CN103597969A - Space soybean cultivation technique - Google Patents
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Abstract
The invention relates to a space soybean cultivation technique, belongs to the technical field of agriculture, and particularly belongs to the technical field of soybean planting. The space soybean cultivation technique comprises the steps of land selection, planting and field management and is characterized in that the planting step comprises fertilization before plowing, ridging and film covering, seed processing, sowing and close planting. The space soybean cultivation technique has the advantages of adapting to growth characteristics of soybeans bred in space and being capable of increasing soybean yield.
Description
Technical field
A kind of space flight soybean culture of the present invention technology belongs to agricultural planting technique field, especially relates to the planting technology field of a kind of soybean.
Background technology
Soybean is the important economic crops of China.Take plantation summer soybean traditionally as main, and because affected by breediness, weather conditions etc., extensive management and the harm of sick Chinese caterpillar fungus, yield poorly in addition, of poor benefits.Through practice for many years, planted summer soybean and will do a good job of it following several technical essentials.
One, planting technology
(1) proper seeding rational close planting: summer soybean will be selected kind in conjunction with local tillage condition and planting habit and soil fertility.Summer soybean is sowed optimum period generally in early June, can not surpass June 20 the latest.Require sufficient moisture in the soil to sow, that when strong, sows will water cover-head water, in order to emerging.After emerging, look in time seedling, fill the gaps with seedlings, thinning in tri-leaf period, five leaf phase final singlings.The plot mu that fertility is high stays seedling in 1.2 ten thousand strain left and right; The plot that fertility is low can stay seedling more than 1.5 ten thousand strains by mu.
(2) cultivate strong sprout: Soybean Seedlings Growth needs certain nutrient, before sowing, bottom application N with good conditionsi, P, K make base manure, and general mu is executed Nitrogen, Phosphorus and Potassium 40kg, or executes decomposed manure 1500-2000kg and make base manure.The plot of basal dressing, does not execute in time and carries seed manure after thinning.Mu is executed 20 kilograms of dedicated fertilizer for soybean.To water, dilution is
(3) balance fertilizing: soybean initial bloom stage is that nutrition and reproductive growth are gone forward side by side simultaneously, the nitrogen that now rhizobium of plant root discharge can not meet its growth needs, imposes growth and the growth of young pod that nitrogen can promote flower.Generally take advantage of rain mu and execute urea 5-7kg, plant strain growth is crossed and is prosperously taken the circumstances into consideration decrement or do not execute urea.Entering pod bearing period can be with the ammonium molybdate solution of 0.05%-0.1% or with 50 kilograms of foliage-sprays of every mu of consumption of superphosphate solution of 2%, in solution, can add 100 grams, 150 grams of potassium dihydrogen phosphates and urea together to spray, every 7 days once, continuous three times, increase yield significantly.Soybean is just spent to bearing pods a drum grain phase, if weather arid will be watered optimum period, preventing from suffering from drought affects output.
Two, chemical weed control and pest control techniques
(1) optimum period, eliminates: broadcast and carry out soil sealing weeding before rear bud, every mu of use 72% is your EC100-120ml or 50% acetochlor ec 100--150ml all, and water 30kg is sprayed; Also can be in 1-3 compound leaf phases of bean seedlings, all kinds of 3 to the 5 leaf phases of weeds, select 15% smart quizalofopethyl EC75ml to add 25% prowers AS50-60ml, water 50kg cauline leaf is sprayed for every mu.For guaranteeing chemical weed control quality, must the medication of accurate amount, accurate amount is to water, optimum period, eliminates, and prevents from respraying, drain spray.
(2) prevent and cure diseases: damping off, root rot and southern blight very easily occur soybean seedling.With selecting 50% carbendazim WP 500g or 50% tmtd WP400g before kind, to water 2kg stirring and dissolving, the 100kg that then evenly dresses seed, can sow after airing; Also can be at seedling leaf period, select 50% topsin or 65% zineb 100g for every mu, to the spraying of water 50kg cauline leaf once.Soybean full-bloom stage with topsin control one time, can effectively be controlled the generation of downy mildew and anthracnose again.
