CN103004534A - Method for controlling ampullaria gigas by breeding ducks in dry-direct-seeding paddy rice - Google Patents
Method for controlling ampullaria gigas by breeding ducks in dry-direct-seeding paddy rice Download PDFInfo
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Abstract
The invention relates to a method for controlling ampullaria gigas by breeding ducks in dry-direct-seeding paddy rice. The method is characterized in that a paddy rice dry-direct-seeding simple cultivation technology is combined with a paddy duck collaboration technology. At the earlier stage of the cultivation of the paddy rice, the paddy rice seedlings are controlled to grow under a drought situation through the dry-direct-seeding way and particular field moisture management measures so as to effectively control the ampullaria gigas not to eat the paddy rice seedlings, the quantity of the field ampullaria gigas is reduced and the eating activity of the field ampullaria gigas is limited by utilizing a measure for releasing ducks in the field in the mid-later stage, the harm of the ampullaria gigas on the paddy rice can be effectively controlled by integrating the measures, health and environment-friendly rice can be produced simultaneously, and high economic benefit and ecological benefit can be realized. In addition, the method comprises the operation steps such as selection of direct-seeding paddy rice variety and duck, arrangement of a seeding period, land preparation, application of basic fertilizer, matching of seeding period and a duck releasing period, field management, duck management and harvesting of the paddy rice. Under the situation that no ampullaria gigas chemical is applied, the density of the field ampullaria gigas can be remarkably reduced, the yield of the paddy rice can be increased, and the production of safer and more environment-friendly paddy rice can be guaranteed.
Description
Technical field
The invention belongs to environmentally friendly control spiral shell technology, be specifically related to a kind of control spiral shell technology in conjunction with direct sowing on dry paddy field control hydroponics and rice-duck farming.
Background technology
Pomacea canaliculata has caused huge harm in the south China area to paddy rice at present, chemicals is the approach of killing fast Pomacea canaliculata, but use in a large number not only serious environment pollution of spiral shell medicine, be unfavorable for the green production of health and paddy rice, also increased agriculture production cost.With respect to transplanting rice, direct seading rice is saving labor, and the aspects such as saving cost have superiority.The Direct-seeding Rice per hectare can be saved rice seedling bed 0.125hm
2, save 1500 yuan of costs.European and American developed countries, Japan, Philippine etc. adopt direct-seeding more.In recent years in China, the rural laborer obviously accelerates to the speed that non-agricultural industry shifts, and the situation of agricultural workforce's shortage of resources is aggravated year by year, therefore adopts live mode to have practical significance.But adopt under traditional live tillage method, rice seedlings very easily is subject to the harm of Pomacea canaliculata, because the rice seedling that Pomacea canaliculata happiness food has just germinateed causes a large amount of being short of seedling in field.Studies show that: rice transplanting keeps low water level or rice seedling drought length can effectively control Pomacea canaliculata ingesting to rice seedling in earlier stage, but in the later stage, because the needs of paddy growth, the necessary diversion irrigation in field, rising along with water level in paddy field, spiral shell evil situation will be aggravated again, therefore, angle and maintaining ecological balance from sustainable control, set up a kind of effective ecological prevention and control approach, can all play the control spiral shell technology that effectively continues the prevention and control effect in each period of paddy growth is urgent problem always.Have not yet to see and adopt the direct-sowing dry paddy rice to support the technology of duck control spiral shell.And the foster duck control spiral shell technology of the direct-sowing dry paddy rice that this patent adopts drops into without any agricultural chemicals, be the environmentally friendly Pomacea canaliculata Comprehensive Preventing control techniques that combines with direct-sowing dry control hydroponics technology and rice-duck farming ecological agricultural model, can be used as the control spiral shell measure of green or manufacture of organic rice.
Summary of the invention
This method adopts the direct sowing on dry paddy field culture technique in earlier stage, namely keeps low water level in the field, can effectively control Pomacea canaliculata ingesting to rice seedling.Middle and later periods utilizes duck the prevention and control effect of Pomacea canaliculata to be reduced the quantity of field Pomacea canaliculata, effectively exempt from the medicine control spiral shell effect except possessing, the duck-raising enclosed paddy fields production technology that present technique adopts also has obvious control effect for other most of damage by disease and insect of paddy rice.
