CN104030814A - Multi-element compound leaf fertilizer for solanaceae and application method thereof - Google Patents
Multi-element compound leaf fertilizer for solanaceae and application method thereof Download PDFInfo
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Abstract
The invention relates to a multi-element compound leaf fertilizer for solanaceae, and the multi-element compound leaf fertilizer is prepared from the following raw materials: calcium chloride, borax, ammonium molybdate, urea, and naphthylacetic acid. The multi-element compound leaf fertilizer has the beneficial effects of promoting calcium absorption of eggplants in high mountains, allowing the eggplants in high mountains to absorb calcium comprehensively, curing the disease of poor absorption of calcium of the eggplants in high mountains, effectively guaranteeing the growing of the eggplants in high mountains, promoting microelement absorption of eggplants in high mountains, guaranteeing normal growing of solanaceae in high mountains, improving the quality and yield of solanaceae in high mountains, improving the economic benefits, having good use effect and being beneficial to popularization.
Description
Technical field
The present invention relates to a kind of fertilizer, especially a kind of solanberry dish multielement composite mixed foliage fertilizer and using method thereof.
Background technology
At present, along with the continuous adjustment of China's rural and agricultural economic structure, mountain vegetables had obtained rapidly development under the pulling of market economy in recent years, and the income of year ripe per mu yield value of 2-3 7000-10000 unit has become hill farmer short, flat, the project soon of shaking off poverty and setting out on the road to prosperity.The Pingnan of for example Min Dong, Zhouning County, the Qingyuan of the Mountain Area County such as Shouning and Zhe Nan, Jing Ning, Taishun, the mountain area plantation Cauliflower in the counties such as Wen Cheng, Chinese cabbage, radish, eggplant, celery etc., developed in recent years more than ten ten thousand mu rapidly, they make full use of the mountain area summer without heat, autumn has set in nice and cool climate resources, away from factory " three wastes ", there is no atmospheric pollution, in the absence of pollution of waterhead, the vegetables of nuisanceless production listing are subject to town dweller's welcome deeply, not only supplement the supply of coastal big-and-middle light Vegetable Market of cities and towns autumn, there is certain social benefit, and become the important sources of hill farmer income.
In the process of producing at development mountain vegetables, be not to sail right before the wind, for example, tomato, capsicum and eggplant are in stem and the atrophy of side shoot top, and young leaves is curling, and leaf margin brown rot, in young fruit front end affected part drying shrinkage depression dark brownization.Chinese cabbage, broccoli after balling internal lobe edge or concentric leaf brown stain is withered or rot together, Cauliflower knot is spent the initial stage, the front end of lobus cardiacus and edge yellow are withered, the lighter's underproduction, quality declines, and the exhausted shape of severe one causes the yield reducation of solanberry dish, quality declines, and has seriously restricted the development of mountain vegetables.
Studies show that by inquiry, in the acidity in mountain area, in earth, 50-100 kilogram of morbidity of mu liming is lighter, and the morbidity not liming is heavier; Spring and autumn cool temperature, rainwater to be in harmonious proportion morbidity lighter, the high temperature and drought morbidity of autumn in summer is heavier; Execute the morbidity that farm manure is much lighter, partially execute the morbidity that chemical fertilizer is many heavier.By to the examining and about the analysis of statistic data, be defined as mountain land fertility deficiency of the symptom of being injured, nutritive props imbalance, is the physiological disturbance that famine calcium constituent causes.
