Application effects - leili.com · - 1 - Application effects 1. Application effects of Alga 600 on different crops Effects of Alga 600 on the cucumber Effects of Alga 600 on the tomato

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Application effects

1. Application effects of Alga 600 on different crops

Effects of Alga 600 on the cucumber

Effects of Alga 600 on the tomato

Effects of Alga 600 on the lettuce

Effects of Alga 600 on the Goosebeery

Effects of Alga 600 on the peach

Effects of Alga 600 on the rice

2. Application effects of Alga 300 on different plants


Effects of Alga 300 on the Chinese Privetr

3. Application effects of Xiao Kang Ye on the weeds

4. Application effects of 2％ Chitosan Oligo Saccharin(Softguard ) on plant virus

5. Application effects of Humic Acid Fertilizer

5.1 Promoting the formation of good soil structure, stimulating beneficial microbial

activity

5.2 Promoting germination and seedling development

5.3 Improving crop’s ability of stress-resistance

5.4 Increasing efficiency of N.P.K fertilizer

5.5 Enhancing taking up capability of nutrition

5.6 Improving crop quality

6. Application effects of Seaweed Compound Granular on the bean

7 Application effects of Organic Compound Granular Fertilizer on different crops

7.1 Effects of Organic Compound Granular Fertilizer on the peach

7.2 Effects of Organic Compound Granular Fertilizer on the rice

8. Application effects of Seaweed Compound Granular (7-2-6) on the lettuce

1.Effects of Alga 600 on the cucumber

No：010300- ALGA 600- Cucumber

http://www.leili.com



Period：2001.3---2001.6 Case Title ALGA 600 on Cucumber

User Horticulture Department of Beijing Agriculture College Site Horticulture Department of Beijing Agriculture College Test Fields

Product Name ALGA 600（Soluble Seaweed Extract Powder）

Crop Name Cucumber(Lu Long Xing) (2001.3.10 field planting)

Method

& Dosage

3 treatments, 6 random replication blocks, each plot ’s acreage is 33.3m2 :

treatment #1：ALGA 600 treatment #2：Hui Feng Man Leaf Fertilizer treatment #3：Pure water as control

Four times spraying during vegetation: 1) Seedling phase (2001.3.25): LeiLi, dilution by 1 :5000; Hui

Feng Man, dilution by 1:500. 2) Primary fruit phase (2001.4.3): LeiLi, dilution by 1 :3000; Hui

Feng Man, dilution by 1:500. 3) Full fruit phase (2001.4.24): LeiLi, dilution by 1 :3000; Hui

Feng Man, dilution by 1:500. 4) 2001.5.16: LeiLi , dilution by 1 :3000; Hui Feng Man, dilution

by 1:500.

Effect Evaluation

（一） Growth Vigor Investigation 1. Color of leaves and fruits are different obviously from

each treatment. The #1 has deeper green than the others.

2. While harvesting, #1 is straighter and thicker than the others.

3. The first harvesting of #1, #2 and #3 are respectively on 2001.4.22, 2001.4.26 and on 2001.5.1

（二） Plot Yields Investigation Table (Kg) Blocks Treats

Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ Ⅵ

Average

block

Yield

yield

per

acre

Growth

rate

(%)

#1 227.2 252.5 247.0 249.4 238.0 250.5 244.1 29663 18.6

#2 207.0 234.5 219.2 230.0 241.8 228.3 226.8 27560 10.2

#3 217.0 198.5 229.5 188.0 196.0 205.8 205.8 25008 -----

（三） Conclusion: According to the investigation and statistics analysis, LeiLi Soluble Seaweed Extract Powder has obvious effects in terms of growth vigor and yield on cucumber.

（climate：typical temperate zone） Effects of Alga 600 on the tomato No：Alga600 – Tomato - 980124 Period：1998.1.24 – 1998.5.4




Case Title Effects of Alga600 on Tomato

User Agricultural Technology Promotion Station of Beijing

Site Trial Field of Agricultural Technology Promotion Station of Beijing

Product Name

Alga600(Soluble Seaweed Extract Powder)

Crop Name Tomato (Korea Xiu Guang)

Method

&

Dosage

1. Transplant at Jan. 24 and soil fertility of this field is medium. 2. 3 treatments, 6 sequential replication blocks, each plot ’s acreage is

37m2 Treatment 1: Alga600, dilution by 1:3000 Treatment 2: Mei Gao Shi Leaf Fertilizer, dilution by 1:600 Treatment 3: Pure water as control

3. Spray respectively at seedling stage (Feb.25), initial fruit stage (March.31), and full fruit stage (Apr.22).

Effect

Evaluation

1. yield Investigation Table (kg) :

Item Average block yield

Convert into yield per acre

Growth rate (%)

Significant difference for 0.05

Alga600 289.1 31616 20.86 A

Gaomeishi 265.9 29079 10.04 B

Control(CK) 239.2 26159 － C

Conclusion:

Fruits treated by Alga600 show obviously larger size and with 8 days maturity in advance. Yield increases obviously significant too.