Purpose of the present invention is achieved by the following technical programs:
1, site preparation and fertilization
Field is turned over; Be exposed to the sun after ploughing approximately about 2 days, application of organic fertilizers, consumption are about 350kg/ mu, pour water subsequently, and the field slurry that discharges water because ponding can affect the sprouting of rice paddy seed, therefore must be raked ground, harrow even, guarantees that the field face is smooth without ponding; Open around the field and enclose the ditch bedding, stay the good berth ditch, accomplish that the ditch ditch communicates, so that staff's walking when follow-up purse seine and farm work.The about 35cm of ridge height.Select one jiao to build the duck breath canopy of being gregariousness in the field, for perching of rice-duck farming stage duck.
2, direct-seeding is sowed
Select high-quality, high yield, kind resistant to lodging.The grains are plump, the seed of anosis worm in selection, carries out about 2～3 days basking seeds in 3～4 hours before broadcasting, and makes the seed drying degree consistent, then carries out seed disinfection, seed soaking and vernalization and process.Begin sowing when growing to the 2mm left and right sides Deng the root of rice paddy seed.Every mu of seeding quantity is about 3 kilograms, Basic Seedling 9～110,000.
3, control field moisture early stage
Period before sowing is gone to the field to tending ducks, carry out the moisture control measure in the field.Keep on the furrow not water bearing bed in after planting 3 days, if then need draining when raining.The ditch water level is lower than the furrow face.Soil moisture content keeps then pouring water when soil moisture content is lower than this value more than 80% on the furrow, shoaling layer occurs and till the rear water layer that stops to pour water disappears immediately to the furrow face.
4, field purse seine
The height of purse seine is between 60～100cm, and the mesh pore size bores not out twine as standard take duck.The physical length of its length ridge of purse seine unit by measuring and deciding, per about 5 mu as a purse seine unit.
5. select duck and educate (duck) young bird
Select that wild performance is good, omnivorousness is strong and (it becomes duck weight to reach 1.5～2.5kg) to 3 ~ 5 high age in days ducklings of resistance against diseases.Select the place near the ditch, arrange and educate (duck) young facility.In the sun-drenched period, duckling is arrived in the hydrophile training of carrying out 15 ~ 20 minutes in pond or the stream, or directly a small amount of water spray arrives with it the duckling, allows duckling association toward oiling waterproof on one's body, is beneficial to adapt to relatively abominable open-air field conditions such as " exposing to wind and rain ".
6, tend ducks and go to the field
After planting 15 ~ 20 days, the duckling of 4～7 ages in days is put into the rice field of purse seine, tend ducks 20～25 for average every mu, exploiting entity is 5 mu and is advisable, duck group scale general control is about 100.
7, duck management
Sooner or later the feed of respectively throwing something and feeding a time every day, feeding volume is along with growing up of duck increases gradually.1 all feeding volumes before going to the field are 10 grams/only, and the each feeding volume of the 1st week after going to the field is 20 grams/only, and the 2nd week was 35 grams/only, and the 3rd week was 50 grams/only, and the 4th week was 60 grams/only, and after this each feeding volume is no more than 65 grams/only.Purpose is to make duck keep " half-full " or " semistarvation " state, to impel duck ceaselessly look for food Pomacea canaliculata and weeds and insect in the rice field.The selection of duck feed is decided according to the producer's actual conditions and target, can purchase commercial feed, also can utilize the feeds such as paddy, rice bran, leftovers, or plant some herbages in the waste hillside of rice field periphery, substituting or the input of fill-ins feed, thereby reduce cost.Just put into the early stage in rice field duckling, its resistance a little less than, subject to the injury.Particularly South China early rice growth early stage three, the April, have more existing cloudy weather for several days running and microthermal climate, duckling subjects to the diseases such as influenza, therefore, should feed feed, and can add a small amount of prophylactic agent in feed during this period, with the resistance of enhancing duck more.
When raining in torrents, guide duck to enter lew as far as possible.Discovery has sick and wounded duck, separate separately intensive care.Simultaneously, often strengthen the field and make an inspection tour, the natural enemy situation of duck in rice field and the surrounding enviroment thereof is investigated, take the necessary measures and carry out prevention and control, to avoid Feeding behavior to the direct injury of duck, keep the survival rate of duck.In addition, running check purse seine whether Durchgangshohle or breakage, check duck group quantity, prevent the duck escape, guarantee quantity and the healthy growth of duck, in order to play good control spiral shell effect.
8, adjust the field water level mid-term
Do altogether the stage the duck rice, the field will keep certain depth of water.Sow and put into duck after 15～20 days, and pour water simultaneously, furrow water level 3～4cm.The later stage draining 2～3 days of tillering is conducive to reduce ineffective tillering.Middle duck phase furrow water level 5～7cm, large duck phase furrow water level 7～9cm.
9, catch up with the upper field of duck
Rice Heading grouting period, drive the duck group out of rice field, to prevent the large duck spike of rice of searching for food.This moment, duck was greatly between 1.5～2.5kg.Catching up with the duck in field can sell, and also can arrive in the places such as pond, stream and wasteland of periphery, continues to feed and resales after fattening a period of time.
10, the later stage is adjusted the field water level
After catching up with the upper field of duck, draining reduces water level to 2～3cm on the furrow, until ripe the receipts carried out the draining dry field in front 15 days.
11, rice harves
After the paddy rice yellow maturity, just can organize results in good time, can take Manpower harvester or mechanical harvesting mode.Simultaneously, need carry out the rear work such as the receipts of shining paddy (or machine oven dry), transportation, storage, processing.
12, cleaning ridge weeds
Cleaning later stage ridge weeds with the weeds waterflooding, bury or stack retting, reach and remove the Pomacea canaliculata pieces of an egg purpose that adheres to weeds.
The quantity of putting into duck in the unit, rice field of above-mentioned per about 5 mu purse seine is 100～125, and duck group scale should be controlled at about 100.
The present invention has the following advantages owing to taking above technical scheme:
(1) described control spiral shell method is not used any chemicals, can be as the control spiral shell measure of rice green production;
(2) utilize the long activity that limits Pomacea canaliculata of rice shoot drought at rice seedling, then utilize foster duck food spiral shell effectively to control quantity and the feeding activity of field Pomacea canaliculata in rice striking root phase to the maturing stage, therefore can significantly reduce rice seedling to the spiral shell evil in maturing stage and lose, improve rice yield;
(3) the duck rice does altogether duck in the system and can also effectively prevent and kill off main diseases, worm, crop smothering in the rice field, to reduce the input cost of agricultural chemicals;
(4) duck grows in the rice field, can constantly discharge ight soil to Tanaka, replenishes soil nutrient, promotes paddy growth.Produce organic food rice such as need, the art of this patent then need not used any chemical fertilizer.
The present invention will play vital effect to improving the rice field Wetland Environment if be widely used in south China rice district, be conducive to agricultural sustainable development.
Embodiment
The paddy rice that this enforcement is adopted is that high yield, strong U.S. perfume (or spice) resistant to lodging account for, and the duck varieties that adopts is that wild ability is strong, control spiral shell effect local sheldrake preferably.The quantity of putting into duck in the unit, rice field of the per 5 mu of purse seines of the principle of tending ducks is 100.Feed is the 203 fast large duck material that Foshan kind clever duck material factory produces, and the present invention is applicable other conventional brand duck feeds also, and the feed brand is for convenience of description the present invention only, does not therefore limit the scope of the invention.This control spiral shell technology implementation process is as follows:
1) site preparation and fertilization: field is turned over; Be exposed to the sun after ploughing approximately about 2 days, application of organic fertilizers, consumption 350kg/ mu is poured water subsequently, and rakes, harrows ground even; The field slurry that discharges water guarantees that the field face is smooth without ponding; Open around the field and enclose ditch, press the 3m bedding, stay the good berth ditch, furrow width 30cm, ditch depth 15cm will accomplish that the ditch ditch communicates.The about 35cm of ridge height.Select one jiao to build the duck breath canopy of being gregariousness in the field, perching and hide bad weather for rice-duck farming stage duck.
