 0.1kg/m
2consumption in culturing pool, be sprinkled into quicklime, stir, leave standstill 5 days, the water of finding time in culturing pool, adds clear water in culturing pool;
Be the citric acid immersion 15min of 1% by pond crayfish seedling concentration, then be the clean water of 28 DEG C by temperature, after add clear water 3h in culturing pool, throw in the amount of 60 tails according to every square meter, in culturing pool, drop into pond crayfish seedling;
Wherein, before the clear water at every turn added in culturing pool, clear water is logical 3min ozone first, then join in culturing pool;
Step 4, throw in pond crayfish 1st ~ 2 months, keep the water temperature in culturing pool to maintain 28 DEG C all the time, in culturing pool, throw in the shrimp feed that three particle diameters are 1mm every day;
When rendering to the 60th day in culturing pool when pond crayfish, by 37g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir;
Step 5, to throw in 3rd ~ 5 months pond crayfish, keep the water temperature in culturing pool to maintain 28 DEG C all the time, in culturing pool, throws in the shrimp feed that four particle diameters are 3mm every day, and in culturing pool, led to 1h oxygen every four days;
When rendering to the 150th day in culturing pool when pond crayfish, by 40g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir;
Step 6, throw in 6th month pond crayfish, keep the water temperature in culturing pool to maintain 30 DEG C all the time, in culturing pool, throws in the shrimp feed that five particle diameters are 3mm every day, and every other day in culturing pool, lead to 3h oxygen.
Preferably, cultivate in the method for pond crayfish in described lotus root pond, in described step one, gravel layer is that the gravel being 3cm by particle diameter is laid to.
Preferably, cultivate in the method for pond crayfish in described lotus root pond, in described step one, quartz sand layer is that the gravel being 5mm by particle diameter is laid to.
Preferably, cultivate in the method for pond crayfish in described lotus root pond, in described step one, the aperture of stainless (steel) wire is 2cm.
Preferably, cultivate in the method for pond crayfish in described lotus root pond, in described step 3, the amount of 60 tails is thrown according to every square meter, in culturing pool, throw in pond crayfish seedling, be specially: after add clear water 3h in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 20 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after three days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 50 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after five days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 60 tails, and lead to 2h oxygen in culturing pool,
Wherein, before throwing in shrimp seedling in culturing pool, be that the citric acid of 1% soaks 15min by pond crayfish seedling concentration at every turn, then be the clean water of 28 DEG C by temperature.
The present invention at least comprises following beneficial effect: the first, the cultivation of pond crayfish is combined with the cultivation of lotus rhizome by the present invention, improve the availability of culturing pool, lotus rhizome and pond crayfish form an ecosystem in culturing pool simultaneously, lotus rhizome provides food for pond crayfish, pond crayfish provides fertilizer (pond crayfish excreta) for lotus rhizome, compared to independent cultivation, it has saved the usage amount of fertilizer and feed greatly, and fertile, the delicate and sweet mouthfeel of the lotus rhizome utilizing method disclosed by the invention to cultivate out, and pond crayfish is nutritious, and delicious flavour; The second, stainless (steel) wire, gravel layer and quartz sand layer are combined, play the effect isolated with cultivation bottom at the bottom of culturing pool, the lotus rhizome preventing underground bacterium or pollute cultivation and pond crayfish impact, dirt bed, fertilizer layer and mud, for lotus rhizome provides growing environment and necessary nutrient component, particularly RE microbial fertilizer, it effectively can promote that lotus rhizome is to the absorption of nutrient; Three, adopt in the present invention and repeatedly sterilize, substantially increase the survival rate of pond crayfish.
Part is embodied by explanation below by other advantage of the present invention, target and feature, part also will by research and practice of the present invention by those skilled in the art is understood.
Embodiment
Below in conjunction with embodiment, the present invention is described in further detail, can implement according to this with reference to specification word to make those skilled in the art.
Should be appreciated that used hereinly such as " to have ", other element one or more do not allotted in " comprising " and " comprising " term or the existence of its combination or interpolation.
