CN101692768A - Big-ridge three-plant planting method of maize - Google Patents
Big-ridge three-plant planting method of maize Download PDFInfo
- Publication number
- CN101692768A CN101692768A CN200910217747A CN200910217747A CN101692768A CN 101692768 A CN101692768 A CN 101692768A CN 200910217747 A CN200910217747 A CN 200910217747A CN 200910217747 A CN200910217747 A CN 200910217747A CN 101692768 A CN101692768 A CN 101692768A
- Authority
- CN
- China
- Prior art keywords
- corn
- centimetre
- ridge
- fertilizer
- maize
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Fertilizers (AREA)
Abstract
The invention discloses a big-ridge three-plant planting method of maize. The planting method includes that ridges are produced at equal intervals within a scope between 60cm to 90cm, ready-prepared special fertilizers for maize are synchronously applied; 4 to 5 grains of maize seeds are sowed in each pit from ridge to ridge according to 20cm to 40cm of pit distance and 5cm to 10cm of plant distance; during the period that maize grows to a height between 5cm and 15cm, three plants in each pit are remained; during the period that maize grows to a height between 50cm and 70cm, equivalent after fertilizers and foliage fertilizers are applied; during the period that the plant height reaches 60cm to 80cm, chlormequat chloride is sprayed to lead the maize plant height to be stabilized nearly 130cm to 150cm, ridging, weeding and pest removal are acted on a maize field normally during the period. The planting method starts from maize growth environment, undertakes clever layout, enables maize quantity per unit area to be increased greatly, and enables the maize to obtain a harvest, thereby not only enormously increasing maize unit yield, but also simplifying technical operation, facilitating wide application of the technique within a large scope and having significant meaning for guaranteeing national food safety.
Description
Technical field
The present invention relates to the crop seeding culture technique, specifically be meant a kind of corn planting method.
Technical background
Traditional corn seeding is planted to amass wealth by heavy taxation to adopt seed is directly broadcast in the soil, carries out field management then; Advanced corn directional cultivation technology appears recently---the directed method of seedling raising and transplanting, corn seed is educated in nutritive cube, move to big Tanaka again by the plant leaf direction after waiting to emerge, reach the purpose of directional cultivation, no matter which kind of plants the technology of amassing wealth by heavy taxation, or yield poorly, or cost of investment is difficult to greatly promote, also the ubiquity per unit area yield is low simultaneously, problems such as planting benefit is not high, though current also have both at home and abroad some modifieds, a compound corn planting technology, all have the plantation common fault loaded down with trivial details with management, thereby these technology just is difficult to also promoting on a large scale.
Summary of the invention
The objective of the invention is to overcome the deficiency that prior art exists and a kind of single rate, easy corn big-ridge three-plant planting method that is easy to promote of technology of increasing is provided.
For achieving the above object, the technical scheme that is provided is:
A kind of corn big-ridge three-plant planting method, be specially: in the 60-90 cm range, the equidistant ridge of doing, and apply the corn fertilizer for preparing synchronously, pursue the ridge according to the distance of cave apart from 20-40 centimetre, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grows to during 5-15 centimetre 3 strains of keeping a full stand of seedings at corn, during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, sprays chlormequat, make the corn plants high stable about 130-150 centimetre, during in the corn field shovel time, weeding, deinsectization normally carry out.
Above-mentioned corn fertilizer is made up of the fertilizer of diammonium phosphate, slow-release carbamide, potassium chloride mixed configuration; Specifically form by 0.016668516 jin diammonium phosphate, 0.017779753 jin slow-release carbamide, 0.011112346 jin potassium chloride.
Described equivalent is topdressed and is meant when corn grows to 50-70 centimetre, will drop into the urea fertilizer of equal weight to per three strain corns; Specifically be to drop into 0.033337038 jin urea to per three strain corns.
