CN1673201A - Sprayed fertilizer - Google Patents

Sprayed fertilizer Download PDF

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CN1673201A
CN1673201A CN 200510055524 CN200510055524A CN1673201A CN 1673201 A CN1673201 A CN 1673201A CN 200510055524 CN200510055524 CN 200510055524 CN 200510055524 A CN200510055524 A CN 200510055524A CN 1673201 A CN1673201 A CN 1673201A
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fertilizer
jetting
humic
weight
ratio
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CN 200510055524
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闫勇
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闫勇
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Abstract

The sprayed fertilizer as one kind of biochemical fertilizer contains nitrogen fertilizer, phosphate fertilizer and potash fertilizer in 50-60 wt% as well as humic acid, trace elements, common elements, amino acids, biological bacterial preparation and foliage expanding agent in certain proportion. The sprayed fertilizer has the functions of activating enzyme, promoting leaf growth, raise chlorophyll, strengthening photosynthesis, promoting metabolish of carbohydrate, improving soil, raising crop's resistance, etc.

Description

喷冲施肥肥料 Spray irrigation fertilizer fertilizer

技术领域 FIELD

本发明属于生物化学肥料范围,特别涉及一种喷冲施肥肥料。 The present invention is a fertilizer range biochemistry, and particularly to a manure discharge fertilization.

背景技术 Background technique

目前农业生产使用农家肥、绿肥比较少,大多数是施用的化学肥料,现有的化学肥料不外乎为氮、磷、钾,就是最新出现的复合肥料也是在化学肥料的基础上增加了一部分有机物质,相对的提高了肥效,但是,长期使用化学肥料带来很多问题,如土地的酸碱度变化,土地肥力降低使农作物减产,农民为了增产,势必增加化学肥料的使用量,导致开支增加,同时还对作物或土壤或多或少的造成有害物质污染。 Currently agricultural use, manure, green manure is relatively small, most of the chemical fertilizer, nothing more than a conventional chemical fertilizers are nitrogen, phosphorus, potassium, compound fertilizer is also increased by the latest in part on the basis of chemical fertilizers organic matter, fertilizer is relatively increased, however, long-term use of chemical fertilizers has brought many problems, such as changes in pH land, land fertility reduce the crop losses, farmers in order to increase production, is bound to increase the use of chemical fertilizers, resulting in increased costs, at the same time also more or less harmful to crops or contaminated soil.

发明内容 SUMMARY

本发明的目的是提供一种喷冲施肥肥料,其特征在于:该肥料组成按重量配比为:(1).N+P2O5+K2O≥50~60%;(2)腐植酸和黄腐植酸≥8~15%,其中,腐植酸3~10%,黄腐植酸5~10%;(3)微量元素≥3~10%,其中,钼≥0.4~3%,铜≥0.5~O.7%,铁≥0.5~2%,锌≥1~3%,锰≥0.3~3%,硼≥0.2~2%(重量比);(4)中量元素≥8~15%,包括钙、镁和硫;其中钙∶镁∶硫=1∶1∶0.8按重量比配比。 Object of the present invention is to provide a discharge fertilization fertilizer, characterized in that: the ratio of the fertilizer composition by weight: (1) .N + P2O5 + K2O≥50 ~ 60%; (2) humic and humic acid yellow ≥8 ~ 15%, wherein from 3 to 10% humic acid, humic acid yellow 5 to 10%; (3) ~ 10% of trace elements ≧ 3, wherein the molybdenum ≥0.4 ~ 3% copper ≥0.5 ~ O.7 % iron ≥0.5 ~ 2%, zinc ≥1 ~ 3%, manganese ≥0.3 ~ 3%, boron ≥0.2 ~ 2% (by weight ratio); (4) the amount of elemental ≥8 ~ 15%, including calcium, magnesium, and sulfur; wherein Ca: Mg: sulfur ratio = 1:1:0.8 weight ratio. (5)氨基酸≥6~15%,其中氨基酸包括赖氨酸,谷氨酸,胱氨酸,蛋氨酸,甘氨酸和亮氨酸;按相等重量配比。 (5) amino acid ≥6 ~ 15%, wherein the amino acid include lysine, glutamic acid, cystine, methionine, glycine, and leucine; by an equal weight ratio.