According to the data study, calcium constituent is in vegetable growth process, requirement is more, the calcium that vegetables absorb plays various effects in vivo, promote composition and the growth of cell walls, reduce endotrophic extravasation, suppress infecting of germ, too much organic acid harm in elimination body, promotes the interior various metabolic processes of body etc.Calcium is the activator of some enzymes, impels the conveying of the synthetic and carbohydrate of protein, and calcium is not runny element, and Lao Ye is more than spire, and fruit is less than leaf, and calcium can only unidirectionally move up.From the happening part of above-mentioned calcium deficiency, be mainly at fruit, internal lobe and lobus cardiacus position, reason is relevant with the absorption characteristic of calcium, and vegetables absorb calcium is mainly realized by transpiration, and the calcium of rising stronger position absorption and accumulation is just more.The calcium that plant absorbs is extremely difficult mobile again, when soil meta-acid, and calcium deficiency own, high temperature and drought has reduced Root Absorption moisture, and calcium constituent can not be brought into water by transpiration, or has affected the absorption of calcium because partially executing nitrogen, potassium element; In the time that plant absorption calcium constituent is less, the position that transpiration rate is few just can not get Ca supply, has caused shortage thereby the calcium at other position is difficult to again allotment.When Chinese Cabbage and broccoli balling, when tomato, eggplant result, when Cauliflower knot flower, the demand of calcium is increased, Chinese cabbage broccoli just in the time of balling internal lobe be wrapped in and in ball, there is no transpiration, thereby calcium seldom or not enters internal lobe, so brown stain is withered or rotten together for internal lobe edge or concentric leaf when Chinese cabbage, broccoli balling, Cauliflower knot is spent initial stage lobus cardiacus, tomato, eggplant fruiting period young fruit generally do not have transpiration, so it is also little to enter the calcium of fruit, adding fruit expanding period needs calcium amount many especially, has caused the phenomenon of calcium deficiency.
On market, also occur that some can execute the fertilizer of calcium, the Chinese invention patent that for example patent No. is 03150930.4 discloses a kind of efficient multi-element composite foliage fertilizer, this foliage fertilizer is by borax, calcium chloride, magnesium sulfate, manganous sulfate, zinc sulfate, with ammonium molybdate composition, what this efficient multi-element composite foliage fertilizer was treated is the deficiency of solanberry dish boron, lack supplementing for solanberry dish calcium constituent, cannot treat tomato, capsicum and eggplant are in stem and the atrophy of side shoot top, young leaves is curling, leaf margin brown rot, in young fruit front end affected part drying shrinkage depression dark brownization, Chinese cabbage, broccoli after balling internal lobe edge or concentric leaf brown stain is withered or rot together, Cauliflower knot is spent the initial stage, withered these solanberry dish illnesss of the front end of lobus cardiacus and edge yellow, and contain boron in this foliage fertilizer, magnesium elements, manganese element, the various trace elements such as zinc element, the absorption that plant is absorbing these and just restricted calcium constituent in micro-, thereby cause the deficiency of Calcium in Plants element absorption, make plant easily occur the illness that calcium constituent lacks, result of use is poor.
Also have the Chinese invention patent that the patent No. is 201110176578.9 to disclose a kind of active calcium leaf fertilizer, this active calcium leaf fertilizer is mainly to adopt multiple organic acid to promote the absorption of Plant To Nutrient material, but this foliage fertilizer is mainly to utilize organic acid to promote the absorption of Plant To Nutrient material, instead of be used for promoting the absorption of nutritive substance by plant transpiration, for high mountain solanberry dish, this foliage fertilizer cannot be treated tomato, capsicum and eggplant are in stem and the atrophy of side shoot top, young leaves is curling, leaf margin brown rot, in young fruit front end affected part drying shrinkage depression dark brownization, Chinese cabbage, broccoli after balling internal lobe edge or concentric leaf brown stain is withered or rot together, Cauliflower knot is spent the initial stage, withered these solanberry dish illnesss of the front end of lobus cardiacus and edge yellow, result of use is poor, and can produce small combination reaction after calcium chloride and organic acid are water-soluble, the calcium salt that formation cannot be absorbed by plant surface, the Efficiency Decreasing that causes plant to absorb, and apply organic superacid foliage fertilizer and can cause soil meta-acid, high temperature and drought will reduce the absorption of root system to calcium constituent, effect is poor.
Summary of the invention
The present invention is directed to the shortcoming of above-mentioned prior art, a kind of solanberry dish multielement composite mixed foliage fertilizer and using method thereof are provided, can increase the absorption of high mountain solanberry dish calcium constituent, allow high mountain solanberry dish can obtain omnibearing calcium absorption, promote the growth of solanberry dish, improve the quality of solanberry dish, improve the output of solanberry dish, met people's demand.
The present invention solves the technical scheme that its technical problem adopts:
This solanberry dish multielement composite mixed foliage fertilizer, it is to be made up of the proportioning raw materials of following weight part: 85 parts-90 parts, calcium chloride, 6 parts-10 parts of boraxs, 0.1 part-0.5 part of ammonium molybdate, 1 part-2 parts, urea, 0.8 part-1 part of naphthylacetic acid.