2) rice direct-seeding: the grains are plump, the U.S. perfume (or spice) of anosis worm accounts for rice paddy seed in selection, carries out about 3 days basking seeds in 4 hours before broadcasting, and makes the seed drying degree consistent, then carries out seed disinfection, seed soaking and vernalization and process.Begin sowing when growing to the 2mm left and right sides Deng the root of rice paddy seed.Every mu of seeding quantity is about 3 kilograms, Basic Seedling 90,000.Weather fine morning is selected in sowing, avoids heavy rain and burning sun, and after guaranteeing to broadcast 3 days fine days is arranged.Such as the low temperature rainy day, layer overlay straw on the rice furrow.About 5000 kg/hm of straw consumption
2Press furrow during sowing quantitative, evenly remove and broadcast, seed is distributed in the mud of furrow surface.
3) antecedent moisture management: the period before sowing is gone to the field to tending ducks, the moisture control measure are carried out in the field.Keep on the furrow not water bearing bed in after planting 3 days, if then draining when raining.The ditch water level is lower than the furrow face.Soil moisture content keeps then pouring water when soil moisture content is lower than this value more than 80% on the furrow, shoaling layer occurs and till the rear water layer that stops to pour water disappears immediately to the furrow face.
4) field purse seine: after planting begin purse seine.The height of purse seine is 100cm, the physical length of its length ridge of purse seine unit by measuring and deciding, and per 5 mu is a purse seine unit.This example is prepared the bamboo of diameter 5cm or the timber (about length 1.5m) of diameter 8cm before purse seine, an amount of iron nail (5cm long) and 18# iron wire (be used as net, restricting is fixed on the column), durable plastic wire, or glue knitmesh, wire netting, bamboo weaving material etc. (width is about 100cm, pore size bores not out twine as standard take duck), and the durable plastic ties of diameter 2mm (do lower perforating net tension, its length is pressed approximately 2 times of calculating of chainage).During purse seine, found a pile post along ridge every 3m, one end of pile is fined away, in order to squeeze in the soil of balk, then stay cord and plastic wire are fixed on the different piles along ridge successively, the upper end of plastic wire is strained and is fixed on the pile with stay cord, and plastic wire launches vertically downward, and its lower end can be pressed bury with earth or fragment of brick and is fixed in the soil.
5) select duck and educate (duck) young bird: the duck that this example adopts is local sheldrake.In the place near the ditch, arrange and educate (duck) young facility, comprise duck shed, duck cage, drinking bowl, lagging facility (plastic film, heat-insulating lamp, straw).Bought the newly-hatched duckling of 5 ages in days in front 2 days at rice transplanting.In order to ensure survival rate, feeding not at once after duckling is bought back at first needs to each duckling a small amount of brown sugar water of feeding, " internal heat " when eliminating hatching, spend 2 hours after, again to duckling the cracking rice that water in advance steeped of feeding.Except daily treatment, also to carry out the hydrophile training to duckling, to strengthen resisting cold and the waterproof ability of duckling every day afterwards.Generally the sun out after, the time and every now and then duckling is arrived in the hydrophile training of carrying out 20 minutes in pond or the stream, or directly a small amount of water spray arrives with it the duckling, allows duckling association toward oiling waterproof on one's body, is beneficial to adapt to relatively abominable open-air field conditions such as " exposing to wind and rain ".
6) tend ducks and go to the field: after planting 20 days, the duckling of 7 ages in days is put into the rice field of purse seine, tend ducks 20 and be advisable for average every mu, this example exploiting entity is 5 mu, 100 of duck group scales are tended ducks and are gone to the field selection of time in about 10 of the mornings of fine day.When tending ducks, duckling is placed on the stalk of field, allows duck descend voluntarily water.