(6)生物菌剂≥8~17%,其中所述生物菌剂由酵母菌∶纤维分解菌∶防线菌∶解磷钙钾固氮菌∶光合菌=5∶3∶4∶5∶3按重量比组成。 (6) biological agents ≥8 ~ 17%, wherein the biological agents of yeast: cellulolytic bacteria: Bacteria defense: Potassium Calcium phosphate solubilizing azotobacteria: = 5:3:4:5:3 photosynthetic bacteria by weight ratio composition.

(7)叶面扩展剂为1%。 (7) foliar spreading agent was 1%.

本发明的有益效果:1.把中量元素、微量元素、腐植酸、氨基酸、生物菌剂及叶面扩展剂有机地综合在一起,超强浓缩,使各自发挥自己的功效,具备了植物生长所需要的全部养分,并具备100%的可湿性,可溶性,能使作物及时充分的吸收养分。 Advantageous effects of the invention: one in the trace elements, humic acid, amino acids, biological agents and foliar spreading agent organically integrated together, super concentrated, each play their efficacy, have plant growth all the required nutrients, and have a 100% wettable, soluble, can timely and adequate crop nutrient absorption.

2.生物菌剂能彻底改良土壤肥力,并对常年使用的磷、钾肥能有效地把损失的无效磷、钾转化为有效地,可吸收的磷和钾,提高化肥的利用率,减少化肥与农药的用量,降低生产成本,并解决了因化肥和农药的过量使用而带来的危害,得到增产幅度10%~50%,节省化肥20%,可以延缓收割7~15天。 2. biological agents to thoroughly improve soil fertility, perennial and phosphorus, and the effective loss of potassium invalid phosphorus and potassium into effective, absorbable phosphorus and potassium, to improve the utilization of fertilizer and reduced fertilizer and the amount of pesticides, reduce production costs and solve the hazards overdose of fertilizer and pesticide brought to afford increase rate of 10% to 50%, 20% savings fertilizers, can delay the harvest 7 to 15 days.

3.长期使用,因激活酶的活化,作物叶面膨大,提高叶绿素含量,增强呼吸强度和光合作用,促进碳水化合物的新陈代谢,作用于根系,使根系发大,防止倒伏。 3. Long-term use, due to the activation of the enzyme activation, inflated crop foliage, chlorophyll content, photosynthesis and respiration enhance, promote carbohydrate metabolism, acting on the root, root hair so large to prevent lodging.

4.无公害,无污染,无激素的绿色环保肥料,增进肥效、药效,改良土壤,提高作物免疫能力和抗逆性能,抗旱、耐寒,对真菌性和细菌性病害有极强的抗病能力,保花、保果,防止三落,并可提前成熟5~15天。 4. pollution-free, pollution-free, hormone-free green manure, enhance fertilizer efficiency, efficacy, improve soil, increase crop immunity and stress resistance, drought, cold, have a strong resistance to fungal and bacterial diseases ability to protect flowers and fruits, to prevent and downs, and mature 5 to 15 days in advance.

具体实施方式 Detailed ways

本发明为一种喷冲施肥肥料。 The present invention is a fertilizer jet fertilization. 该肥料组成按重量百分比为:(1)N+P2O5+K2O≥50~60%;(2)腐植酸和黄腐植酸≥8~15%,其中,腐植酸∶黄腐植酸=1∶1~3∶5(重量比)。 The fertilizer composition in percentage by weight: (1) N + P2O5 + K2O≥50 ~ 60%; (2) humic and humic acid yellow ≥8 ~ 15%, wherein the humic acid: humic acid = 1/1 to yellow 3:5 (weight ratio).

(3)微量元素≥3~10%,其中,钼≥0.4~3%,铜≥0.5~0.7%,铁≥0.5~2%,锌≥1~3%,锰≥0.3~3%,硼≥0.2~2%(重量比);(4)中量元素≥8~1 5%,包括钙、镁和硫;其中钙∶镁∶硫=1∶1∶0.8按重量比配比。 (3) Trace Elements ≥3 ~ 10%, wherein the molybdenum ≥0.4 ~ 3%, copper ≥0.5 ~ 0.7%, iron ≥0.5 ~ 2%, zinc ≥1 ~ 3%, manganese ≥0.3 ~ 3%, boron ≥ 0.2 to 2% (by weight ratio); (4) the amount of elemental ≥8 ~ 1 5%, including calcium, magnesium, and sulfur; wherein Ca: Mg: sulfur ratio = 1:1:0.8 weight ratio.