Preferably, above-mentioned solanberry dish multielement composite mixed foliage fertilizer, it is to be made up of the proportioning raw materials of following weight part: 85 parts, calcium chloride, 6 parts of boraxs, 0.1 part of ammonium molybdate, 1 part, urea, 0.8 part of naphthylacetic acid.
The using method of above-mentioned solanberry dish multielement composite mixed foliage fertilizer is by calcium chloride, borax, ammonium molybdate, urea is mixed to form foliage fertilizer mixture by proportioning, again this mixture is stirred, then adopt plastics film that this mixture is covered, cover time is 2 hours-3 hours, after covering, this mixture forms solid state foliage fertilizer, then this solid state foliage fertilizer is added to the water and makes it to form foliage fertilizer solution, the ratio of solid state foliage fertilizer and water is 1:40, after dissolving, pours in atomizer the solid state foliage fertilizer in this foliage fertilizer solution, solution time is 15 minutes-20 minutes, then in atomizer, add water to make foliage fertilizer solution form spray solution, the ratio of foliage fertilizer solution and water is 1:6, adopt again atomizer spray solution to be sprayed application on the blade face of solanberry dish, the time of spraying is 3 of fine day or cloudy afternoons to 7 points at dusk, blade face evenly sprays up and down, spray latter 2 hours and rain and will fill spray in-3 hours, again sprayed once every 5 days-6 days, spray the production phase of solanberry dish three times.
Further, atomizer is power spraye.
Solanberry dish multielement composite mixed foliage fertilizer of the present invention, by calcium chloride, borax, ammonium molybdate, urea, naphthylacetic acid composition, calcium chloride is for providing main calcium constituent, borax is for providing micro-boron, molybdenum propylhomoserin is for providing micro-molybdenum element, urea is for providing a small amount of nitrogen element, and urea can soften Plant Cuticular, allow plant can absorb fast calcium constituent and other trace elements, naphthylacetic acid is for promoting the degree of absorption of Plant To Nutrient material, in use, adopting plastics film that foliage fertilizer mixture is covered to upper 2 hour-3 hour is in order to allow the moisture in foliage fertilizer mixture be evaporated in closed environment, these moisture arrive these mixture coagulates together again, thereby allow foliage fertilizer mixture form solid state foliage fertilizer, the solid state foliage fertilizer use that is not only easy to carry like this, and be convenient to calculate deal, reduce operation easier, improve working efficiency, then by first water-soluble formation foliage fertilizer solution of solid state foliage fertilizer, in order to make foliage fertilizer completely soluble in water, allow the calcium constituent formation calcium ion in calcium chloride be free in water, allow the boron formation boron ion in borax be free in water, allow the molybdenum element formation molybdenum ion in ammonium molybdate be free in water, dissolve after 15 minutes-20 minutes, foliage fertilizer just can dissolve completely in foliage fertilizer solution, and then the foliage fertilizer solution after dissolving is added to the water and dilutes formation spray solution, reduce the concentration of foliage fertilizer, the concentration that plant can be absorbed in formation, adopt again atomizer to spray the blade face of plant, when spraying application on plant leaf surface, water-soluble calcium ion will be absorbed by plant leaf surface, when Chinese Cabbage and broccoli balling, tomato, when eggplant result, when Cauliflower knot flower, the demand of calcium is increased, during this time to Chinese cabbage, broccoli, tomato, eggplant, Cauliflower sprays, even if being wrapped in ball, Chinese cabbage broccoli leaf in the time of balling there is no that transpiration also can absorb sufficient calcium constituent, so Chinese cabbage, when broccoli balling, internal lobe edge or concentric leaf just there will not be brown stain to dry up or rotten phenomenon owing to absorbing calcium constituent abundance, allow the Chinese cabbage broccoli can normal growth, Cauliflower knot is spent initial stage lobus cardiacus, tomato, eggplant fruiting period young fruit does not generally have transpiration, during this time spraying spray solution can allow sufficient calcium constituent enter into tomato, in the fruit of eggplant and the lobus cardiacus of Cauliflower, ensure the abundant absorption of solanberry dish for calcium constituent, in the time of Fruit, can obtain sufficient calcium constituent, solanberry dish just can normally be grown, the growth of high mountain solanberry dish just can effectively be ensured like this, ensure that high mountain solanberry dish can obtain sufficient calcium constituent, can cure tomato, capsicum and eggplant are in stem and the atrophy of side shoot top, young leaves is curling, leaf margin brown rot, in young fruit front end affected part drying shrinkage depression dark brownization, Chinese cabbage, broccoli after balling internal lobe edge or concentric leaf brown stain is withered or rot together, Cauliflower knot is spent the initial stage, withered these solanberry dish illnesss of the front end of lobus cardiacus and edge yellow, make the solanberry dish can normal growth, also make solanberry dish can obtain other trace element, the growth quality of solanberry dish is improved, increase the output of high mountain solanberry dish, result of use is good.
