CN105145073A - Yield increasing method for interplanting vegetables in saline-alkali soil - Google Patents

Yield increasing method for interplanting vegetables in saline-alkali soil Download PDF

Info

Publication number
CN105145073A
CN105145073A CN201510561458.9A CN201510561458A CN105145073A CN 105145073 A CN105145073 A CN 105145073A CN 201510561458 A CN201510561458 A CN 201510561458A CN 105145073 A CN105145073 A CN 105145073A
Authority
CN
China
Prior art keywords
wormwood artemisia
chrysanthemum brain
melon
spacing
wither
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.)
Pending
Application number
CN201510561458.9A
Other languages
Chinese (zh)
Inventor
曾莉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201510561458.9A priority Critical patent/CN105145073A/en
Publication of CN105145073A publication Critical patent/CN105145073A/en
Pending legal-status Critical Current

Links

Classifications

    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/28—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture specially adapted for farming

Landscapes

  • Medicines Containing Plant Substances (AREA)
  • Agricultural Chemicals And Associated Chemicals (AREA)
  • Breeding Of Plants And Reproduction By Means Of Culturing (AREA)

Abstract

The invention belongs to the field of gardening and particularly relates to the vegetable yield increasing field. How to increase the yield of vegetables in saline-alkali soil is a project worthy of research. Interplanting yield increasing becomes one research direction. In order to increase the yield of the vegetables, the invention discloses a yield increasing method for interplanting vegetables in saline-alkali soil. The method is characterized in that hairy cucumbers, chrysanthemum nankingense and artemisia selengensis tuicz are interplanted. The overall efficiency of the hairy cucumbers, the chrysanthemum nankingense and the artemisia selengensis tuicz can be improved by means of the method.