Foliage fertilizer among the present invention is the foliage fertilizer of selling on the market, sprays " farming is all found pleasure in " maize leaves leaven that precious Co., Ltd produces as Guangxi, and the product that the present invention mentions is the product of one bag of 15ML, the corn typhon mouth phase sprays, uses, and converts 2000 times/mu in water for 2 bags, and effect is to quicken ear differentiation, form, improve output, the corn silking phase sprays, 2000 times 2 bag/mu, effect is to improve effect, and the grouting rate increases spike length, grain number per spike improves the yield and quality.
" chlormequat " among the present invention refers to " state's light corn is short rich " sold on the market.Be the short rich usefulness of state's light dilution U.S.-corn, No. 213, agriculture accurate font size, manufacturer is Sichuan Guoguang Agricultural Chemicals Co., Ltd., its address is No. 28, Jianyang City, Sichuan Dongfeng Road; Characteristics after use this product are that corn stem is sturdy, the aerial root prosperity, and the root number of plies increases, lodging tolerance is strong, and the leaf greenery are thick, and the fringe potential drop is low, the full point of spike length, reduce the empty bar of bald point, prevention rough dwarf disease, the multiple physiological disorder that control causes because of nutritional deficiency, the plant good absorbing, instant effect can suitably increase planting density, increase yield significantly; Its usage: every bottle of 25ML converts 30 kilograms in water.
Present technique is started with from the corn growth environment, ingenious layout, corn quantity in the unit are is significantly increased, make corn obtain good harvest, not only significantly improve the corn per unit area yield, it is more easy that its technology is operated, and made things convenient for interior the applying on a large scale of this technology, possesses significance to ensureing national food safety.
Embodiment
Example 1: the width with 90 centimetres is done the ridge, corn fertilizer applies ridge platform central authorities synchronously with ridger, and by the ridger earthing, with base fertilizer as corn, corn fertilizer is by diammonium phosphate, slow-release carbamide, the fertilizer of potassium chloride mixed configuration is formed, the corn fertilizer that each corn plants contained is specifically by 0.016668516 jin diammonium phosphate, 0.017779753 the slow-release carbamide of jin, 0.011112346 the potassium chloride of jin is formed, be that the actual input of each strain fertilizer gross weight is 0.045560615 jin, determine the total amount of above-mentioned three seed manures of input according to the number of keeping a full stand of seedings of every mu of corn, keeping a full stand of seedings as the corn hectare is 83333 strains, then the special-purpose fertile total amount of per hectare corn needs is 3796.70 jin, and wherein diammonium phosphate is 1389.03 jin, 1481.64 jin of slow-release carbamides, 926.02 jin in potassium chloride.Pursue the ridge then according to 40 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings, during the corn plant height was to 50-70 centimetre, equivalent was topdressed or is sprayed foliage fertilizer, described equivalent is topdressed and is meant when corn grows to 50-70 centimetre, will drop into the urea fertilizer of equal weight to per three strain corns; Specifically be will drop into 0.033337038 jin urea to per three strain corns, foliage fertilizer is the foliage fertilizer of selling on the market, as " farming is all found pleasure in " maize leaves leaven of Guangxi product; During plant height 60-80 centimetre, spray chlormequat, chlormequat refers to " state's light corn is short rich " sold on the market, makes the corn plants high stable about 130-150 centimetre, during in the corn field shovel time, weeding, deinsectization normally carry out, until harvest corn.Through measuring and calculating, 83333 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 10416-16666 kilogram.
In the embodiment of this invention, plot for soil compaction, will be in 20 days first halfs or maize planting in one week at ridging, spray the soil conditioning agent without deep ploughing that new Chaoyang, Chengdu, Sichuan biochemistry corporation,Ltd. produces, method is that bottled the exempting from of 200 grams deep ploughed and converted water and directly spray in the soil of one mu of area for 60 kilograms.Effect is a chesson, adds deep plough level, improves soil water-retaining and holds fertile ability, saves fertilizer, improves utilization rate of fertilizer, reduces soil-borne disease and increases output.This product patent number is 00120600.1, registration card: state's farming fertile (2002) is faced word No. 507.
Example 2: the width with 80 centimetres is done the ridge, apply synchronously and prepare corn fertilizer, with this as base fertilizer, pursue the ridge according to 40 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 93750 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 11718-18750 kilogram.