(3) science is controlled worm: beans strain grows into contains flower to bearing pods the drum grain stage, and the insects such as bridging worm, soybean leaf roll snout moth's larva, cotton bollworm, beet armyworm and prodenia litura very easily occur.These insects mix and occur in field, generation overlap, and wildness causes harm, pesticide resistance is strong, and whether at the beginning of from late July to 8 month, will pay special attention to observe field has the netted and zigzag blade that low instar larvae is gnawed to occur, once find to want timely medication control, every 7d once, continuous three times.Select low toxicity highly effective pesticide, medication is advocated dissimilar insecticide and is used alternatingly, in order to avoid insect develops immunity to drugs.Every mu of spraying liquid can not be less than 50kg.Spray date with at 5 o'clock in afternoon after or before at 9 o'clock in the morning.Liquid is sprayed directly on polypide and is tagged as far as possible, improve preventive effect.Applying biological insecticide is selected in later stage control, can with Mixture Use of Insecticides.Must guard against mixed with bactericide, otherwise without control efficiency.
But the implantation methods of existing soybean is also not suitable for the soybean planting of space breeding, because its plant of soybean that space breeding produces is tall and big, the feature of well developed root system, the output that can not produce by existing soybean planting method.Therefore be badly in need of the planting technology of a kind of applicable aviation soybean.
Summary of the invention
For a kind of soybean varieties that more adapts to aviation breeding is provided, the invention provides the implantation methods of this kind of space breeding soybean of a kind of new plantation.Implantation methods of the present invention, mainly for a kind of soybean of aviation breeding, is characterized in that plant is tall and big, and well developed root system, bears pods many, and output is high.
Concrete scheme is as follows: a kind of space flight soybean culture technology, comprise selection of land, plantation and field management, it is characterized in that described plantation comprises cultivated front fertilising, ridging overlay film, seed treatment, sowing and dense planting, described seed treatment is to comprise the steps: to bask seeds, the in the situation that at holding conditions, poor or seed moisture content being higher, before sowing, should bask seeds 2～3 days, to improve bud ratio; Seed dressing, the one, carry out rhizobium seed dressing, in new reclaimed land, the plot of heavily meeting stub land or not planting for many years soybean, every mu of 500 grams of nitragin for soya seeds, the 2nd, micro-fertile seed dressing, according to soil trace element, lack situation, available ammonium molybdate, borax seed dressing, ammonium molybdate seed dressing consumption is that every kilogram of soya seeds is mixed 2～4 grams of ammonium molybdates; While dressing seed with borax, every kilogram of soya seeds is mixed 1～3 gram of borax; Dressing: use soybean seed-dressing agent special to carry out seed pelleting processing aviation soybean.
In order to realize the present invention for cultivating the object of the soybean of high yield, the further refinement of its culture technique:
Further before described ploughing, apply fertilizer and enriching on the basis of farmyard manure, execute phosphorus potash fertilizer, nitrogenous fertilizer, cultivated first every mu is spread fertilizer over the fields farmyard manure 1000～1500kg, carbonic hydroammonium 30kg; Superphosphate 50kg, potassium sulfate 10kg, phoxim granular agrochemical 1.5kg, the thin ground of raking after ploughing.
Further at described ridging overlay film, refer to finish flood season the previous year, front stubble receive after (or then early spring), once using sufficient on the basis on fertilizer and the whole ground of deep ploughing, by row spacing 90cm, the high 10～15cm in ridge, ridge, push up curved specification ridging, the black mulch film that 90cm is wide, 0.007～0.008mm is thick is added a cover on top, ridge, mulch film will be close to ridge face, both sides will vertically be imbedded and on the teleblem of Tu Xia， ridge, limit, ridge, want the windproof film of taking off of firming band.Said procedure can once be completed by special-purpose machinery, 3～4 mu of workloads per hour.According to the study, this pattern, can improve the availability of natural resources (precipitation, temperature, air, microorganism) to greatest extent, fully excavates the productive potential of the means of production (seed, fertilizer, mulch film etc.), greatly reduce production costs, increase substantially crop yield.
Further at described proper seeding, refer to that the general daily mean temperature when 5cm soil layer is stablized and sow optimum while reaching 10～12 ℃.This phase sowing, bean seedlings forge through low temperature, and basal internode tubbiness is favourable resistant to lodging.Also can make the large Salt black bean grain phase be in the condition that is conducive to Protein formation.
Further in described rational close planting, refer to this kind, plant is higher, and minute principal stresses is strong, and cauline leaf is in great numbers, and individual plant productivity ratio is high, should suitably strengthen distance between rows and hills.During sowing, on the ridge of overlay film, by little line-spacing 30cn, average row is apart from 45cm, and cave is apart from 30cm (also can do cave apart from the comparative trial of 40cm, 45cm), and cave is beaten in two angle modulation in the ranks, dark 3～the 4cm in cave, 1～2 seed of every bunch planting (pressing the order of 121 2).When soybean two lobes folders carry out final singling during wholeheartedly to first compound leaf expanded, the strain (when facing cave and be short of seedling, can stay two strains) of selecting and remain of every cave, every mu is stayed seedling approximately 5000,3700,3300 strains.
