CN104194792A - Special soil conditioner for fruit trees - Google Patents
Special soil conditioner for fruit trees Download PDFInfo
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- CN104194792A CN104194792A CN201410388903.1A CN201410388903A CN104194792A CN 104194792 A CN104194792 A CN 104194792A CN 201410388903 A CN201410388903 A CN 201410388903A CN 104194792 A CN104194792 A CN 104194792A
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Abstract
The invention discloses a special soil conditioner for fruit trees. The soil conditioner comprises the following components in percentage by weight: 1.2-3.6 percent of siliceous fossil meal, 5.8-9.2 percent of amino acid powder, 10.6-17.8 percent of monopotassium phosphate, 10.6-19.8 percent of diammonium phosphate, 3.6-7.6 percent of boron-potassium-zinc-calcium, 15.8-23.4 percent of sylvite, 7.8-13.6 percent of biochemical fulvic acid, 16.8-23.0 percent of soybean (100-mesh grinded fine powder) and 3.2-6.6 percent of urea. The special soil conditioner is used by the following steps: 1, dissolving 200kg of the special soil conditioner in 800-1200kg of water, and fermenting for 7-15 days; 2, diluting the fermented special soil conditioner by 300 times, and irrigating roots once every 30 days, or diluting by 500-800 times, and spraying leaves once every 60 days until fruits are completely harvested. The special soil conditioner for fruit trees has the advantages that 1, original softness and vitality of farmland can be completely recovered; and 2, peasants can be favored, and high-quality agricultural products can be produced for consumers.
Description
Technical field
The present invention relates to fertilizer, particularly a kind of biological organic fertilizer and preparation method thereof.
Background technology
The maximum problem of current agricultural is:
1. chemical fertilizer uses in a large number, makes the phosphoric acid salt compound in soil too many, causes soil to ruin---and acidifying, harden, harden;
Because of ruin-acidifying of soil, harden, harden, farm crop root system cannot stretch, nutrient cannot fully absorb, and causes crop yield and quality poor year by year, crop product apprentice tool appearance, does not have due quality and local flavor content;
3. peasant uses the quantity of chemical fertilizer to increase every year, just can maintain original output, and the fertilizer amount increasing has more accelerated ruining of soil;
4. because of a large amount of uses of chemical fertilizer, the organic matter in soil lacks in a large number, makes single-phaseization of microorganism in soil, causes soil there is no vigor;
5. organic phosphatic fertiliser production technology seriously falls behind, and even domestic also do not have a this production technology, and the use of phosphate fertilizer also relies on chemical phosphatic ferfilizer completely, and it is the basic arch-criminal who ruins soil.
The most akin existing implementation:
In the most akin existing actual solution, all there is no thoroughly to solve soil acidification and harden, details are as follows:
1. application of organic fertilizers material removes to improve soil acidification and hardens:
After organic fertilizer is manured into soil, because of its microorganism that contains decomposability, can decompose nutrient residual in soil, but the ability of but not decomposing for curing phosphoric acid salt compound, when the amino acid nutrient decomposing absorbed by crops complete after, soil recovers again original acidifying phenomenon that hardens.
If must manure use material reach the object of pineization soil, must a large amount of applying, the quantity applying allows the root mass of crop forever cannot absorb completely, just can play the effect that dilution acidifying is hardened, the cost of that input is very high, and not general peasant burden rises, even if can bear, the problem that acidifying is hardened still exists, and does not solve.
2. using general microorganism improvement soil acidification hardens:
Say as front, microorganism, can decompose nitrogenous acidic amino acid residual in soil or nitrogenous nutrient, but the ability of but not decomposing for curing phosphoric acid salt compound, when the nutrient decomposing absorbed by crops complete after, soil recovers again original acidifying phenomenon that hardens.
3. using humic acids removes to improve soil acidification and hardens:
Humic acids is a kind of acidic fertilizier, for acid phosphoric acid salt compound, cannot play and decompose and the effect of improvement, and it just supplements and increase and reconcile the nutrient of soil.
Summary of the invention
The problem hardening on phenomenon and agricultural soil in order to remove vast Farmland Soil Acidification, promote fruit product quality and quality, the invention provides a planting fruit-trees special-purpose soil modifying agent, one can thoroughly recover the original soft and vigor of farmland, two can benefit peasant, and production high-quality agricultural-food are edible for human consumer.