The invention provides a kind of method cultivating pond crayfish in lotus root pond, comprising:
Step one, offer culturing pool, the degree of depth of culturing pool is 2m, lays stainless (steel) wire successively, quartz sand layer that gravel layer that thickness is 30cm, thickness are 20cm, thickness is 30cm dirt bed, fertilizer layer that thickness is 20cm and thickness is the mud of 45cm in the bottom of culturing pool;
Wherein, fertilizer layer is for by barnyard manure, nitrogenous fertilizer, phosphate fertilizer, potash fertilizer and RE microbial fertilizer to be in mass ratio: 5: 1: 1: 1: the 0.3 mixed fertilizer formed is paved into; Stainless (steel) wire, gravel layer and quartz sand layer combine, play the effect isolated with cultivation bottom at the bottom of culturing pool, the lotus rhizome preventing underground bacterium or pollute cultivation and pond crayfish impact, dirt bed, fertilizer layer and mud, for lotus rhizome provides growing environment and necessary nutrient component, particularly RE microbial fertilizer, it effectively can promote that lotus rhizome is to the absorption of nutrient;
Step 2, limit stir clear water, limit irradiation ultraviolet radiation lamp 5min, in mud plantation lotus root kind, implant the clear water crossed through Ultraviolet radiation, keep the water temperature in culturing pool to be 28 DEG C in culturing pool; 28 DEG C of normal growths that ensure that lotus rhizome, and adopt ultraviolet sterilization to clear water, prevent from bringing into parasitic ovum or bacterium, affect surviving and growing of lotus rhizome and pond crayfish;
Step 3, when by full one month of lotus root kind plantation, the water of finding time in culturing pool, in culturing pool, implantation temperature is the clear water of 28 DEG C, by 0.1kg/m
2consumption in culturing pool, be sprinkled into quicklime, stir, leave standstill 5 days, the water of finding time in culturing pool, adds clear water in culturing pool; To find time water and be sprinkled into quicklime all in order to culturing pool sterilization, prevent parasite and bacterium to the harm of pond crayfish seedling;
Be the citric acid immersion 15min of 1% by pond crayfish seedling concentration, then be the clean water of 28 DEG C by temperature, adopt concentration to be 0.1kg/cm in multiple net cage
2limewash soak 10min, then use clear water drip washing 2min, pond crayfish seedling be on average placed in net cage, after add clear water 3h in culturing pool, throw in the amount of 60 tails according to every square meter, the net cage that pond crayfish seedling is housed is placed in culturing pool; Adopting limewash to soak net cage is play the effect to net cage disinfection, prevents it from being brought into by germ;
Wherein, before the clear water at every turn added in culturing pool, clear water is logical 3min ozone first, then join in culturing pool; Lead to ozone sterilization to clear water, prevent from bringing parasitic ovum or bacterium into, affect surviving and growing of lotus rhizome and pond crayfish, the present invention adopts the operation of twice pair of pond crayfish seedling sterilization, substantially increases the survival rate of pond crayfish seedling;
Step 4, pond crayfish throw in 1st ~ 2 months, the water temperature in culturing pool is kept to maintain 28 DEG C all the time, the shrimp feed (namely first shrimp feed is ground to form the powder that particle diameter is 1mm, rendering in culturing pool) that three particle diameters are 1mm is thrown in every day in culturing pool; The shrimp feed of this particle diameter is easy to be eaten by pond crayfish seedling and digest, and this temperature can ensure lotus rhizome and pond crayfish seedling normal growth;
When rendering to the 60th day in culturing pool when pond crayfish, all net cages are taken out, is placed in clear water, and clear water submergence net cage, and continue logical as oxygen in clear water, by 37g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir, leave standstill 5 hours, net cage is put back in culturing pool; Potassium permanganate is to culturing pool sterilization, prevent parasite and bacterium to the harm of pond crayfish seedling, improve the survival rate of shrimp seedling, being pulled out by pond crayfish seedling is to prevent potassium permanganate to its nutrition, and in clear water, continue to pass into oxygen, be to ensure that pond crayfish seedling has sufficient oxygen;