In the described good soil condition that chooses, be further the basis that soybean is achieved higher output.HD mono-1 soybean root systems are huge, bury and deeply can reach more than 1 meter, 0.5 meter of left and right of lateral root parallel expansion, and on root the rhizobium of raw aerobic property.Root growth quality directly affects soybean yields and quality.So require that soil plough horizon is deep, to fill with row convenient, nutrient is sufficient, good permeability.Solid-state in soil, liquid, three eurythmies of gaseous state, ratio is about 45:30:25; Water, fertilizer, gas, hot four property are good, the content of organic matter 3.5%～4%, and 0～20cm topsoil soils unit weight is 0.95～1.10 gram/cm
3, total porosity 59.5%～62.6% is advisable.
Further in described field management (), take precautions against drought water drainage soybean seedling because leaf area is little, transpiration amount is little, and water requirement is also less, generally more drought-enduring.Flower needs large quantity of moisture at the pod phase, but now enters rainy season general fraction of the year, can meet the demand of soybean to moisture.The fraction of the year of special, in case of the dry season will promptly water, meet waterlogging and will note draining.Soybeans they grow enters a drum grain phase needs large quantity of moisture equally, there is no enough moisture, and cause, flat pod is many, seed is little, output significantly reduces.This phase Soybean production is afraid of lack of water most, also the easiest lack of water.Now rainy season mistake, often there is autumn drought, very unfavorable to large Salt black bean grain, so this phase is met drought, to promptly water.(2) control prosperous anti-down, space flight soybean, plant is tall and big, branch leafy luxuriant easy lodging.Lodge heavier, the underproduction is larger, and the more early underproduction of lodging is heavier.Solve lodging problem, except in good time early sowing, rational close planting, (heavy dressing phosphorus potash fertilizer applies fertilizers scientifically, must guard against nitrogenous fertilizer excessive) outside, especially will be according to soybean growing way, climatic condition, use growth regulator in good time, to reduce plant height and length of internode, increase stem thick, control prosperous length, strengthen capacity for the resistance to lodging.Soybean branching stage or initial bloom stage, 50～80 grams of 20～40 grams of every mu of use 5% uniconazole P wetting powders or 15% paclobutrazol wetting powders, to 40～50 kilograms, water, evenly spray cauline leaf, prevents prosperous length and lodging.(3) foliar application, blooms, pod bearing period executes foliage fertilizer, can effectively improve the nutrition of soybean later stage, prevents leaf presenility, corrects micro-nutritional deficiency disease, promotes that organic nutrition turns round to seed, solves the problem of soybean " colored and unreal ", " pod and unreal ".The formula concentration of foliage fertilizer is: 1. urea 0.1%～0.2%, potassium dihydrogen phosphate 0.1%, borax 0.1%～0.2%, ammonium molybdate 0.05%.Each every mu sprays mixing solution 50kg～60kg.Can take the circumstances into consideration to spray twice, interval is about 7 days.2. special anti-Huolisu foliage fertilizer, base fertilizer: can dress seed, do base fertilizer, foliage-spray, specifically see special anti-Huolisu product introduction and use explanation.
The invention has the advantages that: implantation methods of the present invention more can adapt to the growth characteristic of the soybean of aviation breeding, more can improve the output of soybean.
Embodiment
For better explaining, scheme provided by the invention adopt following embodiment to be explained:
Space flight soybean HD-1 is high protein, high yield, the non-transgenic soybean new lines of up-to-date seed selection.Obtain its good quality and high output, must be noted that following culture technique main points.
One, choose ground
Good soil condition is the basis that soybean is achieved higher output.HD-1 soybean root system is huge, bury and deeply can reach more than 1 meter, 0.5 meter of left and right of lateral root parallel expansion, and on root the rhizobium of raw aerobic property.Root growth quality directly affects soybean yields and quality.So require that soil plough horizon is deep, to fill with row convenient, nutrient is sufficient, good permeability.Solid-state in soil, liquid, three eurythmies of gaseous state, ratio is about 45:30:25; Water, fertilizer, gas, hot four property are good, the content of organic matter 3.5%～4%, and 0～20cm topsoil soils unit weight is 0.95～1.10 gram/cm3, total porosity 59.5%～62.6% is advisable.