(5)氨基酸≥6~15%,其中氨基酸包括赖氨酸,谷氨酸,胱氨酸,蛋氨酸,甘氨酸和亮氨酸;按相等重量配比。 (5) amino acid ≥6 ~ 15%, wherein the amino acid include lysine, glutamic acid, cystine, methionine, glycine, and leucine; by an equal weight ratio.

(6)生物菌剂≥8~17%。 (6) biological agents ≥8 ~ 17%. 其生物菌剂由酵母菌∶纤维分解菌∶防线菌∶解磷钙钾固氮菌∶光合菌=5∶3∶4∶5∶3按重量比组成。 Which is a yeast biological agents: cellulolytic bacteria: Bacteria defense: Potassium Calcium phosphate solubilizing azotobacteria: = 5:3:4:5:3 photosynthetic bacteria composition ratio by weight.

(7)叶面扩展剂为1%。 (7) foliar spreading agent was 1%.

下面按不同的配方配制的喷冲施肥肥料应用于作物种植,对本发明予以说明。 The following formulated in different formulations fertilizer spray applied to crops fertilization, the present invention is to be described.

配方1(应用于葡萄种植)15%N+20%P2O5+25%K2O=60%;(腐植酸+黄腐植酸味):8%;微量元素:4%,其中铁=1.6%,其余按最低配比;中量元素:8%;氨基酸:10%;生物菌剂:10%和叶面扩展剂:1%。 Formulation 1 (applied viticulture) 15% N + 20% P2O5 + 25% K2O = 60%; (+ yellow humic humic acid taste): 8%; trace elements: 4%, in which Fe = 1.6%, the minimum remaining ratio; the amount of elemental: 8%; amino acid: 10%; biological agents: 10% and foliar spreading agent: 1%.

1.喷施:基施肥每株用50~100克,生育期用1000倍的喷施肥溶液喷施葡萄3~6次,具有明显的增产作用,汉沽高庄村候先生给葡萄树喷施3次,株增产葡萄2公斤,增产14.8%,而且提前一个月成熟,高庄村刘先生喷施6次,株增产葡萄8.4公斤,增产52.5%。 1. Spraying: Fertilization group with 50 to 100 grams per plant, growth of the fertilizer sprayed with a solution of 1000 times spraying grapes 3 to 6 times, with a significant increase yield, high Village Hou to Mr. Hangu spraying vines 3 , yield strains of grapes 2 kg, an increase of 14.8%, one month in advance and mature, high Liu Village spraying six times, strains of grape yield 8.4 kg, an increase of 52.5%.

根据对比试验证明:没有喷施的葡萄,果穗松散,颜色杂,有紫色、红色间杂着绿色。 The comparative test showed: No spraying grapes, ear loose, miscellaneous colors, purple, red, green intermingled. 使用该配方肥料溶液对葡萄喷施后,其百叶重、叶果穗重平均增加6%,病穗率由60——90%减少到30%,座果率提高,而且果型整齐、紧凑、颜色为深紫色,没有裂果;根据果品质分析表明喷施肥溶液的葡萄含糖量增加1度,糖酸比增加1~9%,PH值有所上升,所以口感好,味香甜,果形好。 The use of the fertilizer solution formulation spraying grapes, which louver weight, the average weight increase of 6% leaf ear, ear disease rate of 60 - 90% to 30% reduction, improved fruit set, fruit and neat, compact, color dark purple, no cracking; the results showed that increasing the quality of a grape sugar solution spray fertilizer, increasing sugar to acid ratio of 1 ~ 9%, PH value is increased, so that good taste, sweet taste, good fruit shape. 由此可见葡萄喷喷冲施肥后不但可溶性固形物增加,产量增加,而且产品品质也得到改善。 This shows that red grape puff after fertilization not only increased soluble solids, increase production, and product quality has improved.

2.冲施:葡萄地冲施肥的增产效益试验地点是看财村,葡萄品种为乍娜、先锋,三年生。 2. flushes: Grape rushed fertilization on yield increase efficiency test site is to look at the fiscal village, grape varieties Zana, Pioneer, three students. 株距为1×2米。 Spacing of 1 × 2 m.

在葡萄发芽前,开花后,果实成熟前分别每株施用冲施肥10克,方法是将定量的冲施肥10~15倍液倒入距葡萄主干30~50厘米处30厘米深的沟中,然后复土,小水漫灌处理后7月底调查结果为:葡萄着色期提前4天,新稍粗度增加0.4厘米,百叶鲜重增加572.6克(65.99%),采收时果实含糖量增加1.5度,亩产量增加1516公斤,比对照增产百分率为144.79%。 Before germination of the grape, after flowering, fruit ripening before fertilization are administered per 10 grams of the quantitative method is 10 to 15 times fertilization was poured into 30 to 50 cm away from the trunk grape 30 cm deep at a groove, then complex soil, small water flooding treatment after the end of July survey results: grape colored four-day advance, the new thicker increase of 0.4 cm, blinds fresh weight of 572.6 grams (65.99 percent), sugar content of the fruit harvest increased by 1.5 degrees , 1516 kg per mu yield increase, compared with the percentage yield increased to 144.79%. 同时在2001年春季倒春寒冻死葡萄植株较多的情况下,凡施用冲施肥的植株均未受到冻害,而未施冲施肥的冻害株率达60%。 While in the case of late spring freeze to death in the spring of 2001 more vines, where the administration of red fertilizer plants were not subject to frost damage, Shi Chong fertilizer without freezing strain rate of 60%.

配方二 Recipe two

23%N+20%P2O5+25%K2O=68%;(腐植酸+黄腐植酸):10%;微量元素:5%,其中锌元素占2%,其余都按0.6%配比;中量元素:10%;氨基酸10%;生物菌剂:9%;叶面扩展剂:1%。 23% N + 20% P2O5 + 25% K2O = 68%; (+ yellow humic humic acid): 10%; trace elements: 5%, wherein 2% zinc, 0.6% the rest are by ratio; amount element: 10%; 10% amino acid; biological agents: 9%; foliar spreading agent: 1%.

1.喷冲施肥在水稻上的肥效试验试验基地情况:此试验安排在河北省高巴县,土壤有机质含量1.5%,碱解氮76mg/kg、速效磷15mg/kg、速效钾110mg/kg、属于中下等地力。 Efficiency Experiment 1. jetting test site where fertilization in rice: this experimental set high Baxian Hebei, soil organic matter content of 1.5%, available nitrogen 76mg / kg, available phosphorus 15mg / kg, K 110mg / kg, in the lower part of fertility. 6月19日插秧,10月9日收获,收获时计产。 June 19 planting, harvest October 9, total yield at harvest.

试验处理:1).喷冲施肥(使用浓度1/500)2).对照(清水)本试验设计要求3次重复、6个小区,每个小区面积0.15亩。 Test treatment: 1) jetting fertilizer (1/500 concentration) 2) Control (water) design requirements of this test was repeated 3 times, six cells, each cell area of ​​0.15 acres. 底肥施含有效成分25%的复混肥50公斤,追肥两次,使用尿素共30公斤/亩,喷冲施肥喷施时期在拔节期和灌浆期各喷一次,其它如打药、锄草等田间管理均相同。 Applying fertilizer containing 25% active ingredient 50 kg of fertilizer, fertilizer twice, using a total of 30 kg of urea / acre, jetting fertilizer spraying period of the spray in a jointing and filling stages, other drugs such as playing, and so the field weeding management are the same.

试验结果:表1 产量与农艺性状 Test results: Table 1 yield and agronomic traits 从上表可以看出喷施喷冲施肥的小区亩穗数、穗粒数和干粒重都比对照小区的高,喷施喷冲施肥的小区产量比对照产量高,增产率17.1%,喷冲施肥含有腐植酸和中量元素、微量元素、氨基酸、生物菌剂等,养分齐全,具有抗病、抗寒、抗旱、抗干热风等多种效果,故在水稻作物上进展对比试验来探讨此肥的最佳效应和增产效果。 As can be seen from the table, spraying discharge cell fertilization mu spike, grain number and grain weight dry higher than the control cell, the cell yield fertilizer spraying jetting high yield than the control, an increase rate of 17.1%, spray fertilization containing humic acid and the trace elements, amino acids, and other biological agents, complete nutrient having the effect of a variety of disease, cold, drought, and other anti-dry-hot wind, so that progress to investigate the comparative tests on the rice crop best effect and increase the effect of this fertilizer.