The effect that the present invention is useful is: solanberry dish multielement composite mixed foliage fertilizer of the present invention, can increase the absorption of high mountain solanberry dish calcium constituent, allowing high mountain solanberry dish can obtain omnibearing calcium constituent absorbs, the calcium constituent that can cure the appearance of high mountain solanberry dish absorbs deficient illness, the growth of high mountain solanberry dish can effectively be ensured, and can promote high mountain solanberry dish for micro-absorption, ensure the normal growth of high mountain solanberry dish, improve the quality of high mountain solanberry dish, improve the output of high mountain solanberry dish, improve economic benefit, result of use is good, be beneficial to popularization.
Embodiment
The invention will be further described below:
Embodiment mono-:
This solanberry dish multielement composite mixed foliage fertilizer, it is to be made up of the proportioning raw materials of following weight part: 85 grams, calcium chloride, 6 grams of boraxs, 0.1 gram of ammonium molybdate, 1 gram, urea, 0.8 gram of naphthylacetic acid.
The using method of above-mentioned solanberry dish multielement composite mixed foliage fertilizer is by calcium chloride, borax, ammonium molybdate, urea is mixed to form foliage fertilizer mixture by proportioning, again this mixture is stirred, then adopt plastics film that this mixture is covered, cover time is 2 hours, after covering, this mixture forms solid state foliage fertilizer, then this solid state foliage fertilizer is added to the water and makes it to form foliage fertilizer solution, the ratio of solid state foliage fertilizer and water is 1:40, after dissolving, pours in atomizer the solid state foliage fertilizer in this foliage fertilizer solution, solution time is 15 minutes, then in atomizer, add water to make foliage fertilizer solution form spray solution, the ratio of foliage fertilizer solution and water is 1:6, adopt again atomizer spray solution to be sprayed application on the blade face of solanberry dish, the time of spraying is 3 of fine day or cloudy afternoons to 7 points at dusk, blade face evenly sprays up and down, spray in latter 2 hours and rain and will fill spray, again sprayed once every 5 days, spray the production phase of solanberry dish three times.
Further, atomizer is power spraye.
Embodiment bis-:
This solanberry dish multielement composite mixed foliage fertilizer, it is to be made up of the proportioning raw materials of following weight part: 87 grams, calcium chloride, 8 grams of boraxs, 0.3 gram of ammonium molybdate, 1.5 grams, urea, 0.9 gram of naphthylacetic acid.
The using method of above-mentioned solanberry dish multielement composite mixed foliage fertilizer is by calcium chloride, borax, ammonium molybdate, urea is mixed to form foliage fertilizer mixture by proportioning, again this mixture is stirred, then adopt plastics film that this mixture is covered, cover time is 2.5 hours, after covering, this mixture forms solid state foliage fertilizer, then this solid state foliage fertilizer is added to the water and makes it to form foliage fertilizer solution, the ratio of solid state foliage fertilizer and water is 1:40, after dissolving, pours in atomizer the solid state foliage fertilizer in this foliage fertilizer solution, solution time is 17 minutes, then in atomizer, add water to make foliage fertilizer solution form spray solution, the ratio of foliage fertilizer solution and water is 1:6, adopt again atomizer spray solution to be sprayed application on the blade face of solanberry dish, the time of spraying is 3 of fine day or cloudy afternoons to 7 points at dusk, blade face evenly sprays up and down, spray in latter 2.5 hours and rain and will fill spray, again sprayed once every 5 days, spray the production phase of solanberry dish three times.
Further, atomizer is power spraye.
Embodiment tri-:
This solanberry dish multielement composite mixed foliage fertilizer, it is to be made up of the proportioning raw materials of following weight part: 90 grams, calcium chloride, 10 grams of boraxs, 0.5 gram of ammonium molybdate, 2 grams, urea, 1 gram of naphthylacetic acid.