Step 5, pond crayfish throw in 3rd ~ 5 months, the water temperature in culturing pool is kept to maintain 28 DEG C all the time, in culturing pool, throw in four particle diameters every day is that shrimp feed (is namely first ground to form the powder that particle diameter is 3mm by the shrimp feed of 3mm, rendering in culturing pool), and every four days logical 1h oxygen in culturing pool; This temperature can ensure pond crayfish and lotus rhizome normal growth, the shrimp feed of this particle diameter is easy to be eaten by pond crayfish seedling and digest, add feeding number of times simultaneously, ensure that pond crayfish grows fast, due to the growth of pond crayfish and lotus rhizome, and the ight soil of the discharge of pond crayfish easily causes culturing pool richness to support, and causes the water anoxic in culturing pool, oxygen is led to culturing pool, ensure that pond crayfish has enough oxygen;
When rendering to the 150th day in culturing pool when pond crayfish, all net cages are taken out, is placed in clear water, and clear water submergence net cage, and continue logical as oxygen in clear water, by 40g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir; Potassium permanganate is to culturing pool sterilization, prevent parasite and bacterium to the harm of pond crayfish seedling, improve the survival rate of shrimp seedling, being pulled out by pond crayfish seedling is to prevent potassium permanganate to its nutrition, and in clear water, continue to pass into oxygen, be to ensure that pond crayfish seedling has sufficient oxygen;
Step 6, throw in 6th month pond crayfish, the water temperature in culturing pool is kept to maintain 30 DEG C all the time, in culturing pool, throw in five particle diameters every day is that shrimp feed (is namely first ground to form the powder that particle diameter is 3mm by the shrimp feed of 3mm, rendering in culturing pool), and every other day in culturing pool, lead to 3h oxygen; Along with the growth of pond crayfish and lotus rhizome, the demand of temperature is also changed, the setting of this temperature, ensure that the normal growth of pond crayfish and lotus rhizome, adds feeding number of times simultaneously, ensure that pond crayfish grows fast, due to the growth of pond crayfish and lotus rhizome, and the ight soil of the discharge of pond crayfish easily causes culturing pool richness to support, and causes the water anoxic in culturing pool, oxygen is led to culturing pool, ensure that pond crayfish has enough oxygen.
Through above-mentioned cultivation, pond crayfish and lotus rhizome can be obtained
Another kind of embodiment, in step one, gravel layer is that the gravel being 3cm by particle diameter is laid to.
Another kind of embodiment, in step one, quartz sand layer is that the gravel being 5mm by particle diameter is laid to.
Another kind of embodiment, in step one, the aperture of stainless (steel) wire is 2cm.
Another kind of embodiment, in step 3, throws in the amount of 60 tails according to every square meter, in culturing pool, throw in pond crayfish seedling, be specially: after add clear water 3h in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 20 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after three days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 50 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after five days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 60 tails, and lead to 2h oxygen in culturing pool,
Wherein, before throwing in shrimp seedling in culturing pool, be that the citric acid of 1% soaks 15min by pond crayfish seedling concentration at every turn, then be the clean water of 28 DEG C by temperature; Adopting gradation and drop into shrimp seedling, is have a relatively wide environment sent to make to put into culturing pool Prawn seedling, for it provides an adaptation time cushioned, can observe the reaction of shrimp seedling simultaneously, adjust culturing pool in time, prevent from once dropping into shrimp seedling, causes shrimp seedling dead.
Although embodiment of the present invention are open as above, but it is not restricted to listed in specification and embodiment utilization, it can be applied to various applicable the field of the invention completely, for those skilled in the art, can easily realize other amendment, therefore do not deviating under the universal that claim and equivalency range limit, the present invention is not limited to specific details.