Description

Saline land interplanting vegetable increase production method
Technical field
The invention belongs to horticultural field, especially vegetable increase production field.
Background technology
How saline land allows vegetable increase production, is a problem being worth research.Utilize interplanting to increase production, become one of research direction.
Summary of the invention
In order to allow vegetable increase production, the present invention is open:
1, a kind of saline land interplanting vegetable increase production method, is characterized in that:
Interplanting saves melon, chrysanthemum brain, wither wormwood artemisia;
Joint melon line-spacing 40cm, spacing in the rows 20cm; Chrysanthemum brain spacing in the rows 50cm, wither wormwood artemisia spacing in the rows 15cm,
Every 4 row joint melons, interplanting 3 row chrysanthemum brain, chrysanthemum brain is planted in joint melon interline, and 6 row wither wormwood artemisia, and the wormwood artemisia that withers is planted in joint melon and chrysanthemum brain interline.
2, a kind of interplanting vegetable increase production method, is characterized in that:
Interplanting saves melon, chrysanthemum brain, wither wormwood artemisia;
Joint melon line-spacing 50cm, spacing in the rows 25cm; Chrysanthemum brain spacing in the rows 60cm, wither wormwood artemisia spacing in the rows 20cm,
Every 4 row joint melons, interplanting 3 row chrysanthemum brain, chrysanthemum brain is planted in joint melon interline, and 6 row wither wormwood artemisia, and the wormwood artemisia that withers is planted in joint melon and chrysanthemum brain interline.
3, a kind of saline land interplanting method for increasing, is characterized in that:
Interplanting saves melon, chrysanthemum brain, wither wormwood artemisia;
Joint melon line-spacing 60cm, spacing in the rows 30cm; Chrysanthemum brain spacing in the rows 70cm, wither wormwood artemisia spacing in the rows 25cm,
Every 4 row joint melons, interplanting 3 row chrysanthemum brain, chrysanthemum brain is planted in joint melon interline, and 6 row wither wormwood artemisia, and the wormwood artemisia that withers is planted in joint melon and chrysanthemum brain interline.
The invention has the beneficial effects as follows: can allow interplanting vegetable increase production.
Accompanying drawing explanation
Fig. 1: LER value under each pattern.
Embodiment
Experimental field: Ya Ha village, Kuqa County Ya Ha town, Aksu, Xinjiang, this village is located in east longitude 78 ° 03 ' 06 " to 78 ° 07 ' 10 ", and between north latitude 39 ° 20 ' 16 " to 39 ° 21 ' 10 ", weather belongs to warm temperate continental climate, dry, rainfall is few, and sunshine is long, year sunshine duration be 750-3029 hour, the total width of the sun amount of penetrating be 5340-6220 million burnt/square metre, average temperature of the whole year is at 9.9-11.5C, and annual precipitation 42.4-94.4 millimeter, has xeothermic climatic characteristic in Winter Dry cold-peace summer.
Soil regime: Ya Ha village, Kuqa County Ya Ha town finds that soil belongs to filling with after measured and ploughs brown desert soil, pH value 7.1, content of organic matter 18gkg -1above, alkali-hydrolyzable nitrogen content 70.5mgkg -1, available phosphorus contents 12.6mgkg -1, quick-acting potassium content 20.4mgkg -1, more than soil thickness 75cm.
Test objective: joint melon (BenincasahispidaCogn.var.chieh-quaHow.), chrysanthemum brain (chrysanthemumnankingenseHand.Mzt), the wormwood artemisia that withers (ArtemisiaselengenisTurcz) are at Aksu Prefecture establishing in large scale, for improving planting benefit, these vegetables of this experimental study at the growing state of saline land interplanting, to laying the foundation for the research of vegetables interplanting from now on.
Test method: select joint melon kind for elegant rich, chrysanthemum brain, the wormwood artemisia that withers are local Local variety, and above-mentioned kind is bought at Aksu Prefecture Seed Market.
Joint melon/chrysanthemum brain, the chrysanthemum brain/wormwood artemisia that withers, the joint melon/wormwood artemisia that withers, high density, Midst density, low-density species density in planting joint melon/chrysanthemum brain/wither 6 kinds of intercropping and interplanting cropping patterns such as wormwood artemisia and corresponding pairing vegetables joint melon, chrysanthemum brain are established in test altogether, wither 3 kinds of nonoculture cropping patterns such as wormwood artemisia.The group arrangement of random district is taked in test, and repeat for 3 times, zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.Field is implemented specific as follows:
Battery of tests
Content of the test: joint melon/chrysanthemum brain interplanting
Start in greenhouse on March 15th, 2014 sowing joint melon, chrysanthemum brain, adopt point disk seedling growing, May 15 field planting chrysanthemum brain, equal overlay film during field planting.Joint melon line-spacing 50cm, spacing in the rows 25cm, 4 row joint melons, chrysanthemum brain spacing in the rows 60cm, 3 row chrysanthemum brains, chrysanthemum brain is planted in joint melon interline.
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, at the beginning of 4 months, impose 50%, and other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 31.08kg, converts as 667m 2output is 1800kg.
2, chrysanthemum brain cell production is 1.73kg, converts as 667m 2output is 100kg.
Second group of test
Content of the test: chrysanthemum brain/wormwood artemisia interplanting of withering
On March 15th, 2014 starts to sow chrysanthemum brain in greenhouse, wither wormwood artemisia, adopt point disk seedling growing, May 15 field planting chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Chrysanthemum brain line-spacing 80cm, spacing in the rows 60cm, 4 row chrysanthemum brains, wither wormwood artemisia spacing in the rows 35cm, and 3 row wither wormwood artemisia (being planted in chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, at the beginning of 4 months, impose 50%, and other manage same land for growing field crops.In June, 2014 works chrysanthemum brain of gathering, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, chrysanthemum brain cell production is 1.81kg, converts as 667m 2output is 105kg.
2, the wormwood artemisia cell production that withers is 4.84kg, converts as 667m 2output is 280kg.
3rd group of test
Content of the test: joint melon/wormwood artemisia interplanting of withering
Start sowing joint melon in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15, equal overlay film during field planting.Joint melon line-spacing 50cm, spacing in the rows 25cm, 4 row joint melons, wither wormwood artemisia spacing in the rows 20cm, and 3 row wither wormwood artemisia (being planted in joint melon interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and withering, the phase in wormwood artemisia rosette stage imposes 50%, and other manage same land for growing field crops.Work joint melon of gathering in June, 2014, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 27.63kg, converts as 667m 2output is 1600kg.
2, the wormwood artemisia cell production that withers is 4.32kg, converts as 667m 2output is 250kg.
4th group of test
Content of the test: joint melon/chrysanthemum brain/wormwood artemisia interplanting (high density) of withering
Start sowing joint melon, chrysanthemum brain in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15 saves melon, chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Joint melon line-spacing 20cm, spacing in the rows 10cm, 4 row joint melons, chrysanthemum brain spacing in the rows 40cm, 3 row chrysanthemum brains (being planted in joint melon interline), wither wormwood artemisia spacing in the rows 10cm, and 6 row wither wormwood artemisia (being planted in joint melon and chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 34.54kg, converts as 667m 2output is 2000kg.