Example 3: the width with 90 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 35 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 95230 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 11903-19046 kilogram.
Example 4: the width with 90 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 33 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 100000 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 12500-20000 kilogram.
Example 5: the width with 90 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 30 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 111111 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 13888-22222 kilogram.
Example 6:80 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 33 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 112500 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 14062-22500 kilogram.
Example 7: the width with 85 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 30 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 117640 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 14705-23528 kilogram.
Example 7: the width with 90 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 25 centimetres in cave, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 133333 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 16666-26666 kilogram.
Example 8:80 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 25 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 150000 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 18750-30000 kilogram.
Example 9: the width with 90 centimetres is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 20 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 166666 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 20830-33333 kilogram.
Example 10:80 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 20 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 187500 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 23437-37500 kilogram.
Example 11:70 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 20 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 214280 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 26785-42856 kilogram.
Example 12:65 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 20 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 230760 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 28845-46152 kilogram.
Example 13:60 centimetre width is done the ridge, apply the corn fertilizer for preparing synchronously, with this as base fertilizer, pursue the ridge according to 20 centimetres of cave distances, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grow to during 5-15 centimetre at corn, 3 strains of keeping a full stand of seedings are during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, spray chlormequat, make the corn plants high stable about 130-150 centimetre, shovel time, weeding, deinsectization are normally carried out in the corn field during this time, until harvest corn.The required corn fertilizer of per hectare calculates according to the methodological principle of embodiment 1 in the present embodiment, " equivalent is topdressed ", " foliage fertilizer ", chlormequat " etc. implication all with embodiment 1.Through measuring and calculating, 250000 strains of keeping a full stand of seedings of this method per hectare, hectare output is the 31250-50000 kilogram.
In each above-mentioned embodiment, required corn fertilizer will be according to the various fertilizer of individual plant corn needs in all one's life and in conjunction with different plot as base fertilizer, the rich lean degree of different elements is carried out comprehensive proportioning, different plot otal investment multiply by the required fertilizer of individual plant corn of plantation plot preparation for the total strain number of corn according to the said method plantation, when machine was done the ridge, random device together applied base fertilizer in the ridge.Topdress based on urea, apply total quantity algorithm, or can replace topdressing by foliage fertilizer with reference to the base fertilizer algorithm.
Claims (5)
1. corn big-ridge three-plant planting method, it is characterized in that: in the 60-90 cm range, the equidistant ridge of doing, and apply the corn fertilizer for preparing synchronously, pursue the ridge according to the distance of cave apart from 20-40 centimetre, spacing in the rows 5-10 centimetre distance, corn seed 4-5 grain is dropped in every cave, grows to during 5-15 centimetre 3 strains of keeping a full stand of seedings at corn, during the corn plant height is to 50-70 centimetre, equivalent is topdressed or is sprayed foliage fertilizer, during plant height 60-80 centimetre, sprays chlormequat, make the corn plants high stable about 130-150 centimetre, during shovel time in the corn field, weeding, deinsectization is normally carried out.
2. a kind of corn big-ridge three-plant planting method according to claim 1 is characterized in that described corn fertilizer is made up of the fertilizer of diammonium phosphate, slow-release carbamide, potassium chloride mixed configuration.
3. a kind of corn big-ridge three-plant planting method according to claim 1 and 2 is characterized in that the corn fertilizer that each corn plants contains is made up of 0.016668516 jin diammonium phosphate, 0.017779753 jin slow-release carbamide, 0.011112346 jin potassium chloride.
4. a kind of corn big-ridge three-plant planting method according to claim 1 is characterized in that described equivalent is topdressed to be meant when corn grows to 50-70 centimetre, will drop into the urea fertilizer of equal weight to per three strain corns.