The using method of above-mentioned solanberry dish multielement composite mixed foliage fertilizer is by calcium chloride, borax, ammonium molybdate, urea is mixed to form foliage fertilizer mixture by proportioning, again this mixture is stirred, then adopt plastics film that this mixture is covered, cover time is 3 hours, after covering, this mixture forms solid state foliage fertilizer, then this solid state foliage fertilizer is added to the water and makes it to form foliage fertilizer solution, the ratio of solid state foliage fertilizer and water is 1:40, after dissolving, pours in atomizer the solid state foliage fertilizer in this foliage fertilizer solution, solution time is 20 minutes, then in atomizer, add water to make foliage fertilizer solution form spray solution, the ratio of foliage fertilizer solution and water is 1:6, adopt again atomizer spray solution to be sprayed application on the blade face of solanberry dish, the time of spraying is 3 of fine day or cloudy afternoons to 7 points at dusk, blade face evenly sprays up and down, spray in latter 3 hours and rain and will fill spray, again sprayed once every 6 days, spray the production phase of solanberry dish three times.
Further, atomizer is power spraye.
Adopt power spraye can increase user's spray velocity, improve nebulization efficiency, reduced labour cost, reduced production cost, result of use is good.
By 1 mu of high mountain Chinese cabbage that applies embodiment of the present invention foliage fertilizer, 1 mu applies the high mountain broccoli of embodiment of the present invention foliage fertilizer, the high mountain tomato of 1 mu of embodiment of the present invention foliage fertilizer, 1 mu applies the high Brachybotrys paridiformis of embodiment of the present invention foliage fertilizer, 1 mu of High Mountainous Cauliflower that applies embodiment of the present invention foliage fertilizer and 1 mu do not apply the high mountain Chinese cabbage of embodiment of the present invention foliage fertilizer, 1 mu does not apply the high mountain broccoli of embodiment of the present invention foliage fertilizer, 1 mu does not apply the high mountain tomato of embodiment of the present invention foliage fertilizer, 1 mu does not apply the high Brachybotrys paridiformis of embodiment of the present invention foliage fertilizer, 1 mu of High Mountainous Cauliflower that does not apply embodiment of the present invention foliage fertilizer carries out outward appearance, quality, the contrast of output and benefit, comparing result is as follows:
The high mountain Chinese cabbage that applies embodiment of the present invention foliage fertilizer and the contrast of high mountain Chinese cabbage that does not apply embodiment of the present invention foliage fertilizer:
| Project | Apply the high mountain Chinese cabbage of embodiment of the present invention foliage fertilizer | Do not apply the high mountain Chinese cabbage of embodiment of the present invention foliage fertilizer |
| Outward appearance | The growth of balling internal lobe is full, and internal lobe color is consistent with siphonal lobe, and blade face is sparkling and crystal-clear full | The brown stain of internal lobe edge is withered, concentric leaf rots, and blade face is withered |
| Quality | Remove by the part of damaging by worms, edible part reaches 95% | Remove rotten blade, brown stain blade and the part of being damaged by worms, edible part is 68% |
| Output | 1 per mu yield is 1800 kilograms | 1 per mu yield output is 1200 kilograms |
| Economic benefit | Taking every kilogram of wholesale price as 1 yuan of calculating, 1 per mu yield value is 1800 yuan | Taking every kilogram of wholesale price as 1 yuan of calculating, 1 per mu yield value is 1200 yuan |
The high mountain broccoli that applies embodiment of the present invention foliage fertilizer and the contrast of high mountain broccoli that does not apply embodiment of the present invention foliage fertilizer:
| Project | Apply the high mountain broccoli of embodiment of the present invention foliage fertilizer | Do not apply the high mountain broccoli of embodiment of the present invention foliage fertilizer |
| Outward appearance | The growth of balling internal lobe is full, and internal lobe color is consistent with siphonal lobe, and blade face is sparkling and crystal-clear full | The brown stain of internal lobe edge is withered, concentric leaf rots, and blade face is withered |
| Quality | Remove by the part of damaging by worms, edible part reaches 93% | Remove rotten blade, brown stain blade and the part of being damaged by worms, edible part is 67% |
| Output | 1 per mu yield is 1900 kilograms | 1 per mu yield output is 1400 kilograms |