2.小麦地冲施肥的应用时期:在拔节期、孕穗期、灌浆期即第1次3月23日、第2次4月3日、第3次4月30日各喷喷施施肥一次,各时期同时在对照区喷清水。 2. Wheat rushed applied during fertilization: the jointing, booting, i.e. filling of 1st March 23, 2nd April 3, 3rd April 30 fertilize spraying the spray, each time the control zone while spraying water.

施药方法:每666.7平方米喷药50千克。 Application methods: spraying 50 kilograms per 666.7 square meters.

调查方法:喷前调查生育期茎蘖数。 Survey methods: survey number before spraying tiller growth stage. 小麦成熟收割前,每处理调查10点,每点1平方尺,记载穗数,千粒重,计算理论产量。 Mature wheat before harvest for each treatment investigation 10:00, square feet per point 1, according spike, grain weight, theoretical yield calculated.

试验结果:表2 考种表(区1、3、5喷喷施肥 区2、4、6喷清水) Test results: Table 2 test species list (zone 1,3,5 2,4,6 puff fertilization area sprayed with water)

表3 喷施肥与清水对照平均结果对比表 Table 3 Fertilizer and water discharge control table comparing the average outcome

试验地是汉沽农场,试验地面积为1亩地,分成2个区,在拔节期、孕穗期、灌浆期配合氮肥施入1区,2区只施氮肥,小水漫灌。 Hangu be a test farm, the test area of ​​1 mu, divided into two zones, the jointing, booting, with filling of nitrogen fertilizer in area 1, area 2 nitrogen fertilizer, small water flooding.

小麦成熟收割前,每处理调查10点,每点1平方尺。 Mature wheat before harvest for each treatment investigation 10:00, 1 point per square feet. 调查的结果是亩穗数增加5.36万株,穗粒数增加1.3粒,千粒重增加0.9g,实际亩增产78.6Kg,增产率达20%。 The results of the survey is to increase 53,600 acres of panicles, increased 1.3 kernel number, grain weight 0.9g, actual acre yield 78.6Kg, increase rate of 20%.

从表2、表3中的结果可以看出,无论是喷施或是冲施,增产率都达20%以上。 From Table 2, the results of Table 3 it can be seen whether or spray flushes, increase rates are over 20%.

配方三10%N+5%P2O5+5%K2O=50%;(腐植酸+黄腐植酸):10%;微量元素:5%、其中锰元素占2.4%,其余都按最低配比;中量元素15%;氨基酸10%;生物菌剂9%。 Formulation three 10% N + 5% P2O5 + 5% K2O = 50%; (+ yellow humic humic acid): 10%; trace elements: 5%, of which 2.4% manganese, the rest are the minimum proportion; in elements in 15%; 10% amino acid; 9% biological agents.

在小麦上的应用效果试验目的:应用在小麦品种为铁选94的喷冲施肥效果。 Application Effect on Wheat test purposes: Application selected wheat varieties iron jet 94 fertilization effect.

供应材料与方法:肥剂为配方三的喷冲施肥粉剂。 Supply Materials and Methods: fertilizer formulations jetting agent is three fertilizer powder.

供试验小麦品种:铁选94。 Test for wheat: 94 selected from iron.

供试验地点、面积:地点在汉沽农场,试验地面积为3亩地。 For testing location, size: Hangu farm locations in the test area of ​​3 mu.

处理办法:设6个大区,其中3个大区喷喷施肥,3个大区喷清水对照,每个大区面积为333.3平方米。 Approach: Region 6 is provided, wherein the 3 puff region fertilization, three spray water control region, each of the large area of ​​333.3 m2.

喷喷施肥的时期与方法按配方二执行,在小麦上的应用效果与配方二十分接近。 Time and Method for Pen Pen fertilizer formulated two execution, application and effect of the recipe on the wheat two are very close.

配方四18%N+18%P2O5+18%K2O=54%;(腐植酸+黄腐植酸):15%;微量元素:8%,其中,钼占1%,铜占0.7%,铁占2%,锌占1%,锰占1.3%,硼占2%;中量元素10%;氨基酸:10%;生物菌剂:9%;、叶面扩展剂:1%。 Formulation four 18% N + 18% P2O5 + 18% K2O = 54%; (+ yellow humic humic acid): 15%; trace elements: 8%, wherein 1% molybdenum, 0.7% copper, iron comprises 2 %, 1% zinc, 1.3% manganese, boron, 2%; 10% of the amount of the element; amino acid: 10%; biological agents: ;, foliar spreading agent 9%: 1%.

在茶树上应用:喷冲施肥方法与配方1相同,不过应当注意:(1)叶面喷施时,不可在烈日高温(30℃以上)下进行,选无风的阴天或午后(3~4点后)为宜。 On application of tea: the same formulation and method of jetting a fertilizer, but it should be noted: (1) When foliar application is not carried out in the hot sun high temperature (30 deg.] C), selected from the windless cloudy or afternoon (3 ~ 4 points) is appropriate. (2)在茶树上不宜于高浓度液喷施叶面,以1000~1200倍液进行为宜。 (2) not to tea foliar spraying high concentration solution to be preferably 1000 to 1200 times.

试验结果:喷冲施肥对茶树有较大的增产效果,比“云大120”增16.2%,比清水对照增27.3%。 Test Results: jetting fertilizer on tea yield a greater effect than the "Yun 120" by 16.2%, 27.3% increase over water controls. 在喷冲施肥在试验剂量下,对茶树安全,未见药害产生。 Spray irrigation fertilizer in the doses tested, safe for tea, no injury produced.

综上所述亩用1公斤活力素对茶树喷施具有促进植株新陈代谢。 In summary mu vitality of one kilogram of tea plants were sprayed with the promotion of metabolism. 促进分枝、新叶的萌发,减少叶片老化,同时增强光合作用,增加植株体内养分的积累,减少茶碱毒性含量,改善茶叶的品质,提高精品茶叶的产量,减少赤星病等病害的发生,连续施用,茶叶一级率增加,具有明显的增产效果。 Promote branching, sprouting new leaves, reducing leaf aging, while enhancing photosynthesis, increase the accumulation of plant nutrients in the body, reducing the toxicity of theophylline content, improve the quality of tea, fine tea to increase production, reduce the incidence of diseases such as brown spot, continuous administration, an increase rate of tea, has significantly increased yield.

Claims (5)

1.一种喷冲施肥肥料,其特征在于:该肥料组成按重量配比为:(1)N+P2O5+K2O≥50~60%;(2)腐植酸和黄腐植酸≥8~15%,其中,腐植酸3~10%,黄腐植酸5~10%;(3)微量元素≥3~10%;(4)中量元素≥8~15%;(5)氨基酸≥6~15%;(6)生物菌剂≥8~17%;(7)叶面扩展剂为1%。 A jetting fertilizer fertilizer, characterized in that: the ratio of the fertilizer composition by weight: (1) N + P2O5 + K2O≥50 ~ 60%; (2) humic and humic acid yellow ≥8 ~ 15% , wherein 3 to 10% humic acid, humic acid yellow 5 to 10%; (3) Trace elements ≥3 ~ 10%; (4) the amount of elemental ≥8 ~ 15%; (5) ≥6 ~ 15% amino acid ; (6) biological agents ≥8 ~ 17%; (7) foliar spreading agent is 1%.
2.根据权利要求1所述喷冲施肥肥料,其特征在于:所述氨基酸包括赖氨酸,谷氨酸,胱氨酸,蛋氨酸,甘氨酸和亮氨酸;按相等重量配比。 1 according to the jetting fertilizer fertilizer claim, wherein: the amino acid include lysine, glutamic acid, cystine, methionine, glycine, and leucine; by an equal weight ratio.
3.根据权利要求1所述喷冲施肥肥料,其特征在于:所述生物菌剂由酵母菌∶纤维分解菌∶防线菌∶解磷钙钾固氮菌∶光合菌=5∶3∶4∶5∶3按重量比组成。 1 according to the jetting fertilizer fertilizer claim, wherein: said biological agents by the yeast: cellulolytic bacteria: Bacteria defense: Potassium Calcium phosphate solubilizing azotobacteria: 5:3:4:5 photosynthetic bacteria = :3 composition ratio by weight.
4.根据权利要求1所述喷冲施肥肥料,其特征在于:所述微量元素包括:钼≥0.4~3%,铜≥0.5~0.7%,铁≥0.5~2%,锌≥1~3%,锰≥0.3~3%和硼≥0.2~2%(按重量配比)。 1 according to the jetting fertilizer fertilizer claim, wherein: the trace element comprising: molybdenum ≥0.4 ~ 3%, copper ≥0.5 ~ 0.7%, iron ≥0.5 ~ 2%, zinc ≥1 ~ 3% , ≥0.3 ~ 3% manganese and boron ≥0.2 ~ 2% (by weight ratio).
5.根据权利要求1所述喷冲施肥肥料,其特征在于:所述中量元素包括钙、镁和硫;其中钙∶镁∶硫=1∶1∶0.8(按重量配比)。 5. The method of claim 1 fertilization fertilizer spraying, wherein: said middle element comprises calcium, magnesium, and sulfur; wherein Ca: Mg: Sulfur = 1:1:0.8 (weight ratio).
CN 200510055524 2005-03-16 2005-03-16 Sprayed fertilizer CN1673201A (en)