Two, scientic planting
(1) plough front fertilising
Enriching on the basis of farmyard manure, heavy dressing phosphorus potash fertilizer, drinks nitrogen fertilizer application.Before ploughing, every mu is spread fertilizer over the fields farmyard manure 1000～1500kg, carbonic hydroammonium 30kg; Superphosphate 50kg, potassium sulfate 10kg, phoxim granular agrochemical 1.5kg (killing soil insect).The thin ground of raking after ploughing.
(2) ridging overlay film
Finish flood season the previous year, front stubble receive after (or then early spring), once using sufficient on the basis on fertilizer and the whole ground of deep ploughing, by row spacing 90cm, the high 10～15cm in ridge, ridge, push up curved specification ridging, the black mulch film that 90cm is wide, 0.007～0.008mm is thick is added a cover on top, ridge, mulch film will be close to ridge face, both sides will vertically be imbedded and on the teleblem of Tu Xia， ridge, limit, ridge, want the windproof film of taking off of firming band.Said procedure can once be completed by special-purpose machinery, 3～4 mu of workloads per hour.According to the study, this pattern, can improve the availability of natural resources (precipitation, temperature, air, microorganism) to greatest extent, fully excavates the productive potential of the means of production (seed, fertilizer, mulch film etc.), greatly reduce production costs, increase substantially crop yield.
(3) seed treatment
1, bask seeds: the in the situation that at holding conditions, poor or seed moisture content being higher, before sowing, should bask seeds 2～3 days, to improve bud ratio.
2, seed dressing: the one, carry out rhizobium seed dressing.At new reclaimed land, the plot of heavily meeting stub land or not planting for many years soybean, every mu of 500 grams of nitragin for soya seeds; The 2nd, micro-fertile seed dressing: lack situation according to soil trace element, available ammonium molybdate, borax seed dressing.Ammonium molybdate seed dressing consumption is that every kilogram of soya seeds is mixed 2～4 grams of ammonium molybdates; While dressing seed with borax, every kilogram of soya seeds is mixed 1～3 gram of borax.
3, dressing: select registered soybean seed-dressing agent special (as more than 26% gram of good fortune seed coat agent 1:60 or 15% good fortune gram seed coat agent 1:60) to carry out seed pelleting processing.
4, seed needs to do technical finesse after reclaiming and just can do seed use in the coming year, otherwise Yield and quality, emergence rate are not up to standard.
When micro-fertile seed dressing and seed pelleting are applied, should dress seed by first micro-fertilizer simultaneously, after drying in the shade, carry out again seed pelleting.Rhizobium should avoid applying with acid agrichemical simultaneously.
(4) proper seeding
The general daily mean temperature when 5cm soil layer is stablized and while reaching 10～12 ℃, is sowed optimum.This phase sowing, bean seedlings forge through low temperature, and basal internode tubbiness is favourable resistant to lodging.Also can make the large Salt black bean grain phase be in the condition that is conducive to Protein formation.
(5) rational close planting
This kind, plant is higher, and minute principal stresses is strong, and cauline leaf is in great numbers, and individual plant productivity ratio is high, should suitably strengthen distance between rows and hills.During sowing, on the ridge of overlay film, by little line-spacing 30cm, average row is apart from 45cm, and cave is apart from 30cm (also can do cave apart from 35cm-45cm), and cave is beaten in two angle modulation in the ranks, the dark 3～4cm in cave, 1～2 seed of every bunch planting or by the order of 1212.When soybean two lobes folders carry out final singling during wholeheartedly to first compound leaf expanded, the strain (when facing cave and be short of seedling, can stay two strains) of selecting and remain of every cave, every mu is stayed seedling approximately 5000,3700,3300 strains.
Three, field management
(1) water drainage of taking precautions against drought
Soybean seedling is because leaf area is little, and transpiration amount is little, and water requirement is also less, generally more drought-enduring.Flower needs large quantity of moisture at the pod phase, but now enters rainy season general fraction of the year, can meet the demand of soybean to moisture.The fraction of the year of special, in case of the dry season will promptly water, meet waterlogging and will note draining.Soybeans they grow enters a drum grain phase needs large quantity of moisture equally, there is no enough moisture, and cause, flat pod is many, seed is little, output significantly reduces.This phase Soybean production is afraid of lack of water most, also the easiest lack of water.Now rainy season mistake, often there is autumn drought, very unfavorable to large Salt black bean grain, so this phase is met drought, to promptly water.