| Economic benefit | Taking every kilogram of wholesale price as 1 yuan of calculating, 1 per mu yield value is 1900 yuan | Taking every kilogram of wholesale price as 1 yuan of calculating, 1 per mu yield value is 1400 yuan |
The high mountain tomato that applies embodiment of the present invention foliage fertilizer and the contrast of high mountain tomato that does not apply embodiment of the present invention foliage fertilizer:
| Project | Apply the high mountain tomato of embodiment of the present invention foliage fertilizer | Do not apply the high mountain tomato of embodiment of the present invention foliage fertilizer |
| Outward appearance | Stretch on tomato blade face, and stem and completely filled fruit circle are real | Stem and the atrophy of side shoot top, young leaves is curling, leaf margin brown rot, young fruit front end drying shrinkage depression |
| Quality | Remove by the part of damaging by worms, edible part reaches 98% | Remove addle fruit and the part of being damaged by worms, edible part is 72% |
| Output | 1 per mu yield is 800 kilograms | 1 per mu yield is 560 kilograms |
| Economic benefit | Taking every kilogram of wholesale price as 3 yuan of calculating, 1 per mu yield value is 2400 yuan | Taking every kilogram of wholesale price as 3 yuan of calculating, 1 per mu yield value is 1680 yuan |
The high Brachybotrys paridiformis that applies embodiment of the present invention foliage fertilizer and the contrast of high Brachybotrys paridiformis that does not apply embodiment of the present invention foliage fertilizer:
| Project | Apply the high Brachybotrys paridiformis of embodiment of the present invention foliage fertilizer | Do not apply the high Brachybotrys paridiformis of embodiment of the present invention foliage fertilizer |
| Outward appearance | Stretch on eggplant blade face, and stem and completely filled fruit circle are real | Stem and the atrophy of side shoot top, young leaves is curling, leaf margin brown rot, young fruit front end drying shrinkage depression |
| Quality | Remove by the part of damaging by worms, edible part reaches 96% | Remove addle fruit and the part of being damaged by worms, edible part is 70% |
| Output | 1 per mu yield is 920 kilograms | 1 per mu yield is 610 kilograms |
| Economic benefit | Taking every kilogram of wholesale price as 3 yuan of calculating, 1 per mu yield value is 2760 yuan | Taking every kilogram of wholesale price as 3 yuan of calculating, 1 per mu yield value is 1830 yuan |
Apply the High Mountainous Cauliflower of embodiment of the present invention foliage fertilizer and the contrast of High Mountainous Cauliflower that does not apply embodiment of the present invention foliage fertilizer:
| Project | Apply the High Mountainous Cauliflower of embodiment of the present invention foliage fertilizer | Do not apply the High Mountainous Cauliflower of embodiment of the present invention foliage fertilizer |
| Outward appearance | Outside surface, without withered phenomenon, is tied the full consolidation of dish | Outside surface has withered phenomenon, and knot dish is loose, and there is obscission on blade face |
| Quality | Remove by the part of damaging by worms, edible part reaches 94% | Remove addle fruit and the part of being damaged by worms, edible part is 66% |
| Output | 1 per mu yield is 1600 kilograms | 1 per mu yield is 1260 kilograms |
| Economic benefit | Taking every kilogram of wholesale price as 2 yuan of calculating, 1 per mu yield value is 3200 yuan | Taking every kilogram of wholesale price as 2 yuan of calculating, 1 per mu yield value is 2520 yuan |
From the experimental data of upper table, apply the solanberry dish of embodiment of the present invention foliage fertilizer in outward appearance, quality, in output and economic benefit, be all better than not applying the solanberry dish of embodiment of the present invention foliage fertilizer, hence one can see that, embodiment of the present invention foliage fertilizer can greatly promote the absorption of solanberry dish for calcium constituent, can increase the absorption of high mountain solanberry dish calcium constituent, allowing high mountain solanberry dish can obtain omnibearing calcium constituent absorbs, the calcium constituent that can cure the appearance of high mountain solanberry dish absorbs deficient illness, the growth of high mountain solanberry dish can effectively be ensured, and can promote high mountain solanberry dish for micro-absorption, ensure the normal growth of high mountain solanberry dish, improve the quality of high mountain solanberry dish, improve the output of high mountain solanberry dish, improve economic benefit, result of use is good, be beneficial to popularization.
Although the present invention is described by reference to preferred embodiment,, those skilled in the art should understand, and in the scope of claims, can do the various variation in form and details.
Claims (4)
1. a solanberry dish multielement composite mixed foliage fertilizer, is characterized in that it is to be made up of the proportioning raw materials of following weight part: 85 parts-90 parts, calcium chloride, 6 parts-10 parts of boraxs, 0.1 part-0.5 part of ammonium molybdate, 1 part-2 parts, urea, 0.8 part-1 part of naphthylacetic acid.
2. solanberry dish multielement composite mixed foliage fertilizer according to claim 1, is characterized in that it is to be made up of the proportioning raw materials of following weight part: 85 parts, calcium chloride, 6 parts of boraxs, 0.1 part of ammonium molybdate, 1 part, urea, 0.8 part of naphthylacetic acid.
3. the using method of solanberry dish multielement composite mixed foliage fertilizer according to claim 1 and 2, it is characterized in that carrying out as follows: by calcium chloride, borax, ammonium molybdate, urea is mixed to form foliage fertilizer mixture by proportioning, again this mixture is stirred, then adopt plastics film that this mixture is covered, cover time is 2 hours-3 hours, after covering, this mixture forms solid state foliage fertilizer, then this solid state foliage fertilizer is added to the water and makes it to form foliage fertilizer solution, the ratio of solid state foliage fertilizer and water is 1:40, after dissolving, pours in atomizer the solid state foliage fertilizer in this foliage fertilizer solution, solution time is 15 minutes-20 minutes, then in atomizer, add water to make foliage fertilizer solution form spray solution, the ratio of foliage fertilizer solution and water is 1:6, adopt again atomizer spray solution to be sprayed application on the blade face of solanberry dish, the time of spraying is 3 of fine day or cloudy afternoons to 7 points at dusk, blade face evenly sprays up and down, spray latter 2 hours and rain and will fill spray in-3 hours, again sprayed once every 5 days-6 days, spray the production phase of solanberry dish three times.
4. the using method of solanberry dish multielement composite mixed foliage fertilizer according to claim 3, is characterized in that: described atomizer is power spraye.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104446991A (en) * | 2014-12-03 | 2015-03-25 | 林海涛 | Special water soluble fertilizer for protected tomatoes by utilizing decommissioning incapacitating single-base powder and preparation method of special water soluble fertilizer |
| CN104725110A (en) * | 2015-02-12 | 2015-06-24 | 温州茂竹园农业有限公司 | Multi-element compound leaf fertilizer for high-mountain vegetables and use method of multi-element compound leaf fertilizer |
| CN105777338A (en) * | 2016-02-29 | 2016-07-20 | 陶学海 | Leaf fertilizer special for mountain land vegetable growing and preparation process and application method thereof |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1060196A (en) * | 1990-09-26 | 1992-04-15 | 大连警工化工厂 | Solid auxin and preparation method thereof |
| CN1214332A (en) * | 1997-10-15 | 1999-04-21 | 陈腓力 | Foliage fertilizer for vegetable |
| CN103360137A (en) * | 2012-04-10 | 2013-10-23 | 石超 | Fruit tree leaf fertilizer as well as preparation method thereof |
-
2014
- 2014-06-11 CN CN201410256773.6A patent/CN104030814A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1060196A (en) * | 1990-09-26 | 1992-04-15 | 大连警工化工厂 | Solid auxin and preparation method thereof |
| CN1214332A (en) * | 1997-10-15 | 1999-04-21 | 陈腓力 | Foliage fertilizer for vegetable |
| CN103360137A (en) * | 2012-04-10 | 2013-10-23 | 石超 | Fruit tree leaf fertilizer as well as preparation method thereof |
Non-Patent Citations (3)
| Title |
|---|
| 12316新农村热线专案组: "《无公害蔬菜保鲜加工技术400问》", 31 March 2009, 吉林出版集团有限责任公司 * |
| 孙明德等: "膏状叶面肥及液体钙对大白菜产量和品质的影响", 《中国农学通报》 * |
| 李鹏程等: "高山菜地活性钙土壤调理剂的应用与测土配方施肥", 《湖北农业科学》 * |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104446991A (en) * | 2014-12-03 | 2015-03-25 | 林海涛 | Special water soluble fertilizer for protected tomatoes by utilizing decommissioning incapacitating single-base powder and preparation method of special water soluble fertilizer |
| CN104725110A (en) * | 2015-02-12 | 2015-06-24 | 温州茂竹园农业有限公司 | Multi-element compound leaf fertilizer for high-mountain vegetables and use method of multi-element compound leaf fertilizer |
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Application publication date: 20140910 |