The present invention adopts following technical scheme:
Fruit tree special-purpose soil modifying agent, comprises following component, and the mass percent of each component is: siliceous petrochemical industry powder 1.2%-3.6%; Amino acid powder 5.8%-9.2%; Potassium primary phosphate 10.6%-17.8%; Diammonium phosphate 10.6%-19.8%; Boron zinc potassium calcium 3.6%-7.6/%; Sylvite 15.8%-23.4%; Biochemical fulvic acid 7.8%-13.6%; Soya bean (need wear into 100 object fine powders) 16.8%-23.0%; Urea 3.2%-6.6%.
Foregoing fruit tree special-purpose soil modifying agent, the nitrogenous 30-40% of described amino acid powder; The phosphorous 50-52% of described potassium primary phosphate and potassium 30-34%; The phosphorous 50-60% of described diammonium phosphate and nitrogen 10-12%, boron zinc potassium calcium is containing middle amount and trace element; Described sylvite is containing potassium oxide 54～60%; Described urea is nitrogenous is greater than 46%; Described biochemical fulvic acid is containing xanthohumic acid 50% and nitrogen 3% and potassium 10-12%.
Foregoing fruit tree special-purpose soil modifying agent, the preparation process of fruit tree special-purpose soil modifying agent is as follows:
Step 1: siliceous petrochemical industry powder mixes with amino acid powder in proportion, the temperature more than 10 DEG C, is placed in 3 days within doors, treats that siliceous petrochemical industry powder group spore is by recovering in dormant state;
Step 2: the above-mentioned work in-process that mix and amino acid powder, potassium primary phosphate, diammonium phosphate, boron zinc potassium calcium, sylvite, biochemical fulvic acid, soya bean (need wear into 100 object fine powders) and urea are mixed in proportion to stirring;
Step 3: the temperature after mix and blend more than 10 DEG C is placed within doors, fermented after 15 days, while having sour fragrance taste (as smoked plum taste) output, completed the production of this stage.
Foregoing fruit tree special-purpose soil modifying agent, it uses step as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 800-1200 kilogram, allows its fermentation 7-15 days;
Step 2: 300 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or dilution 500-800 doubly sprays blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
Foregoing fruit tree special-purpose soil modifying agent, before this fruit tree of use special-purpose soil modifying agent, should first measure the pH-value of improvement soil, and meet: this fruit tree special-purpose soil modifying agent is filled with when root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
The invention has the advantages that:
Soil particle surface is negatively charged, in order to neutralize the electrical, its adsorption many positively charged calcium, magnesium, iron, aluminum and other cations, these ions are very easy and phosphate (regardless of the phosphate) phosphate radical anion combined into water soluble low bona, magnesium phosphate salt, iron phosphate, aluminum phosphate salt, etc., so the phosphate in the mobility of the soil is very poor, not as the scope of water moving to the root circle is absorbed by the root group.
When siliceous petrochemical industry powder and the mixed fermentation of phosphorus potassium complete fruit tree special-purpose soil modifying agent of the present invention, after being manured into soil, siliceous petrochemical industry powder is assembled and is fallen within around root mass, particularly near the vegetative point of root mass, this settlement can expand along with the spreading growth of root mass, siliceous petrochemical industry powder group can be by a large amount of phosphoric acid salt materials contained near soil root mass---as phosphorus acid Calcium salt, phosphoric acid magnesium salts, phosphoric acid molysite, phosphalugel ... disassemble as---metallicity Deng complex element, nonmetal character single element and phosphate radical element, decompose free phosphate anion out and be combined into phosphoric acid acidic amino acid with organism and carbohydrate with complexing mode immediately, free phosphate radical out cannot be combined by the metal ion in soil once again.
Siliceous petrochemical industry powder has the effect of salt decomposition compound simultaneously, chlorine and sodium are separated, chlorine is absorbed by siliceous petrochemical industry powder, in its nucleus, transform the effect activating that produces, the removal salt that siliceous petrochemical industry powder group is enlivened is very much piled up cationic exchange (EC) obstacle producing, the degrade redox Electricity position of these ions, promote its current potential valency, solubility and the validity of these elements are improved, so the nutrient in these soil that are disassembled out sees through the active positive and negative potentiometric response of soil colloid and can mobilely fast in soil be absorbed by root mass, under this chain effect, the soil that sclerosis is hardened starts to disintegrate rapidly and presents soft state, so just having recovered original pineization in during very short thoroughly, soil the original looks such as softens.