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Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101734957A (en) * 2008-11-21 2010-06-16 夏宝昌 Agricultural green micro organism real assisted block water seedling promoting agent
CN101993298A (en) * 2009-08-31 2011-03-30 夏荣堂 Specific foliage fertilizer for microbial rice
CN102040422A (en) * 2010-04-13 2011-05-04 刘连帮 Irrigation fertilizer
CN102603400A (en) * 2012-03-06 2012-07-25 北京雷力农用化学有限公司 Liquid boron-molybdenum fertilizer and preparation method thereof
CN102746058A (en) * 2012-05-17 2012-10-24 新疆农垦科学院农业新技术推广服务中心 Production method of water-soluble microbe multi-element solid fertilizer
CN103355149A (en) * 2013-07-31 2013-10-23 厦门市江平生物基质技术有限公司 Matrix specially used for phoebe bournei seedling raising and production technology thereof
CN104341232A (en) * 2013-08-07 2015-02-11 赵作树 Compound fertilizer for winter wheat in North Henan and application thereof
CN105085033A (en) * 2015-08-04 2015-11-25 安徽润生农业开发有限公司 Flowering phase special fertilizer for kiwifruit planting
CN105622214A (en) * 2013-12-10 2016-06-01 吴杰 Spraying-type microbial fertilizer for improving photosynthetic intensity of crop leaf surfaces
CN105777339A (en) * 2013-12-10 2016-07-20 吴杰 Spray-type microbial fertilizer capable of replacing chemical fertilizer

Cited By (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101734957A (en) * 2008-11-21 2010-06-16 夏宝昌 Agricultural green micro organism real assisted block water seedling promoting agent
CN101993298A (en) * 2009-08-31 2011-03-30 夏荣堂 Specific foliage fertilizer for microbial rice
CN102040422A (en) * 2010-04-13 2011-05-04 刘连帮 Irrigation fertilizer
CN102040422B (en) 2010-04-13 2013-07-03 刘连帮 Irrigation fertilizer
CN102603400A (en) * 2012-03-06 2012-07-25 北京雷力农用化学有限公司 Liquid boron-molybdenum fertilizer and preparation method thereof
CN102603400B (en) 2012-03-06 2014-01-15 北京雷力农用化学有限公司 Liquid boron-molybdenum fertilizer and preparation method thereof
CN102746058A (en) * 2012-05-17 2012-10-24 新疆农垦科学院农业新技术推广服务中心 Production method of water-soluble microbe multi-element solid fertilizer
CN102746058B (en) 2012-05-17 2013-11-13 新疆农垦科学院农业新技术推广服务中心 Production method of water-soluble microbe multi-element solid fertilizer
CN103355149A (en) * 2013-07-31 2013-10-23 厦门市江平生物基质技术有限公司 Matrix specially used for phoebe bournei seedling raising and production technology thereof
CN104341232A (en) * 2013-08-07 2015-02-11 赵作树 Compound fertilizer for winter wheat in North Henan and application thereof
CN105622214A (en) * 2013-12-10 2016-06-01 吴杰 Spraying-type microbial fertilizer for improving photosynthetic intensity of crop leaf surfaces
CN105777339A (en) * 2013-12-10 2016-07-20 吴杰 Spray-type microbial fertilizer capable of replacing chemical fertilizer
CN105801245A (en) * 2013-12-10 2016-07-27 吴杰 Spray type microbial fertilizer replacing chemical fertilizer in agricultural production
CN105085033A (en) * 2015-08-04 2015-11-25 安徽润生农业开发有限公司 Flowering phase special fertilizer for kiwifruit planting

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