7) daily management of duck: build and expect to feed platform, feed is put on the platform, allow the duck group take food.Sooner or later the feed of respectively throwing something and feeding a time every day, feeding volume is along with growing up of duck increases gradually.1 all feeding volumes before going to the field are 10 grams/only, and the each feeding volume of the 1st week after going to the field is 20 grams/only, and the 2nd week was 35 grams/only, and the 3rd week was 50 grams/only, and the 4th week was 60 grams/only, and after this each feeding volume is no more than 65 grams/only.For prevent disease also can be added a small amount of prophylactic agent in feed, to strengthen the resistance of duck.When raining in torrents, guide duck to enter lew as far as possible.Discovery has sick and wounded duck, separate separately intensive care.Simultaneously, often strengthen the field and make an inspection tour, to the natural enemy of duck in rice field and the surrounding enviroment thereof, situation such as snake, mouse, dog, cat etc. is investigated, and unusual circumstance will be taken the necessary measures and be carried out prevention and control, to avoid Feeding behavior to the direct injury of duck, keep the survival rate of duck.In addition, running check purse seine whether Durchgangshohle or breakage, whether duck group quantity reduces, and prevent the duck escape.
8) field water management in mid-term: sow and put into duck after 15 days and pour water simultaneously furrow water level 4cm.The later stage draining 3 days of tillering reduces ineffective tillering.Middle duck phase furrow water level 7cm, large duck phase furrow water level 9cm.
9) catch up with the upper field of duck: Rice Heading grouting period drive the duck group out of rice field, to prevent the large duck spike of rice of searching for food.The duck of catching up with the field arrives in the places such as pond, stream and wasteland of periphery, continues to feed and resales after fattening a period of time.
10) later stage water management: after catching up with the upper field of duck, water level is to 3cm, until ripe results were carried out the draining dry field in front 15 days on the draining reduction furrow.
11) rice harves: tissue is gathered in the crops after waiting the paddy rice yellow maturity, takes Manpower harvester or mechanical harvesting mode.Simultaneously, carry out the rear work such as the receipts of shining paddy (or machine oven dry), transportation, storage, processing.
12) residual spiral shell ovum on the cleaning ridge weeds: cleaning later stage ridge weeds, with the weeds waterflooding, bury or stack retting, remove the Pomacea canaliculata pieces of an egg that adhere to weeds.
Transplant the method that the duck rice is controlled spiral shell altogether with respect to routine, direct-sowing dry duck rice need not to inject capital into every hm in projects such as seedling-cultivation plate, transplanting labour costs
2Cost-saved 440 yuan of 1 year two season.Simultaneously, owing to having adopted the process of direct-sowing dry control spiral shell, rice seedlings is obviously reduced by the degree of spiral shell infringement, and therefore, the economic well-being of workers and staff of rice will be higher than conventional transplanting duck rice and make altogether mode.And execute the spiral shell medicine and transplant the non-duck rice culture method of executing the spiral shell medicine with respect to direct-sowing dry, direct-sowing dry duck rice need not to execute spiral shell medicine, weed killer herbicide and agricultural chemicals and chemical fertilizer, and therefore, per hectare can be saved approximately 5320 yuan of funds.Although direct-sowing dry duck rice makes technology altogether in order to prevent duck flight, purse seine and labour cost be branched to go out 1430 yuan of hm
-2Year
-1, and buy newly-hatched duckling and feed need to drop into about 10,000 yuan, but the rice-duck farming district has additionally increased by 18360 yuan of hm of income of duck
-2Year
-1And, direct-sowing dry rice-duck farming district need not the use of agricultural chemicals and chemical fertilizer, if the rice of producing is by the organic rice sell at competitive, then paddy rice income aspect can be executed spiral shell prescription formula and transplanting than direct-sowing dry and executes spiral shell medicine planting type (general rice of production) and increase by 30,000 yuan of hm
-2Year
-1Therefore, direct sowing on dry paddy field cultivation and rice-duck farming the two the omnidistance prevention and control that are combined into Pomacea canaliculata and the organic production of paddy rice a kind of new Ecological Way is provided.
Table 1 direct-sowing dry rice-duck farming and transplanting rice, direct-sowing dry paddy rice and conventional duck rice make cost-effectiveness comparison analysis (first hm of mode altogether
-2Year
-1)
Annotate: go out the paddy rate in the table by 75%, general rice by 2.8 yuan/kg and, green rice is by 6.00 yuan/kg, organic rice is by 10.00 yuan/kg, the duck survival rate is 85%, the newly-hatched duckling price is 6 yuan/, one-tenth duck price by 30 yuan/only.