The technique effect of the various raw material performances of the present invention is:
1. siliceous petrochemical industry powder: the class that can reduce phosphate and salt compounds;
2. amino acid powder: provide the fissiparity of siliceous petrochemical industry powder required nutrient;
3. potassium primary phosphate: after siliceous petrochemical industry powder decomposes, can provide a large amount of phosphoric acid acidic amino acid and potassium, efficiently increase production the modification agent initial stage that is manured into soil in fruit tree and decompose not yet in a large number before Soil Phosphorus Barbiturates compound, absorb for plant roots mass;
4. diammonium phosphate: after siliceous petrochemical industry powder decomposes, can provide a large amount of phosphoric acid acidic amino acid and potassium, efficiently increase production the modification agent initial stage that is manured into soil in fruit tree and decompose not yet in a large number before Soil Phosphorus Barbiturates compound, absorb for plant roots mass;
5. sylvite: after siliceous petrochemical industry powder decomposes, sylvite is decomposed into single element sodium and potassium by siliceous petrochemical industry powder, can in its nucleus, produce the effect activating, the removal salt that siliceous petrochemical industry powder group is enlivened is very much piled up cationic exchange (EC) obstacle producing, the degrade redox Electricity position of these ions, the Rong With validity of these elements that are decomposed out is improved, and sodium and potassium residual after decomposing are the important nutrients that root mass absorbs;
6. urea: provide a large amount of nitrogen nutrients to supply Crop;
7. boron zinc potassium calcium: a large amount of middle amount of siliceous petrochemical industry powder and plant roots mass and absorption of trace elements and utilization can be provided;
8. biochemical fulvic acid: there is multifarious various amino acid, can make the growth of microorganism Fast-propagation;
9. soya bean: contain natural plant gal4 amino acid, decapacitation supplements outside the nitrogen phosphorus potassium of natural sex, can also supplement the moderate-element in soil, as boron/magnesium/silicon/calcium etc.;
When chemical fertilizer intersperses among soil, after rainfall or pouring water, wherein contained phosphoric acid salt can produce electron ion (calcium ion and phosphate anion), phosphorus is unstable element, cannot separately exist in occurring in nature, conventionally free phosphate anion is in order long-term stability to be present in soil, and the metallicity ion such as iron (Fe) aluminium (Al) copper (Cu) in soil is combined rapidly, becomes the phosphoric acid salt compound of insoluble and is difficult for absorbed by crops.Using chemical fertilizer all the year round and make that soil knot is solid, hardening, ruin, is exactly that this factor causes, if detect its soil, the content of phosphorus is very high, but can allow the tree body phosphorus content of Crop little.
Use fruit tree special-purpose soil modifying agent of the present invention and can produce following impact to soil and crop:
1. thoroughly solve soil compaction phenomenon, make soil become soft, be difficult for knot solid;
2. decompose acidifying arch-criminal--the phosphatization salts substances of soil life-time service chemical fertilizer accumulation, improve pH-value to neutral (5.5-6.5) interval;
3. the alkali material that decomposes the accumulation of soil life-time service chemical fertilizer, makes EC value and cation exchange capacity be returned to normal value (1-4mmhos/cm) interval;
4. improve the physical property of soil, promote keeping fertility and the moisture holding capacity of soil;
5. increase soil quantity of useful microbe, decompose and adsorpting polymerization toxic substance;
6. promote buffering power of soil, avoid the fertilizer of plant to injure fertilizer damage;
7. the gap of expansion increasing soil makes the good air permeability of soil;
8. mediate soil obstacle, make soil activating pineization;
9. exempt the continuous cropping puzzlement of crop;
10. in rapid decomposable soil, residual hydrogen sulfide or methane or methane gas are water and carbonic acid gas;
11. can make the development of plant root mass vigorous, and nutrient absorption capability increases, and plant strain growth is strong, strengthens the resistivity to disease and pest;
12. can make fruit contain amount of amino acid increases, and weight increases, and output just improves naturally, is up to 50%, can impel blade face to thicken;
13. meet unbroken raining the not stopping time of rainy day, can suppress the systemic excessive nitrogenous fertilizer of plant body, avoid rotten rotten leaf phenomenon to occur;
14. degradable plant are because of the nitrogenous fertilizer of hyperabsorption, the nitrate concentration of accumulative total in blade.