2, chrysanthemum brain cell production is 2.59kg, converts as 667m 2output is 150kg.
3, the wormwood artemisia cell production that withers is 7.77kg, converts as 667m 2output is 450kg.
5th group of test
Content of the test: joint melon/chrysanthemum brain/wormwood artemisia interplanting of withering (Midst density I)
Start sowing joint melon, chrysanthemum brain in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15 saves melon, chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Joint melon line-spacing 40cm, spacing in the rows 20cm, 4 row joint melons, chrysanthemum brain spacing in the rows 50cm, 3 row chrysanthemum brains (being planted in joint melon interline), wither wormwood artemisia spacing in the rows 15cm, and 6 row wither wormwood artemisia (being planted in joint melon and chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 51.81kg, converts as 667m 2output is 3000kg.
2, chrysanthemum brain cell production is 3.63kg, converts as 667m 2output is 210kg.
3, the wormwood artemisia cell production that withers is 9.67kg, converts as 667m 2output is 560kg.
6th group of test
Content of the test: joint melon/chrysanthemum brain/wormwood artemisia interplanting of withering (Midst density II)
Start sowing joint melon, chrysanthemum brain in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15 saves melon, chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Joint melon line-spacing 50cm, spacing in the rows 25cm, 4 row joint melons, chrysanthemum brain spacing in the rows 60cm, 3 row chrysanthemum brains (being planted in joint melon interline), wither wormwood artemisia spacing in the rows 20cm, and 6 row wither wormwood artemisia (being planted in joint melon and chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 55.27kg, converts as 667m 2output is 3200kg.
2, chrysanthemum brain cell production is 3.80kg, converts as 667m 2output is 220kg.
3, the wormwood artemisia cell production that withers is 9.84kg, converts as 667m 2output is 570kg.
7th group of test
Content of the test: joint melon/chrysanthemum brain/wormwood artemisia interplanting of withering (Midst density III)
Start sowing joint melon, chrysanthemum brain in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15 saves melon, chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Joint melon line-spacing 60cm, spacing in the rows 30cm, 4 row joint melons, chrysanthemum brain spacing in the rows 70cm, 3 row chrysanthemum brains (being planted in joint melon interline), wither wormwood artemisia spacing in the rows 25cm, and 6 row wither wormwood artemisia (being planted in joint melon and chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014, wither wormwood artemisia.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 51.81kg, converts as 667m 2output is 3000kg.
2, chrysanthemum brain cell production is 3.63kg, converts as 667m 2output is 210kg.
3, the wormwood artemisia cell production that withers is 9.67kg, converts as 667m 2output is 560kg.
8th group of test
Content of the test: joint melon/chrysanthemum brain/wormwood artemisia interplanting (low-density) of withering
Start sowing joint melon, chrysanthemum brain in greenhouse on March 15th, 2014, wither wormwood artemisia, adopts point disk seedling growing, field planting on May 15 saves melon, chrysanthemum brain, wither wormwood artemisia, equal overlay film during field planting.Joint melon line-spacing 120cm, spacing in the rows 50cm, 4 row joint melons, chrysanthemum brain spacing in the rows 80cm, 3 row chrysanthemum brains (being planted in joint melon interline), wither wormwood artemisia spacing in the rows 40cm, and 6 row wither wormwood artemisia (being planted in joint melon and chrysanthemum brain interline).
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.Work gather joint melon, chrysanthemum brain in June, 2014.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 36.27kg, converts as 667m 2output is 2100kg.
2, chrysanthemum brain cell production is 2.42kg, converts as 667m 2output is 140kg.
3, the wormwood artemisia cell production that withers is 7.94kg, converts as 667m 2output is 460kg.
9th group of test
Content of the test: joint melon nonoculture
Start sowing joint melon in greenhouse on March 15th, 2014, adopt point disk seedling growing, field planting on May 15 joint melon, equal overlay film during field planting.Joint melon line-spacing 50cm, spacing in the rows 25cm, 4 row joint melons.
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.In June, 2014 works joint melon of gathering.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 69.08kg, converts as 667m 2output is 4000kg.
Tenth group of test
Content of the test: chrysanthemum brain nonoculture
On March 15th, 2014 starts to sow chrysanthemum brain in greenhouse, adopt point disk seedling growing, May 15 field planting chrysanthemum brain, equal overlay film during field planting.Chrysanthemum brain line-spacing 80cm, spacing in the rows 60cm, 4 row chrysanthemum brains.
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.In June, 2014 works joint melon of gathering.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, chrysanthemum brain cell production is 4.32kg, converts as 667m 2output is 250kg.
Tenth battery of tests
Content of the test: wormwood artemisia nonoculture of withering
Start sowing on March 15th, 2014 to wither wormwood artemisia in greenhouse, adopt point disk seedling growing, field planting on May 15 is withered wormwood artemisia, equal overlay film during field planting.Line-spacing 80cm, spacing in the rows 35cm, 4 row wither wormwood artemisia.
Experimental plot situation: zone leader 4.8m, wide 2.4m, between repetition and minizone stays aisle 80cm respectively, and experimental field surrounding establishes protection row.
Duration of test way to manage: each community Fertilization Level is identical, fertilizing amount is purity nitrogen (N) 5kg/ community, phosphorus (P 2o 5) 5kg/ community.Phosphate fertilizer Base-appling once, nitrogenous fertilizer base executes 50%, and impose 50% in chrysanthemum brain phase phase of bearing fruit, other manage same land for growing field crops.In June, 2014 works joint melon of gathering.
Test number (TN): repeat for 3 times.
The output of 2014: cell production is the lower mean value repeated for 3 times of same process.
1, saving melon cell production is 13.82kg, converts as 667m 2output is 800kg.
Result of the test:
Land Equivalent Ratio (LandEquivalentratio, LER) is often used to weigh intercropping yield heterosis, is defined as obtaining the land area of one unit needed for output identical with intercropping.
LER＝Y Aic/Y Asc+Y Bic/Y Bsc
In formula, Aic and Bic represents the output of intercropping system A and B respectively, Asc and Bsc represents the output of crop A and B in nonoculture respectively.As LER>1, show that intercropping utilizes more resource to meet plant growth than nonoculture, as LER<1, nonoculture is than intercropping more efficent use of resources.Therefore selective analysis LER.
See accompanying drawing 1, accompanying drawing 1 is LER value under each pattern.The LER of visible all 2 kinds of vegetables cover operation modes is lower, is less than 1, illustrates that benefit is low, not volume increase, and the LER of 3 kinds of vegetables, 5 kinds of cover operation modes is comparatively large, and be all greater than 1, better results in plantation, illustrates: these 3 kinds of vegetables interplantings are of value to increases the benefit.LER is the highest for Midst density II, is 2.39.

Claims (1)

1. a saline land interplanting vegetable increase production method, is characterized in that:
Interplanting saves melon, chrysanthemum brain, wither wormwood artemisia;
Joint melon line-spacing, spacing in the rows 20cm; Chrysanthemum brain spacing in the rows 50cm, wither wormwood artemisia spacing in the rows 15cm,
Every 4 row joint melons, interplanting 3 row chrysanthemum brain, chrysanthemum brain is planted in joint melon interline, and 6 row wither wormwood artemisia, and the wormwood artemisia that withers is planted in joint melon and chrysanthemum brain interline.
CN201510561458.9A 2015-09-06 2015-09-06 Yield increasing method for interplanting vegetables in saline-alkali soil Pending CN105145073A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510561458.9A CN105145073A (en) 2015-09-06 2015-09-06 Yield increasing method for interplanting vegetables in saline-alkali soil

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201510561458.9A CN105145073A (en) 2015-09-06 2015-09-06 Yield increasing method for interplanting vegetables in saline-alkali soil

Publications (1)

Publication Number Publication Date
CN105145073A true CN105145073A (en) 2015-12-16

Family

ID=54786476

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201510561458.9A Pending CN105145073A (en) 2015-09-06 2015-09-06 Yield increasing method for interplanting vegetables in saline-alkali soil

Country Status (1)

Country Link
CN (1) CN105145073A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110896809A (en) * 2019-11-27 2020-03-24 南京市蔬菜科学研究所 Efficient cultivation method for intercropping corn and chrysanthemum nankingense

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101336590A (en) * 2008-07-25 2009-01-07 南京大学 Ecology planting method of seaside saline-soil castor
CN102763557A (en) * 2012-08-13 2012-11-07 山东三益园林绿化有限公司 Original soil afforesting method of moderate and severe saline and alkaline land
CN103222387A (en) * 2013-05-21 2013-07-31 中国科学院遗传与发育生物学研究所 Method suitable for intercropping sorgho and sesbania on saline and alkaline land
CN103535178A (en) * 2013-10-25 2014-01-29 安徽环绿生态农业投资发展有限公司 Method for planting chrysanthemum nankingense
CN104641752A (en) * 2015-01-05 2015-05-27 山西省农业科学院农业环境与资源研究所 Method for improving inland saline alkali soil by virtue of interplanting jerusalem artichoke and oat

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101336590A (en) * 2008-07-25 2009-01-07 南京大学 Ecology planting method of seaside saline-soil castor
CN102763557A (en) * 2012-08-13 2012-11-07 山东三益园林绿化有限公司 Original soil afforesting method of moderate and severe saline and alkaline land
CN103222387A (en) * 2013-05-21 2013-07-31 中国科学院遗传与发育生物学研究所 Method suitable for intercropping sorgho and sesbania on saline and alkaline land
CN103535178A (en) * 2013-10-25 2014-01-29 安徽环绿生态农业投资发展有限公司 Method for planting chrysanthemum nankingense
CN104641752A (en) * 2015-01-05 2015-05-27 山西省农业科学院农业环境与资源研究所 Method for improving inland saline alkali soil by virtue of interplanting jerusalem artichoke and oat

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
程洪花: "蒌蒿的繁殖与栽培", 《农家参谋》 *

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110896809A (en) * 2019-11-27 2020-03-24 南京市蔬菜科学研究所 Efficient cultivation method for intercropping corn and chrysanthemum nankingense
CN110896809B (en) * 2019-11-27 2021-12-24 南京市蔬菜科学研究所 Efficient cultivation method for intercropping corn and chrysanthemum nankingense

Similar Documents

Publication Publication Date Title
Stolarski et al. Productivity of seven clones of willow coppice in annual and quadrennial cutting cycles
Zaongo et al. Interactions of water, mulch and nitrogen on sorghum in Niger
Mirzaev et al. Restoring degraded rangelands in Uzbekistan
CN111408618B (en) Method for restoring cadmium-polluted soil by utilizing black nightshade and corn intercropping plants
CN103190261A (en) Mulching method for dry-farmed potatoes
CN103069984A (en) Method for improving yield and quality of melons through in-situ intercropping
CN103718821A (en) Seeding method for tartary buckwheat
Jahangir et al. Response of nitrogen and phosphorus fertilizer and plant spacing on growth and yield contributing character of sunflower
Eslami et al. The effect of zinc on yield and yield components of sunflower (Helianthus annuus L.) under drought stress.
CN104938192A (en) Sugarcane and henry steudnera tuber interplanting no-tillage cultivation method
Waraich et al. Raised bed planting-a new technique for enhancing water use efficiency in wheat (Triticum aestivum L.) in semi-arid zone
Sokolov et al. Change in species composition of vegetation on various-aged set-aside lands of the Volga Delta
CN105145073A (en) Yield increasing method for interplanting vegetables in saline-alkali soil
CN106561390A (en) Method for cultivating passionflower in karst rocky desertification area
CN109121629A (en) Northern orchard ecology conserves improvement of soil fertility method
Yadav et al. Effect of intercropping, crop geometry and organic manures on growth and yield of broccoli (Brassica oleracea var italica)
CN110419290B (en) Method for biologically farming oranges by inducing earthworms to directionally move through water and fertilizer
CN102318530A (en) Labor-saving walnut planting method suitable for mechanical operation
Peterson et al. Drip irrigation effect on soil function, root systems and productivity in organic tomato and corn
CN111418430A (en) Method for improving yield of ginkgo leaves
Kaur et al. Response of onion to applied potassium at farmer’s scale field
Jha et al. Restoration of degraded sites with suitable tree species in the Mid-hills of Nepal
Liu et al. The effect of planting mode on the growth of pepper in a sunlight greenhouse
Hetesi Systematic and Simple Cost-Benefit Investigation of Some Advantages of the Regenerative Agriculture
Kumar et al. Impact of SRI Components on Growth and Productivity of Conventional Transplanted 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
RJ01 Rejection of invention patent application after publication
RJ01 Rejection of invention patent application after publication

Application publication date: 20151216