The present invention can summarize with other concrete forms without prejudice to spirit of the present invention or principal character.Above-mentioned embodiment only is can not limit the present invention to explanation of the present invention, and therefore, the implication suitable with claims of the present invention and any change in the scope all should be thought to be included in the scope of claims.
Claims (6)
1. the method for the foster duck control spiral shell of direct-sowing dry paddy rice is characterized in that comprising the steps:
(1) site preparation and fertilization, the direct seading rice seed;
(2) control field moisture early stage, period before sowing is gone to the field to tending ducks, the field keeps on the furrow can not water bearing bed, if rainy then need draining, the ditch water level is lower than the furrow face, soil moisture content keeps then pouring water when soil moisture content is lower than this value more than 80% on the furrow, shoaling layer occurs and till the rear water layer that stops to pour water disappears immediately to the furrow face;
(3) field purse seine is selected to purchase newly-hatched duckling, and is brooded and train with hydrophile;
(4) tend ducks and go to the field;
(5) the duck rice does altogether the stage duck is carried out daily management, strictly controls feeding volume;
(6) adjust the field water level mid-term, the duck rice does the stage altogether, and the field will keep certain depth of water, namely pours water simultaneously furrow water level 3～4cm, the later stage draining 2～3 days of tillering, furrow water level 5～7cm of middle duck phase, furrow water level 7～9cm of large duck phase putting into duck;
(7) catch up with the upper field of duck;
(8) later stage is adjusted the field water level, catch up with the upper field of duck after, must draining reduce water level to 2～3cm on the furrow, until ripe and harvested was carried out the draining dry field in front 15 days;
(9) results paddy rice, cleaning ridge weeds.
2. direct-sowing dry paddy rice as claimed in claim 1 is supported the method for duck control spiral shell, it is characterized in that, when step (1), must turn over and be exposed to the sun field in the whole ground process, ground is raked to guarantee that the field face is smooth without ponding, open around the field and enclose the ditch bedding, stay the good berth ditch, and accomplish that the ditch ditch communicates, the ridge height arranges approximately 35cm.
3. direct-sowing dry paddy rice as claimed in claim 1 is supported the method for duck control spiral shell, it is characterized in that, the height of the field purse seine in the described step (3) is between 60～100cm, and the mesh pore size bores not out twine as standard take duckling, per about 5 mu as a purse seine unit.
4. direct-sowing dry paddy rice as claimed in claim 1 is supported the method for duck control spiral shell, it is characterized in that, duck kind in the described step (3) is the duckling that wild performance is good, strong to the food spiral shell and resistance against diseases is high, and the weight of described duckling is 1.5～2.5kg, and the average every mu of quantity of tending ducks is 20～25.
5. direct-sowing dry paddy rice as claimed in claim 1 is supported the method for duck control spiral shell, the feeding volume that it is characterized in that strict control duck described in the step (5), sooner or later an amount of feed of respectively throwing something and feeding once every day, feeding volume is along with growing up of duck increases gradually, after going to the field the 1st week, each feeding volume was 20 grams/only, and the 2nd week was 35 grams/only, and the 3rd week was 50 grams/only, the 4th week was 60 grams/only, and after this each feeding volume is no more than 65 grams/only.
6. direct-sowing dry paddy rice as claimed in claim 1 is supported the method for duck control spiral shell, it is characterized in that, in the described step (4), tends ducks when going to the field aspire to after planting 15 ~ 20 days, in the described step (7), catches up with the upper field of duck to be chosen in Rice Heading grouting period period.