Specific embodiment
Now illustrate specific embodiment:
Embodiment mono-:
Fruit tree special-purpose soil modifying agent, comprises following component, and the mass percent of each component is: siliceous petrochemical industry powder 1.2%; Amino acid powder 9.2%; Described amino acid powder nitrogenous 30%; Potassium primary phosphate 10.6%; Described potassium primary phosphate phosphorous 50% and potassium 30%; Diammonium phosphate 19.8%; Described diammonium phosphate phosphorous 60% and nitrogen 10%; Boron zinc potassium calcium 3.6/%; Amount and Macro and microelements in boron zinc potassium calcium boracic, zinc etc., sylvite 15.8%; Described sylvite is containing potassium oxide 54%; Biochemical fulvic acid 13.6%; Described biochemical fulvic acid is containing xanthohumic acid 50% and nitrogen 3% and potassium 10%; Soya bean (need wear into 100 object fine powders) 23.0%; Urea 3.2%; Described urea nitrogenous 47%; The mass percent of each component adds up to 100%.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: siliceous petrochemical industry powder mixes with amino acid powder in proportion, the temperature more than 10 DEG C, is placed in 3 days within doors, treats that siliceous petrochemical industry powder group spore is by recovering in dormant state;
Step 2: the above-mentioned work in-process that mix and amino acid powder, potassium primary phosphate, diammonium phosphate, boron zinc potassium calcium, sylvite, biochemical fulvic acid, soya bean (need wear into 100 object fine powders) and urea are mixed in proportion to stirring;
Step 3: the temperature after mix and blend more than 10 DEG C is placed within doors, fermented after 15 days, while having sour fragrance taste (as smoked plum taste) output, completed the production of this stage.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 800 kilograms, allows its fermentation 7 days;
Step 2: 60 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or 100 times of dilutions spray blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
Using the pH-value that should first measure improvement soil before this fruit tree special-purpose soil modifying agent, and meet: when this fruit tree special-purpose soil modifying agent is filled with root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
Experimental example.Shaddock garden, Zhangzhou, Fujian Pinghe County, adopts each one mu of fruit tree special-purpose soil modifying agent, composite fertilizer and common fertilizer, every per mu is 30 strains, the age of tree is 21 years, 3 mu of orchards are adjoined, its soil pH-value is 3.8, implementation result is as follows:
Embodiment bis-:
Fruit tree special-purpose soil modifying agent, comprises following component, and the mass percent of each component is: siliceous petrochemical industry powder 3.6%; Amino acid powder 5.8%; Described amino acid powder nitrogenous 40%; Potassium primary phosphate 17.8%; Described potassium primary phosphate phosphorous 52% and potassium 34%; Diammonium phosphate 10.6%; Described diammonium phosphate phosphorous 50% and nitrogen 12%; Boron zinc potassium calcium 7.6/%; Amount and Macro and microelements in boron zinc potassium calcium boracic, zinc etc., sylvite 23.4%; Described sylvite is containing potassium oxide 60%; Biochemical fulvic acid 7.8%; Described biochemical fulvic acid is containing xanthohumic acid 50% and nitrogen 3% and potassium 12%; Soya bean (need wear into 100 object fine powders) 16.8%; Urea 6.6%; Described urea nitrogenous 48%; The mass percent of each component adds up to 100%.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: siliceous petrochemical industry powder mixes with amino acid powder in proportion, the temperature more than 10 DEG C, is placed in 3 days within doors, treats that siliceous petrochemical industry powder group spore is by recovering in dormant state;
Step 2: the above-mentioned work in-process that mix and amino acid powder, potassium primary phosphate, diammonium phosphate, boron zinc potassium calcium, sylvite, biochemical fulvic acid, soya bean (need wear into 100 object fine powders) and urea are mixed in proportion to stirring;
Step 3: the temperature after mix and blend more than 10 DEG C is placed within doors, fermented after 15 days, while having sour fragrance taste (as smoked plum taste) output, completed the production of this stage.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 1200 kilograms, allows its fermentation 15 days;
Step 2: 60 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or 100 times of dilutions spray blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
Using the pH-value that should first measure improvement soil before this fruit tree special-purpose soil modifying agent, and meet: when this fruit tree special-purpose soil modifying agent is filled with root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
Experimental example.Shaddock garden, Zhangzhou, Fujian Pinghe County, adopts each one mu of fruit tree special-purpose soil modifying agent, composite fertilizer and common fertilizer, every per mu is 30 strains, the age of tree is 21 years, 3 mu of orchards are adjoined, its soil pH-value is 3.8, implementation result is as follows:
Embodiment tri-:
Fruit tree special-purpose soil modifying agent, comprises following component, and the mass percent of each component is: siliceous petrochemical industry powder 2.4%; Amino acid powder 7.5%; Described amino acid powder nitrogenous 35%; Potassium primary phosphate 14.2%; Described potassium primary phosphate phosphorous 51% and potassium 32%; Diammonium phosphate 15.2%; Described diammonium phosphate phosphorous 55% and nitrogen 11%; Boron zinc potassium calcium 5.6/%; Amount and Macro and microelements in boron zinc potassium calcium boracic, zinc etc., sylvite 19.6%; Described sylvite is containing potassium oxide 57%; Biochemical fulvic acid 10.7%; Described biochemical fulvic acid is containing xanthohumic acid 50% and nitrogen 3% and potassium 11%; Soya bean (need wear into 100 object fine powders) 19.9%; Urea 4.9%; Described urea nitrogenous 49%; The mass percent of each component adds up to 100%.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: siliceous petrochemical industry powder mixes with amino acid powder in proportion, the temperature more than 10 DEG C, is placed in 3 days within doors, treats that siliceous petrochemical industry powder group spore is by recovering in dormant state;
Step 2: the above-mentioned work in-process that mix and amino acid powder, potassium primary phosphate, diammonium phosphate, boron zinc potassium calcium, sylvite, biochemical fulvic acid, soya bean (need wear into 100 object fine powders) and urea are mixed in proportion to stirring;
Step 3: the temperature after mix and blend more than 10 DEG C is placed within doors, fermented after 15 days, while having sour fragrance taste (as smoked plum taste) output, completed the production of this stage.
The use step of fruit tree special-purpose soil modifying agent of the present invention is as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 1000 kilograms, allows its fermentation 11 days;
Step 2: 60 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or 100 times of dilutions spray blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
Using the pH-value that should first measure improvement soil before this fruit tree special-purpose soil modifying agent, and meet: when this fruit tree special-purpose soil modifying agent is filled with root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
Experimental example.Shaddock garden, Zhangzhou, Fujian Pinghe County, adopts each one mu of fruit tree special-purpose soil modifying agent, composite fertilizer and common fertilizer, every per mu is 30 strains, the age of tree is 21 years, 3 mu of orchards are adjoined, its soil pH-value is 3.8, implementation result is as follows:
Claims (9)
1. fruit tree special-purpose soil modifying agent, is characterized in that, comprises following component, and the mass percent of each component is: siliceous petrochemical industry powder 1.2%-3.6%; Amino acid powder 5.8%-9.2%; Potassium primary phosphate 10.6%-17.8%; Diammonium phosphate 10.6%-19.8%; Boron zinc potassium calcium 3.6%-7.6/%; Sylvite 15.8%-23.4%; Biochemical fulvic acid 7.8%-13.6%; Soya bean (need wear into 100 object fine powders) 16.8%-23.0%; Urea 3.2%-6.6%.
2. fruit tree special-purpose soil modifying agent according to claim 1, is characterized in that: the nitrogenous 30-40% of described amino acid powder; The phosphorous 50-52% of described potassium primary phosphate and potassium 30-34%; The phosphorous 50-60% of described diammonium phosphate and nitrogen 10-12%, boron zinc potassium calcium is containing middle amount and trace element; Described sylvite is containing potassium oxide 54～60%; Described urea is nitrogenous is greater than 46%; Described biochemical fulvic acid is containing xanthohumic acid 50% and nitrogen 3% and potassium 10-12%.
3. fruit tree special-purpose soil modifying agent according to claim 1 and 2, is characterized in that: the preparation process of fruit tree special-purpose soil modifying agent is as follows:
Step 1: siliceous petrochemical industry powder mixes with amino acid powder in proportion, the temperature more than 10 DEG C, is placed in 3 days within doors, treats that siliceous petrochemical industry powder group spore is by recovering in dormant state;
Step 2: the above-mentioned work in-process that mix and amino acid powder, potassium primary phosphate, diammonium phosphate, boron zinc potassium calcium, sylvite, biochemical fulvic acid, soya bean (need wear into 100 object fine powders) and urea are mixed in proportion to stirring;
Step 3: the temperature after mix and blend more than 10 DEG C is placed within doors, fermented after 15 days, while having sour fragrance taste (as smoked plum taste) output, completed the production of this stage.
4. fruit tree special-purpose soil modifying agent according to claim 1 and 2, is characterized in that, the use step of fruit tree special-purpose soil modifying agent is as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 800-1200 kilogram, allows its fermentation 7-15 days;
Step 2: 300 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or dilution 500-800 doubly sprays blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
5. fruit tree special-purpose soil modifying agent according to claim 3, is characterized in that, the use step of fruit tree special-purpose soil modifying agent is as follows:
Step 1: 200 kilograms of this fruit tree special-purpose soil modifying agents are dissolved in the water of 800-1200 kilogram, allows its fermentation 7-15 days;
Step 2: 60 times of this fruit tree special-purpose soil modifying agent dilutions fermenting are filled with to roots, or 100 times of dilutions spray blade face, within every 30 days, fill with root once or every 60 days spray blade faces once, until Fruit while harvesting only.
6. fruit tree special-purpose soil modifying agent according to claim 1 and 2, it is characterized in that: the pH-value that should first measure improvement soil before this fruit tree of use special-purpose soil modifying agent, and meet: this fruit tree special-purpose soil modifying agent is filled with when root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
7. fruit tree special-purpose soil modifying agent according to claim 3, it is characterized in that: the pH-value that should first measure improvement soil before this fruit tree of use special-purpose soil modifying agent, and meet: this fruit tree special-purpose soil modifying agent is filled with when root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
8. fruit tree special-purpose soil modifying agent according to claim 4, it is characterized in that: the pH-value that should first measure improvement soil before this fruit tree of use special-purpose soil modifying agent, and meet: this fruit tree special-purpose soil modifying agent is filled with when root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
9. fruit tree special-purpose soil modifying agent according to claim 5, it is characterized in that: the pH-value that should first measure improvement soil before this fruit tree of use special-purpose soil modifying agent, and meet: this fruit tree special-purpose soil modifying agent is filled with when root: pH-value is 5 when above, and every mu of each consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 30 kilograms; PH-value is in the time of 4-5, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 35 kilograms; PH-value is in the time of 3.5-4, and every mu of consumption of this fruit tree special-purpose soil modifying agent solid phase prod is 40 kilograms; When this fruit tree special-purpose soil modifying agent solid phase prod is used for often spraying blade face: every mu becomes 10 kilograms of this fruit tree special-purpose soil modifying agent solid phase prods liquid at every turn and uses.
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| CN104844357A (en) * | 2015-04-29 | 2015-08-19 | 内蒙古自治区林业科学研究院 | Sandy soil modifier and preparation method thereof |
| CN104860782A (en) * | 2015-04-29 | 2015-08-26 | 吕梁学院 | Soil conditioner for restraining grahame red jujube from fruit cracking |
| CN105950169A (en) * | 2016-05-13 | 2016-09-21 | 郑走生 | Chemical improvement agent for saline-alkali soil and improving method |
| CN105969395A (en) * | 2016-05-13 | 2016-09-28 | 郑走生 | Acidic harden soil improvement method, acidic harden soil ameliorant and preparation method thereof |
| CN105969394A (en) * | 2016-05-13 | 2016-09-28 | 郑走生 | Physical improvement agent and improvement method for saline and alkaline land soil |
| CN109777431A (en) * | 2017-11-13 | 2019-05-21 | 江苏小潘园生态农业科技发展有限公司 | A kind of wine-growing soil conditioner |
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| CN103626579A (en) * | 2013-11-14 | 2014-03-12 | 厦门鹏原实业有限公司 | Special high-fertilizer green microbial soil improver for leaf vegetables, and preparation and usage methods thereof |
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| CN103613476A (en) * | 2013-11-14 | 2014-03-05 | 厦门鹏原实业有限公司 | Special high-fertility green microbial soil conditioner for paddy field, and preparation and using methods thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104844357A (en) * | 2015-04-29 | 2015-08-19 | 内蒙古自治区林业科学研究院 | Sandy soil modifier and preparation method thereof |
| CN104860782A (en) * | 2015-04-29 | 2015-08-26 | 吕梁学院 | Soil conditioner for restraining grahame red jujube from fruit cracking |
| CN105950169A (en) * | 2016-05-13 | 2016-09-21 | 郑走生 | Chemical improvement agent for saline-alkali soil and improving method |
| CN105969395A (en) * | 2016-05-13 | 2016-09-28 | 郑走生 | Acidic harden soil improvement method, acidic harden soil ameliorant and preparation method thereof |
| CN105969394A (en) * | 2016-05-13 | 2016-09-28 | 郑走生 | Physical improvement agent and improvement method for saline and alkaline land soil |
| CN109777431A (en) * | 2017-11-13 | 2019-05-21 | 江苏小潘园生态农业科技发展有限公司 | A kind of wine-growing soil conditioner |
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