5. a kind of corn big-ridge three-plant planting method according to claim 4 is characterized in that described equivalent is topdressed to be meant when corn grows to 50-70 centimetre, will drop into 0.033337038 jin urea to per three strain corns.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102177471A CN101692768B (en) | 2009-10-12 | 2009-10-12 | Big-ridge three-plant planting method of maize |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102177471A CN101692768B (en) | 2009-10-12 | 2009-10-12 | Big-ridge three-plant planting method of maize |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101692768A true CN101692768A (en) | 2010-04-14 |
| CN101692768B CN101692768B (en) | 2011-09-28 |
Family
ID=42091799
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009102177471A Active CN101692768B (en) | 2009-10-12 | 2009-10-12 | Big-ridge three-plant planting method of maize |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101692768B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104160868A (en) * | 2014-08-26 | 2014-11-26 | 蔡汝 | Planting method of organic corn |
| CN107041216A (en) * | 2016-02-06 | 2017-08-15 | 王忠方 | A kind of one plant of multiple ear corn and planting technology |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU719558A1 (en) * | 1978-10-03 | 1980-03-05 | Troyanskij Vasilij K | Method of cultivating maize |
| CN100372453C (en) * | 2003-03-21 | 2008-03-05 | 于占清 | Culturing method for multiple corns in a hole |
| CN100423628C (en) * | 2005-09-19 | 2008-10-08 | 汤明华 | A dry land crop plantation method |
| KR20070095848A (en) * | 2007-08-24 | 2007-10-01 | 유연실 | The way cultivation of maize & millet leaf bud |
-
2009
- 2009-10-12 CN CN2009102177471A patent/CN101692768B/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104160868A (en) * | 2014-08-26 | 2014-11-26 | 蔡汝 | Planting method of organic corn |
| CN107041216A (en) * | 2016-02-06 | 2017-08-15 | 王忠方 | A kind of one plant of multiple ear corn and planting technology |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101692768B (en) | 2011-09-28 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103597969B (en) | A kind of space soybean cultivation method | |
| CN102687632B (en) | Wheat planting method for relay-intercropping peanuts and intercropping corns | |
| CN103947428B (en) | A kind of Spring Peanut-summer corn relay interplanting planting method | |
| CN103283462A (en) | Planting method improving wheat yield | |
| CN103636399B (en) | Method for planting wheat | |
| CN105359807A (en) | Intercropping planting method for wheat, spinach, peanuts and maize | |
| CN102986430A (en) | Anti-season potato mechanization planting matched cultivation technique | |
| CN104137724A (en) | Cultivation method for intercropping between garlic and waxy and sweet corns and intercropping between summer and autumn Chinese cabbages and wild cabbages in two-season and four-harvesting mode in one year | |
| CN102160511B (en) | Novel cultivation, precise fertilization and comprehensive cultivation method for single cropping rice | |
| CN112243813A (en) | Three-dimensional strip-shaped composite interplanting intercropping cultivation method for corns and soybeans in cold areas | |
| CN104472201A (en) | Construction method of drip irrigation spring wheat super-high-yield population structure | |
| CN103314754B (en) | Sweet potato cultivation method using whole-course chemical control | |
| CN102550266A (en) | Integrated cultivation method for wheat and corn | |
| CN105453860A (en) | Wheat and corn intensive cultivation method | |
| CN104909862A (en) | Tea tree fertilization method and fertilizer | |
| CN105218198A (en) | The integrated fertilizing method that the agricultural machinery agronomy that a kind of cold ground corn yield and quality promotes combines | |
| CN107980525A (en) | One cultivates peanut high-yield high-efficiency cultivation method | |
| CN104054482A (en) | Method for undersowing watermelons in sugar cane field in early spring | |
| CN101692768B (en) | Big-ridge three-plant planting method of maize | |
| CN105660075A (en) | Planting method for corn, sweet potato and soybean by intercropping | |
| CN114747438B (en) | Cultivation method of corn with green manure Mao She seeds | |
| CN111213555A (en) | Spring corn mechanized planting method in hilly area | |
| CN104718916A (en) | High-yield planting method for organic pea seedlings | |
| CN104412800A (en) | Corn wide-narrow row planting method | |
| CN114451237A (en) | Planting method capable of improving lodging resistance of rice |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |