CN102972272A - Method for enabling tomato to be rich in multiple trace elements - Google Patents
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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
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- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
Abstract
The invention discloses a method for enabling tomato to be rich in multiple trace elements. The method adopts at least one of the following measures: 1, selecting high-quality tomato seeds, normally culturing the seedlings and arranging the seedlings, irrigating trace element nutrient solution which is diluted for 500-750 times; 2, normally culturing the seedlings until the seedlings are fixedly planted, irrigating the seedlings with the nutrient solution which is diluted for 500-750 times; 3, when nutrient pots are adopted to breed seedlings, irrigating the seedlings with the nutrient solution which is diluted for 500-750 times when each seedling grows two-leaves and one core and/or when the seedlings are fixedly planted; 4, diluting the nutrient solution for 300-500 times, respectively spraying the plant, leaf surface and fruit for one time in the fruit setting period and the first fruit expansion period; and 5, in soil-less culturing, directly adding the nutrient solution with proper amount to culture solution respectively at the flowering and fruit setting period and the first fruit expansion period, and normally managing the radish seedlings in other periods, wherein the trace element nutrient solution is ion nutrient liquid fertilizer which is specified in the claim 1 of the patent with an application number of 201210053105.4.
Description
Technical field
The present invention relates to technique for cultivating tomatoes, be specially a kind of method that makes tomato be rich in the various trace elements such as germanium selenium zinc chrome vanadium.
Background technology
Tomato is one of the most general fruit and vegetable of whole world cultivation.In order further to improve the value medical health care of tomato, obtaining certain achievement aspect increase tomato healthy trace elements with household kind and the content thereof.Chinese patent application number 03132086.4 discloses a kind of " Fructus Lycopersici esculenti rich in calcium and cultivation method thereof ", at tomato flowering stage and/or young fruit period plant is sprayed to contain CaCl twice
2With the calcium liquid of methyl α-naphthyl acetate, make the calcium content of tomato reach 2.2-4.8mg/g; Chinese patent Granted publication CN 100556277C patent disclosure a kind of " implantation methods that contains the iodine tomato ", before the tomato seedling field planting, use sufficient base manure, and with the disposable top layer that is manured into soil of solid iodine fertilizer, or before tomato is gathered, spray liquid iodine fertilizer by stages, can make the tomato amount of iodine after the maturation reach 0.19-1.58mg/kg; Chinese patent application numbers 201010580188.3 discloses a kind of " tomatoes rich in organic selenium and production method thereof ", in the tomato seedling stage, in seedling medium or the field furrow of growing seedlings, apply the selenium-rich nutritive agent that is formed by nanometer selenium plant nutrient agent, microorganism fertilizer and boiler ash sediment, balled transplanting, the tomato seedling root is contained seleno matter bring the land for growing field crops into, final results tomatoes rich in organic selenium, its Se content 10-240ug/kg.Although these methods can both realize inventor's technical purpose, but, its increase micro-single, the value medical health care of the tomato that obtains is had a greatly reduced quality, and it is not yet seen the report that can make tomato be rich in simultaneously the special beneficial elements such as germanium, selenium, zinc, chromium, vanadium.And in " tomatoes rich in organic selenium and production method thereof ", when tomato is grown seedlings, just the selenium-rich nutritive agent is joined seedling medium or the field furrow of growing seedlings in, what the addition of selemium nutrition agent not only can affect the tomato seedling breeds that (the selenium addition is little, then the Se content of fruit is very little, the selenium addition is large, then can hinder seedling, and this also the method gained fruit Se content reason on the low side just), and owing to when growing seedlings, need thinning, objectively also caused the waste of selemium nutrition agent.
Applicant's formerly patent application " a kind of preparation method and using method of rich germanium zinc selenide thing ion nutritional liquid fertilizer " (application number 201210053105.4) discloses a kind of rich germanium zinc selenide thing ion nutritional liquid fertilizer.In its concrete application, in the cultivation of the edible mushrooms such as woodear, glossy ganoderma and mushroom, succeed, use this fertilizer make respectively woodear, glossy ganoderma and conidial powder thereof and mushroom be rich in simultaneously the trace elements such as germanium, selenium, zinc, chromium, vanadium (see applicant's previous application " a kind of make woodear be rich in the trace element method ", application number 201210131257.1; A kind of method that makes mushroom be rich in trace element, application number 201210314959.3; A kind of method that makes glossy ganoderma and conidial powder thereof be rich in trace element, application number 201210314960.6), but not yet in the plantation of fruits and vegetables class, obtain to use.