Claims (5)
1. cultivate a method for pond crayfish in lotus root pond, it is characterized in that, comprising:
Step one, offer culturing pool, the degree of depth of culturing pool is 2m, lays stainless (steel) wire successively, quartz sand layer that gravel layer that thickness is 30cm, thickness are 20cm, thickness is 30cm dirt bed, fertilizer layer that thickness is 20cm and thickness is the mud of 45cm in the bottom of culturing pool;
Wherein, fertilizer layer is for by barnyard manure, nitrogenous fertilizer, phosphate fertilizer, potash fertilizer and RE microbial fertilizer to be in mass ratio: 5: 1: 1: 1: the 0.3 mixed fertilizer formed is paved into;
Step 2, limit stir clear water, limit irradiation ultraviolet radiation lamp 5min, in mud plantation lotus root kind, implant the clear water crossed through Ultraviolet radiation, keep the water temperature in culturing pool to be 28 DEG C in culturing pool;
Step 3, when by full one month of lotus root kind plantation, the water of finding time in culturing pool, in culturing pool, implantation temperature is the clear water of 28 DEG C, by 0.1kg/m
2consumption in culturing pool, be sprinkled into quicklime, stir, leave standstill 5 days, the water of finding time in culturing pool, adds clear water in culturing pool;
Be the citric acid immersion 15min of 1% by pond crayfish seedling concentration, then be the clean water of 28 DEG C by temperature, adopt concentration to be 0.1kg/cm in multiple net cage
2limewash soak 10min, then use clear water drip washing 2min, pond crayfish seedling be on average placed in net cage, after add clear water 3h in culturing pool, throw in the amount of 60 tails according to every square meter, the net cage that pond crayfish seedling is housed is placed in culturing pool;
Wherein, before the clear water at every turn added in culturing pool, clear water is logical 3min ozone first, then join in culturing pool;
Step 4, throw in pond crayfish 1st ~ 2 months, keep the water temperature in culturing pool to maintain 28 DEG C all the time, in culturing pool, throw in the shrimp feed that three particle diameters are 1mm every day;
When rendering to the 60th day in culturing pool when pond crayfish, all net cages are taken out, is placed in clear water, and clear water submergence net cage, and continue logical as oxygen in clear water, by 37g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir, leave standstill 5 hours, net cage is put back in culturing pool;
Step 5, to throw in 3rd ~ 5 months pond crayfish, keep the water temperature in culturing pool to maintain 28 DEG C all the time, in culturing pool, throws in the shrimp feed that four particle diameters are 3mm every day, and in culturing pool, led to 1h oxygen every four days;
When rendering to the 150th day in culturing pool when pond crayfish, all net cages are taken out, is placed in clear water, and clear water submergence net cage, and continue logical as oxygen in clear water, by 40g/m
2consumption in culturing pool, be sprinkled into potassium permanganate, stir;
Step 6, throw in 6th month pond crayfish, keep the water temperature in culturing pool to maintain 30 DEG C all the time, in culturing pool, throws in the shrimp feed that five particle diameters are 3mm every day, and every other day in culturing pool, lead to 3h oxygen.
2. cultivate the method for pond crayfish in the lotus root pond as described in claim 1, it is characterized in that, in described step one, gravel layer is that the gravel being 3cm by particle diameter is laid to.
3. cultivate the method for pond crayfish in the lotus root pond as described in claim 1, it is characterized in that, in described step one, quartz sand layer is that the gravel being 5mm by particle diameter is laid to.
4. cultivate the method for pond crayfish in the lotus root pond as described in claim 1, it is characterized in that, in described step one, the aperture of stainless (steel) wire is 2cm.
5. in the lotus root pond as described in claim 1, cultivate the method for pond crayfish, it is characterized in that, in described step 3, the amount of 60 tails is thrown according to every square meter, in culturing pool, throw in pond crayfish seedling, be specially: after add clear water 3h in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 20 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after three days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 50 tails, and lead to 2h oxygen in culturing pool;
Throw in pond crayfish seedling after five days in first time in culturing pool, in culturing pool, throw in pond crayfish seedling, make the pond crayfish seedling of the every square meter of culturing pool be 60 tails, and lead to 2h oxygen in culturing pool,
Wherein, before throwing in shrimp seedling in culturing pool, be that the citric acid of 1% soaks 15min by pond crayfish seedling concentration at every turn, then be the clean water of 28 DEG C by temperature.
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| CN201510696385.4A CN105265148A (en) | 2015-10-25 | 2015-10-25 | Method for breeding freshwater shrimps in lotus pool |
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| CN201510696385.4A CN105265148A (en) | 2015-10-25 | 2015-10-25 | Method for breeding freshwater shrimps in lotus pool |
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| CN106259077A (en) * | 2016-08-08 | 2017-01-04 | 广西吉品环保科技有限公司 | A kind of ecological cultivation method of astacus |
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Application publication date: 20160127 |