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| CN103828665A (en) * | 2014-03-05 | 2014-06-04 | 和县金城米业有限责任公司 | Method for planting se-enriched rice |
| CN103999686A (en) * | 2014-06-17 | 2014-08-27 | 华南农业大学 | Method for controlling pomacea canaliculata by planting potatoes in winter vacant paddy field in winter |
| CN104026117A (en) * | 2014-06-19 | 2014-09-10 | 南京麦思德餐饮管理有限公司 | Method for preventing and controlling pomacea canaliculata |
| CN105230454A (en) * | 2015-10-08 | 2016-01-13 | 华南农业大学 | Method for interplanting duckweed in rice field to reduce damages to paddy rice caused by ampullaria gigas |
| CN109601294A (en) * | 2019-01-30 | 2019-04-12 | 福建下洋生态农业开发有限公司 | A method of utilizing duck spiral shell biological breeding rice |
| CN109938165A (en) * | 2019-03-11 | 2019-06-28 | 湖南农业大学 | A kind of tea seed cake adds the ecological method of two-part duck-raising enclosed paddy fields overall process system control rice field Pomacea canaliculata |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1425283A (en) * | 2001-12-14 | 2003-06-25 | 长沙秀龙科技有限责任公司 | Rail duck raising technology in paddy field |
| CN1926951A (en) * | 2006-09-28 | 2007-03-14 | 蒋祖明 | Novel method for planting organic rice by utilizing duck group |
| CN101647377A (en) * | 2008-08-12 | 2010-02-17 | 付秀兰 | New method for three-dimensional rice-duck farming |
| CN102144611A (en) * | 2011-04-19 | 2011-08-10 | 杨荣明 | Matched technology for breeding ducks in rice field |
| CN102177882A (en) * | 2011-04-15 | 2011-09-14 | 郑华斌 | Eco-planting and breeding method for preventing and controlling ampullariidae |
-
2012
- 2012-12-06 CN CN2012105183832A patent/CN103004534A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1425283A (en) * | 2001-12-14 | 2003-06-25 | 长沙秀龙科技有限责任公司 | Rail duck raising technology in paddy field |
| CN1926951A (en) * | 2006-09-28 | 2007-03-14 | 蒋祖明 | Novel method for planting organic rice by utilizing duck group |
| CN101647377A (en) * | 2008-08-12 | 2010-02-17 | 付秀兰 | New method for three-dimensional rice-duck farming |
| CN102177882A (en) * | 2011-04-15 | 2011-09-14 | 郑华斌 | Eco-planting and breeding method for preventing and controlling ampullariidae |
| CN102144611A (en) * | 2011-04-19 | 2011-08-10 | 杨荣明 | Matched technology for breeding ducks in rice field |
Non-Patent Citations (4)
| Title |
|---|
| 古汉明等: "稻鸭共作对水稻病虫害及杂草的生物防治试验", 《广东农业科学》 * |
| 叶建人等: "稻鸭共育对水稻田福寿螺的控制作用", 《浙江农业科学》 * |
| 张超等: "水稻旱直播在疫区具有增产灭螺双功效", 《江西农业科技》 * |
| 许德海等: "无公害高效益稻鸭共育新技术", 《中国稻米》 * |
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| CN103828665A (en) * | 2014-03-05 | 2014-06-04 | 和县金城米业有限责任公司 | Method for planting se-enriched rice |
| CN103828665B (en) * | 2014-03-05 | 2016-02-24 | 和县金城米业有限责任公司 | The implantation methods of selenium-rich rice |
| CN103999686A (en) * | 2014-06-17 | 2014-08-27 | 华南农业大学 | Method for controlling pomacea canaliculata by planting potatoes in winter vacant paddy field in winter |
| CN104026117A (en) * | 2014-06-19 | 2014-09-10 | 南京麦思德餐饮管理有限公司 | Method for preventing and controlling pomacea canaliculata |
| CN105230454A (en) * | 2015-10-08 | 2016-01-13 | 华南农业大学 | Method for interplanting duckweed in rice field to reduce damages to paddy rice caused by ampullaria gigas |
| CN105230454B (en) * | 2015-10-08 | 2019-03-05 | 华南农业大学 | A kind of paddy field intercropping duckweed reduces Pomacea canaliculata to the method for rice hazard |
| CN109601294A (en) * | 2019-01-30 | 2019-04-12 | 福建下洋生态农业开发有限公司 | A method of utilizing duck spiral shell biological breeding rice |
| CN109938165A (en) * | 2019-03-11 | 2019-06-28 | 湖南农业大学 | A kind of tea seed cake adds the ecological method of two-part duck-raising enclosed paddy fields overall process system control rice field Pomacea canaliculata |
| CN110771460A (en) * | 2019-09-30 | 2020-02-11 | 凤台县丁集乡考传岑农业机械服务专业合作社 | Method for cleaning sclerotium and bud in paddy field |
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