(2) control prosperous anti-down
Space flight soybean, plant is tall and big, the leafy luxuriant easy lodging of branch.Lodge heavier, the underproduction is larger, and the more early underproduction of lodging is heavier.Solve lodging problem, except in good time early sowing, rational close planting, (heavy dressing phosphorus potash fertilizer applies fertilizers scientifically, must guard against nitrogenous fertilizer excessive) outside, especially will be according to soybean growing way, climatic condition, use growth regulator in good time, to reduce plant height and length of internode, increase stem thick, control prosperous length, strengthen capacity for the resistance to lodging.Soybean branching stage or initial bloom stage, 50～80 grams of 20～40 grams of every mu of use 5% uniconazole P wetting powders or 15% paclobutrazol wetting powders, to 40～50 kilograms, water, evenly spray cauline leaf, prevents prosperous length and lodging.
(3) foliar application
Bloom, pod bearing period executes foliage fertilizer, can effectively improve the nutrition of soybean later stage, prevents leaf presenility, corrects micro-nutritional deficiency disease, promotes that organic nutrition turns round to seed, solves the problem of soybean " colored and unreal ", " pod and unreal ".
The formula concentration of foliage fertilizer is: 1. urea 0.1%～0.2%, potassium dihydrogen phosphate 0.1%, borax 0.1%～0.2%, ammonium molybdate 0.05%.Each every mu sprays mixing solution 50kg～60kg.Can take the circumstances into consideration to spray twice, interval is about 5～7 days.
2. special anti-Huolisu foliage fertilizer, base fertilizer: can dress seed, do base fertilizer, foliage-spray, specifically see special anti-Huolisu product introduction and use explanation.
Claims (5)
1. a space flight soybean culture technology, comprise selection of land, plantation and field management, it is characterized in that described plantation comprises cultivated front fertilising, ridging overlay film, seed treatment, sowing and dense planting, described seed treatment is to comprise the steps: to bask seeds, the in the situation that at holding conditions, poor or seed moisture content being higher, before sowing, should bask seeds 2～3 days, to improve bud ratio; Seed dressing, the one, carry out rhizobium seed dressing, in new reclaimed land, the plot of heavily meeting stub land or not planting for many years soybean, every mu of 500 grams of nitragin for soya seeds, the 2nd, micro-fertile seed dressing, according to soil trace element, lack situation, available ammonium molybdate, borax seed dressing, ammonium molybdate seed dressing consumption is that every kilogram of soya seeds is mixed 2～4 grams of ammonium molybdates; While dressing seed with borax, every kilogram of soya seeds is mixed 1～3 gram of borax.
2. space flight soybean culture technology according to claim 1, it is characterized in that before described ploughing fertilising refer to plough before every mu spread fertilizer over the fields farmyard manure 1000～1500kg, carbonic hydroammonium 30kg; Superphosphate 50kg, potassium sulfate 10kg, phoxim granular agrochemical 1.5kg, the thin ground of raking after ploughing.
3. space flight soybean culture technology according to claim 1, it is characterized in that described ridging overlay film refer to finish flood season the previous year, front stubble receive after or early spring then, once using sufficient on the basis on fertilizer and the whole ground of deep ploughing, by row spacing 90cm, the high 10～15cm in ridge, ridge, push up curved specification ridging, the black mulch film that 90cm is wide, 0.007～0.008mm is thick is added a cover on top, ridge, mulch film will be close to Mian， both sides, ridge and will vertically imbed and on the teleblem of Tu Xia， ridge, limit, ridge, want the windproof film of taking off of firming band.
4. space flight soybean culture technology according to claim 1, is characterized in that described sowing and dense planting refer to when the daily mean temperature of 5cm soil layer and stablizes and sow optimum while reaching 10～12 ℃; When dense planting refers to sowing, on the ridge of overlay film, by little line-spacing 30cm, average row is apart from 45cm, and cave is apart from 30cm, and cave is beaten in two angle modulation in the ranks, the dark 3～4cm in cave, 1～2 seed of every bunch planting; When soybean two lobes folders carry out final singling during wholeheartedly to first compound leaf expanded, the strain of selecting and remain of every cave.
5. space flight soybean culture technology according to claim 1, it is characterized in that described field management comprises: soybean branching stage or initial bloom stage, 50～80 grams of 20～40 grams of every mu of use 5% uniconazole P wetting powders or 15% paclobutrazol wetting powders, be watered 40～50 kilograms, evenly spray cauline leaf, prevent prosperous length and lodging; Foliar application, blooms, pod bearing period executes foliage fertilizer, and the formula concentration of foliage fertilizer is: urea 0.1%～0.2%, and potassium dihydrogen phosphate 0.1%, borax 0.1%～0.2%, ammonium molybdate 0.05%, each every mu sprays and mixes solution 50kg～60kg; Can take the circumstances into consideration to spray twice, 5～7 days, interval; Special anti-Huolisu foliage fertilizer, base fertilizer: can dress seed, do base fertilizer, foliage-spray.
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| CN104335807A (en) * | 2014-10-11 | 2015-02-11 | 高深 | Planting method for soybeans |
| CN104798596A (en) * | 2015-05-21 | 2015-07-29 | 勃利县民兴高蛋白大豆专业合作社 | High-yielding soybean cultivation method |
| CN105075588A (en) * | 2015-07-27 | 2015-11-25 | 太仓市南杨农场专业合作社 | Method for culturing soybean, substantially reducing pest and disease damage and improving yield and quality |
| CN105432266A (en) * | 2014-08-18 | 2016-03-30 | 王贵孝 | Film mulching cultivation method for organic soybeans |
| CN105850448A (en) * | 2016-04-21 | 2016-08-17 | 固镇县传红家庭农场 | Method for planting green pollution-free soybean |
| CN105850450A (en) * | 2016-04-21 | 2016-08-17 | 固镇县传红家庭农场 | Soybean planting method |
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| CN104335807A (en) * | 2014-10-11 | 2015-02-11 | 高深 | Planting method for soybeans |
| CN104798596A (en) * | 2015-05-21 | 2015-07-29 | 勃利县民兴高蛋白大豆专业合作社 | High-yielding soybean cultivation method |
| CN104798596B (en) * | 2015-05-21 | 2017-04-19 | 勃利县民兴高蛋白大豆专业合作社 | High-yielding soybean cultivation method |
| CN105075588A (en) * | 2015-07-27 | 2015-11-25 | 太仓市南杨农场专业合作社 | Method for culturing soybean, substantially reducing pest and disease damage and improving yield and quality |
| CN105850448A (en) * | 2016-04-21 | 2016-08-17 | 固镇县传红家庭农场 | Method for planting green pollution-free soybean |
| CN105850450A (en) * | 2016-04-21 | 2016-08-17 | 固镇县传红家庭农场 | Soybean planting method |
| CN108293733A (en) * | 2016-08-30 | 2018-07-20 | 麦天鹏 | A kind of eutrophy prime number rice cropping pattern and method |
| CN106489492A (en) * | 2016-10-22 | 2017-03-15 | 杨继周 | A kind of method for promoting soybean blossoming |
| CN106688535A (en) * | 2016-11-24 | 2017-05-24 | 盐城市大丰区小海镇农业技术推广综合服务中心 | Soybean dwarf culture method |
| CN106905037A (en) * | 2017-02-24 | 2017-06-30 | 黑龙江八农垦大学 | A kind of interacting composition for preventing the lodging of mung bean middle and later periods and improving the foliar spray conditioning agent and nutrient of yield |
| CN106856940A (en) * | 2017-03-02 | 2017-06-20 | 安徽金培因科技有限公司 | A kind of free of contamination soybean planting method of high yield |
| CN112335512A (en) * | 2020-11-17 | 2021-02-09 | 阜新宇普乐航天育种生态科技有限公司 | Soybean breeding process and planting method thereof |
| CN112470848A (en) * | 2020-12-07 | 2021-03-12 | 宁夏农林科学院农作物研究所（宁夏回族自治区农作物育种中心） | Cultivation method for continuously picking green soy beans for fresh edible vegetables |
| CN112470848B (en) * | 2020-12-07 | 2023-02-17 | 宁夏农林科学院农作物研究所（宁夏回族自治区农作物育种中心） | Cultivation method for continuously picking green soy beans for fresh edible vegetables |
| CN113229090A (en) * | 2021-06-17 | 2021-08-10 | 山东禹王生态食业有限公司 | High-yield cultivation and processing method for soybean stems and leaves |
| WO2022262393A1 (en) * | 2021-06-17 | 2022-12-22 | 山东禹王生态食业有限公司 | Method for high-yield cultivation and processing of soybean stems and leaves |
| CN113498721A (en) * | 2021-08-09 | 2021-10-15 | 江西泉彩农业高科技开发有限公司 | Space soybean cultivation technology |
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