Summary of the invention
For the deficiencies in the prior art, the technical problem to be solved in the present invention is, a kind of method that makes tomato be rich in various trace elements is provided, the method is by in the growing tomatoes cultivating process, apply in right amount mineral ion nutritional liquid fertilizers such as containing a large amount of germanium selenium zinc chrome vanadium, make tomato not only can Sync enrichment germanium selenium zinc chrome vanadium etc. the multiple beneficial trace element, but also can improve the yield and quality of tomato, it is simple to have method of operating, the characteristics such as planting benefit raising.
The technical scheme that the present invention solve the technical problem is, designs a kind of method that makes tomato be rich in various trace elements, and the method adopts one of following measures at least:
The high-quality tamato seed is selected in measure 1, grows seedlings routinely, after the thinning, at two leaves, one core time-division seedling; When dividing seedling, the furrow of growing seedlings use sufficient first base fertilizer routinely, and trench digging is put seedling routinely again; Pour into the microelement nutritious liquid doubly with clear water dilution 500-750 behind the pendulum seedling, then earthing is filled out ditch; Breed be with routinely again soil to cut after large strong sprout to stick together shift out, field planting, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
The high-quality tamato seed is selected in measure 2, grow seedlings routinely, thinning, minute seedling and breed that cutting in large strong sprout, band soil sticks together and shift out, after the field planting, with microelement nutritious liquid with clear water dilution 500-750 doubly, pour in the field planting hole as field planting water, then earthing, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
When feeding block seedlings raising is adopted in measure 3, select the high-quality tamato seed and grow seedlings routinely, after the thinning, respectively when two leaves, one core and/or during field planting, microelement nutritious liquid doubly watered with clear water dilution 500-750 apply in nutritive cube and/or the field planting hole, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
The high-quality tamato seed is selected in measure 4, grow seedlings routinely, thinning, minute seedling and breed that cutting in large strong sprout, band soil sticks together and shift out, after the field planting, with microelement nutritious liquid with clear water dilution 300-500 doubly, bearing fruit at plant blossom respectively, each sprays once to plant, blade face and fruit for phase and the first fringe fruit expanding period, be 5-7 days twice blanking time, spraying time should be apart from fruit harvesting more than 20 days for the second time, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
During measure 5 soilless culture, in cultivation management routinely, respectively in plant blossom bear fruit phase and the first fringe fruit expanding period, directly join microelement nutritious liquid in the culture fluid, addition is that be 5-7 days ‰, twice blanking time of 1-1.5 of culture fluid weight, and the joining day should be apart from fruit harvesting more than 20 days for the second time, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements; Perhaps take measures 4;
Described microelement nutritious liquid is that number of patent application is the ion nutritional liquid fertilizer of 201210053105.4 claim 1 defined.
Compared with prior art, the tomato that the present invention cultivates not only is rich in the multiple beneficial trace elements such as germanium, selenium, zinc, chromium, vanadium simultaneously, and its yield and quality all increases, and it is good to eat mouthfeel raw; Simultaneously, owing to contain germanium, selenium, zinc element, the oxidation resistance of himself is strong, fresh fruit in freshness date that the Indoor Natural state is deposited all more than 7 days; Owing to adopt rice shoot, branches and leaves behind the present invention all to contain the trace elements such as certain germanium, selenium, zinc, also relative culture fertility then behind the field progressively improves the situation that soil lacks healthy trace elements with household.Experiment shows (referring to the embodiment of the invention), and in the tomato that the inventive method is cultivated (fresh fruit, lower same), Ge content is 2.06-9.14mg/kg; Se content is 2.15-5.47mg/kg; Zinc content is 13.37-19.38mg/kg; Chromium content is 0.82-1.95mg/kg; Content of vanadium is 0.73-1.32mg/kg, and the various trace elements concentration effect is remarkable.
Embodiment
Further narrate the present invention below in conjunction with embodiment.
The tomato that makes of the present invention's design is rich in the method (abbreviation method) of various trace elements, and the method adopts one of following measures at least:
After high yield, high-quality tamato seed are selected in measure 1, grow seedlings routinely, after the thinning, at two leaves, one core time-division seedling; During minute seedling, the furrow of growing seedlings use sufficient first base fertilizer routinely, more routinely trench digging pendulum seedling (perhaps swing in the nutritive cube that conventional nutrient matrix is housed, one in an alms bowl, lower with); Pour into the microelement nutritious liquid doubly with clear water dilution 500-750 behind the pendulum seedling, then earthing is filled out ditch; Breed be with routinely again soil to cut after large strong sprout to stick together shift out, field planting (perhaps together with the nutritive cube field planting, lower with), other are managed routinely, can gather in the crops the tomato of various trace elements such as being rich in germanium, selenium, zinc, chromium and vanadium; Described microelement nutritious liquid is that number of patent application is the ion nutritional liquid fertilizer (lower with) of 201210053105.4 claim 1 defined; And be not only and relate to this formerly claim 1 of patent application, and be that this formerly patent application technology that means the applicant comprises that whole claims and specification all are referred in the specification of the present invention.
After high yield, high-quality tamato seed are selected in measure 2, grow seedlings routinely, thinning, minute seedling and breed that cutting in large strong sprout, band soil sticks together and shift out, after the field planting, with microelement nutritious liquid with clear water dilution 500-750 doubly, pour in the field planting hole as field planting water, then earthing is managed routinely and is namely gathered in the crops the tomato that is rich in the various trace elements such as germanium, selenium, zinc, chromium, vanadium;
Feeding block seedlings raising is adopted in measure 3, and (being about to seed directly is seeded in the nutritive cube, together lower) time, select high yield, high-quality tamato seed and grow seedlings routinely, after the thinning, respectively (together field planting of band nutritive cube during field planting) when two leaves, one core and/or during field planting, with microelement nutritious liquid with clear water dilution 500-750 doubly and water and apply in nutritive cube and/or the field planting hole, then routinely management namely results be rich in the tomato of the various trace elements such as germanium, selenium, zinc, chromium, vanadium;
High yield is selected in measure 4, behind the high-quality tamato seed, grow seedlings routinely, thinning, divide seedling and breed large strong sprout, band soil is cut to stick together and is shifted out, after the field planting, with microelement nutritious liquid with clear water dilution 300-500 doubly, bear fruit the phase at plant blossom respectively (namely first the flowers are in blossom reaches 2cm to the first fringe fruit diameter, lower with) and the first fringe fruit expanding period (namely the first fringe fruit diameter reaches 2cm to the second fringe fruit diameter and reaches 2cm, together lower) to plant, each sprays blade face and fruit once, be 5-7 days twice blanking time, spraying time should be apart from fruit harvesting more than 20 days for the second time, other are managed routinely, can gather in the crops to be rich in germanium, selenium, zinc, the tomato of the various trace elements such as chromium and vanadium;
During measure 5 soilless culture, in cultivation management routinely, respectively in plant blossom bear fruit phase and the first fringe fruit expanding period, directly join microelement nutritious liquid in the culture fluid, addition is the 1-1.5 ‰ of culture fluid, be 5-7 days twice blanking time, and the joining day should be apart from fruit harvesting more than 20 days for the second time, and then the tomato that is rich in the various trace elements such as germanium, selenium, zinc, chromium, vanadium is namely gathered in the crops in management routinely; Perhaps take measures 4.
Preferred version of the present invention is that measure 1 and measure 2 are used simultaneously, or measure 1 is used simultaneously with measure 4, or measure 2 is used simultaneously with measure 4, employed microelement nutritious liquid concentration from low to high, progressively improve, both be conducive to plant and progressively adapted to, and also be conducive to trace element and in plant corpus and fruit thereof, carry out biological organic transformation, and then be conducive to the absorption of human body utilization; When employing measure 4 and measure 5, the amount of spraying is not evenly dripped take positions such as leaf, branch, stem, flowers and is degree, the concentration that sprays for the first time microelement nutritious liquid should be lower than for the second time spraying concentration, and spraying time should be apart from fruit harvesting more than 20 days, to guarantee the biological organic transformation of trace element for the second time; The concentration of after-applied microelement nutritious liquid also should from low to high, progressively increase, to avoid affecting seedling growth first; Spray rear 6 hours and then respray such as rain, select 4 later on calm rainy day gas blowouts in afternoon to execute as good.Spraying utensil will clean, preferably special-purpose, does not use with agricultural chemicals, other fertilizer etc.
The present invention does not address part and is applicable to prior art.
The below provides specific embodiments of the invention.These embodiment only are used for specifically describing the present invention, do not limit the protection domain of the application's claim.
Embodiment 1
Grind in selecting 958 kinds (lower with) on March 2nd, 2012 routinely seeding in nursery bed grow seedlings, and after carrying out thinning routinely, at two leaves, one core time-division seedling; When dividing seedling, the whole furrow of growing seedlings in plastic tunnel, and use sufficient routinely base fertilizer, trench digging pendulum seedling; Pour into the microelement nutritious liquid with 750 times of clear water dilutions behind the pendulum seedling, then earthing is filled out ditch; Breed be with routinely again soil to cut after large strong sprout to stick together shift out, field planting in canopy, during field planting, microelement nutritious liquid is diluted 500 times with clear water, pour in the field planting hole as field planting water, then earthing, and manage routinely, can gather in the crops the tomato of various trace elements such as being rich in germanium, selenium, zinc, chromium, vanadium; Described microelement nutritious liquid is that number of patent application is the rich germanium selenium zinc chrome vanadium mineral ion nutritional liquid fertilizer of 201210053105.4 claim 1 defined; The weight fraction of described microelement nutritious liquid consists of (together lower): 18 parts in potassium hydroxide; 10 parts of germanium dioxides; 5 parts of sodium selenites; 10 parts of zinc acetates; 2 parts of chromium chlorides; 3 parts of ammonium metavanadates; 20 parts of citric acids; 30 parts of compound amino acids; 10 parts of boric acid; 900 parts in 5 parts in urea and water (be the embodiment 1 of 201210053105.4 specifications referring to number of patent application);
The tomato of present embodiment results than conventional cultivation output increased 10.3%, Ge content 2.36mg/kg; Se content 1.22mg/kg; Zinc content 12.51mg/kg; Chromium content 0.37mg/kg; Content of vanadium 0.31mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 9 days.
Embodiment 2
Present embodiment adopts behind minute seedling pendulum seedling, pour into the microelement nutritious liquid with 750 times of clear water dilutions, and plant, blade face and fruit are sprayed 1 time with the microelement nutritious liquid of 500 times of clear water dilutions in the plant blossom phase of bearing fruit respectively, spray again once at the microelement nutritious liquid of the first fringe fruit expanding period with 300 times of clear water dilutions, two minor ticks 6 days, do not adopt in field planting water and add microelement nutritious liquid, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 13.7%, Ge content 3.29mg/kg; Se content 2.03mg/kg; Zinc content 15.42mg/kg; Chromium content 0.54mg/kg; Content of vanadium: 0.43mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 10 days.
Embodiment 3
Present embodiment adopts after field planting, pour into the microelement nutritious liquid with 700 times of clear water dilutions, and bearing fruit at plant blossom respectively, each sprays once the microelement nutritious liquid with 500 times of clear water dilutions to plant, blade face and fruit for phase and the first fringe fruit expanding period, every minor tick 6 days, do not adopt in the water that minute seedling pendulum Miao Housuo waters and add microelement nutritious liquid, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 14.6%, Ge content 3.57mg/kg; Se content 2.16mg/kg; Zinc content 15.87mg/kg; Chromium content 0.57mg/kg; Content of vanadium 0.42mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 10 days.
Embodiment 4
Present embodiment only adopts behind minute seedling pendulum seedling, pour into the microelement nutritious liquid with 500 times of clear water dilutions, earthing is filled out ditch, breed after large strong sprout band soil cut stick together shift out, field planting, do not take after field planting, to apply again other measures such as microelement nutritious liquid, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 5.4%, Ge content 1.03mg/kg; Se content 0.41mg/kg; Zinc content 8.75mg/kg; Chromium content 0.14mg/kg; Content of vanadium 0.09mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 7 days.
Embodiment 5
Present embodiment only adopts the microelement nutritious liquid that pours into 500 times of clear water dilutions when field planting, do not take to apply behind minute seedling pendulum seedling other measures such as microelement nutritious liquid, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 5.7%, Ge content 1.11mg/kg; Se content 0.42mg/kg; Zinc content 8.73mg/kg; Chromium content 0.13mg/kg; Content of vanadium 0.10mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 7 days.
Embodiment 6
Present embodiment is only beared fruit at plant blossom respectively, and each sprays once the microelement nutritious liquid with 500 times of clear water dilutions to plant, blade face and fruit for phase and the first fringe fruit expanding period, every minor tick 5 days, no longer take other measures that applies microelement nutritious liquid, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 10.31%, Ge content 2.15mg/kg; Se content 1.53mg/kg; Zinc content 12.65mg/kg; Chromium content 1.18mg/kg; Content of vanadium 0.14mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 8 days.
Embodiment 7
Present embodiment adopts feeding block seedlings raising, when two leaves, one core, pours into the microelement nutritious liquid with 750 times of clear water dilutions after the thinning; In when customization, pour into again the microelement nutritious liquid with 500 times of clear water dilutions, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 11.2%, Ge content 2.41mg/kg; Se content 1.23mg/kg; Zinc content 13.43mg/kg; Chromium content 0.36mg/kg; Content of vanadium 0.28mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 10 days.
Embodiment 8
Present embodiment adopts soilless culture, in the plant blossom phase of bearing fruit microelement nutritious liquid is directly joined in the culture fluid respectively, and additional proportion is 1 ‰ of total culture fluid; In the first fringe fruit expanding period, it is direct to add microelement nutritious liquid in culture fluid again, and addition is 1.5 ‰ of culture fluid weight, and be 7 days twice blanking time, no longer takes other to apply the microelement nutritious liquid measure, other identical with embodiment 1.
The tomato of present embodiment results than conventional cultivation output increased 15.4%, Ge content 3.07mg/kg; Se content 2.12mg/kg; Zinc content 16.43mg/kg; Chromium content 0.53mg/kg; Content of vanadium 0.46mg/kg; The various trace elements concentration effect is remarkable, and the fresh fruit Indoor Natural is deposited and had no significant change in 10 days.
Claims (5)
1. method that makes tomato be rich in various trace elements, the method adopts one of following measures at least:
The high-quality tamato seed is selected in measure 1, grows seedlings routinely, after the thinning, at two leaves, one core time-division seedling; When dividing seedling, the furrow of growing seedlings use sufficient first base fertilizer routinely, and trench digging is put seedling routinely again; Pour into the microelement nutritious liquid doubly with clear water dilution 500-750 behind the pendulum seedling, then earthing is filled out ditch; Breed be with routinely again soil to cut after large strong sprout to stick together shift out, field planting, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
The high-quality tamato seed is selected in measure 2, grow seedlings routinely, thinning, minute seedling and breed that cutting in large strong sprout, band soil sticks together and shift out, after the field planting, with microelement nutritious liquid with clear water dilution 500-750 doubly, pour in the field planting hole as field planting water, then earthing, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
When feeding block seedlings raising is adopted in measure 3, select the high-quality tamato seed and grow seedlings routinely, after the thinning, respectively when two leaves, one core and/or during field planting, microelement nutritious liquid doubly watered with clear water dilution 500-750 apply in nutritive cube and/or the field planting hole, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
The high-quality tamato seed is selected in measure 4, grow seedlings routinely, thinning, minute seedling and breed that cutting in large strong sprout, band soil sticks together and shift out, after the field planting, with microelement nutritious liquid with clear water dilution 300-500 doubly, bearing fruit at plant blossom respectively, each sprays once to plant, blade face and fruit for phase and the first fringe fruit expanding period, be 5-7 days twice blanking time, joining day should be apart from fruit harvesting more than 20 days for the second time, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements;
During measure 5 soilless culture, in cultivation management routinely, respectively in plant blossom bear fruit phase and the first fringe fruit expanding period, directly join microelement nutritious liquid in the culture fluid, addition is that be 5-7 days ‰, twice blanking time of 1-1.5 of culture fluid weight, and spraying time should be apart from fruit harvesting more than 20 days for the second time, other are managed routinely, can gather in the crops the tomato that is rich in germanium, selenium, zinc, chromium and vanadium various trace elements; Perhaps take measures 4;
Described microelement nutritious liquid is that number of patent application is the ion nutritional liquid fertilizer of 201210053105.4 claim 1 defined.
2. the described method that makes tomato be rich in various trace elements according to claim 1 is characterized in that the concentration of employed microelement nutritious liquid dilution, by applying for the first time beginning from low to high, improving one by one according to the size of seedling age.
3. the described method that makes tomato be rich in various trace elements according to claim 1, when it is characterized in that described foliage spray microelement nutritious liquid, select at 4 in afternoon after calm weather without rain spray; Spray behind the microelement nutritious liquid and meet rain in 6 hours, then need to respray once.
4. the described method that makes tomato be rich in various trace elements according to claim 1 is characterized in that described microelement nutritious liquid uses separately, and the utensil that sprays of microelement nutritious liquid also wants special-purpose.
5. the described method that makes tomato be rich in various trace elements according to claim 1 is characterized in that described measure 1 and measure 2 use simultaneously; Or measure 1 is used simultaneously with measure 4; Or measure 2 is used simultaneously with measure 4.
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103708529A (en) * | 2013-12-21 | 2014-04-09 | 山东鑫诚现代农业科技有限责任公司 | Composite substrate cultivation nutrient solution of tomato, rock wool and coco coir |
| CN105794469A (en) * | 2016-03-31 | 2016-07-27 | 太仓市东泾农场专业合作社 | Method for planting tomatoes rich in microelements |
| CN106171350A (en) * | 2016-06-30 | 2016-12-07 | 固镇县华丰农业有限公司 | A kind of implantation methods improving Fructus Lycopersici esculenti mouthfeel |
| CN106747756A (en) * | 2015-11-20 | 2017-05-31 | 包宗辉 | A kind of tomato growth-promoting media and preparation method thereof |
| CN106888946A (en) * | 2015-12-21 | 2017-06-27 | 衡阳智源农业科技有限公司 | A kind of soilless culture method of selenium-rich tomatoes |
| CN108401803A (en) * | 2018-03-22 | 2018-08-17 | 佛山推启农业研究院（普通合伙） | A kind of Gorgon fruit implantation methods rich in various trace elements |
| CN109180261A (en) * | 2018-09-19 | 2019-01-11 | 贵州大学 | A kind of vegetables selenium-rich liquid bacterial manure and the preparation method and application thereof |
| CN112931085A (en) * | 2021-02-24 | 2021-06-11 | 王浩 | Planting method of selenium-rich tomatoes |
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| CN103708529A (en) * | 2013-12-21 | 2014-04-09 | 山东鑫诚现代农业科技有限责任公司 | Composite substrate cultivation nutrient solution of tomato, rock wool and coco coir |
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| CN106888946A (en) * | 2015-12-21 | 2017-06-27 | 衡阳智源农业科技有限公司 | A kind of soilless culture method of selenium-rich tomatoes |
| CN105794469A (en) * | 2016-03-31 | 2016-07-27 | 太仓市东泾农场专业合作社 | Method for planting tomatoes rich in microelements |
| CN106171350A (en) * | 2016-06-30 | 2016-12-07 | 固镇县华丰农业有限公司 | A kind of implantation methods improving Fructus Lycopersici esculenti mouthfeel |
| CN108401803A (en) * | 2018-03-22 | 2018-08-17 | 佛山推启农业研究院（普通合伙） | A kind of Gorgon fruit implantation methods rich in various trace elements |
| CN109180261A (en) * | 2018-09-19 | 2019-01-11 | 贵州大学 | A kind of vegetables selenium-rich liquid bacterial manure and the preparation method and application thereof |
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