Effects of Alga 600 on the lettuce

No：Alga600 – Lettuce -040429 Period：2004.2 – 2004.5 Case Title Effects of Alga600(Soluble seaweed extract powder) on Lettuce

User Soil and Fertilizer Workstation of Beijing Site Site 1: Yang Town, Shun Yi District, Beijing

Site 2: Xiao Tang Shan Town, Chang Ping District, Beijing Product Name

Alga600 Crop Name Lettuce




Method

& Dosage

1. 2 treatments, 4plots of random replication block. TreatmentⅠ: Conventional fertilization(Normal N/P/K program as usual), and foliar spray Alga600(1:3000) at Mar. 21, Mar. 30, April 6 and April 13; Treatment:Ⅱ Conventional fertilization(Normal N/P/K program as usual); and foliar spray pure water as control. 2. Basic Information of Trials

3. Basic property of trail soil

Site Areas of plot(m2)

Density (plant/ha)

Date of transplanting

Yang Town,Shun Yi District 20.0 71400 Feb.19 Xiao Tang Shan Town, Chang

Ping District 20.0 72300 Feb.24

Site Organic

matter(g/kg) Total

N(g/kg) alkali

-N(ppm) effective P(ppm)

effective K(ppm)

Yang Town,Shun Yi District 13.4 1.06 76.0 100.1 67.0 Xiao Tang Shan Town,

Chang Ping District 15.5 1.13 67.0 112.2 88.0

Effect Evaluation

1. investigation table of yield(site 1; 20 samples) Yield per plot treatment

Ⅰ Ⅱ Ⅲ Ⅳ

Average yield(kg/plot)

increment

1 70.2 77.4 71.1 72.5 72.80 6.08 Site1

2 69.5 71.9 67.9 65.2 68.63

1 84.3 78.6 81.9 79.4 81.05 11.07 Site2

2 72.4 76.1 72.9 70.5 72.98

2. Results by Stat. analysis

Site 均差标准差 F t0.05 t0.01 Yang Town,Shun Yi District 4.18 1.43 3 3.18 5.84

Xiao Tang Shan Town, Chang Ping District

8.08 1.98 3 3.18 3.18

Conclusion: Result show that, spraying Alga600 could significantly increase the lettuce yield. The lettuce yield in Xiao Tang Shan Town of Chang Ping District increased by 11.07% compared with water control, and the difference is significant at 5% level. The lettuce yield in Yang Town of Shun Yi District also increased by 6.08% compared with water control.

Effects of Alga 600 on the Goosebeery




No：0000--Alga600 –Chinese Goosebeery

Period：2000

Case Title Effects of Alga600 on Chinese goosebeery

User Soil and Fertilizer Institute of Shanxi Agriculture Science Academy

Site Trial Field of Soil and Fertilizer Institute of Shanxi Agriculture Science Academy

Product

Name

Alga600 (Soluble Seaweed Extract Powder)

Crop Name Chinese goosebeery

Method

&

Dosage

1. Two trail groups which contain 20 trees respectively, Treatment 1: Alga 600 and with normal fertilizer program Treatment 2: only normal fertilizer program as control

2. timing and dose for treatment group, leaf spraying ；Green tip

leaf spraying；Pre-bloom pink bud leaf spraying；Full blooming date leaf spraying；leaf spraying

Every application dosage is about 600-800g/ha.

Effect

Evaluation

1. analysis of nutrient content

item

Vitamin

C

mg/g

Folate

mcg/g

Potassium

mg/g

Calcium

mg/g

Copper

mg/g

Magnesium

mg/g

Fiber

%

Protein

%

treatment 0.98 0.38 3.32 0.26 0.002 0.30 3.40 0.98

control 0.89 0.34 2.98 0.24 0.0019 0.27 3.36 0.95

Growth

% 10 12 11 8 5 10 1.2

3.2

2. Taste , shape and shelf life Item Taste shape shelf life

treatment delicious chubby 50 days control ordinary thin 40 days

Conclusion: From above comparing, we draw a conclusion that Alga 600 can increase Chinese Goosebeery ’s quality in terms of nutrient content, taste, shape and shelf life. Therefore it will improve Chinese Goosebeery ’s market value and bring more benefits to farmers.

Effects of Alga 600 on the peach




No：030616- ALGA 600- Peach Period：2003.6.16-2003.9

Case Title Effects of ALGA 600 on Peach User Peach Cultivation Base of Jin Hai Hu Town, Ping Gu District, Beijing Site Jin Hai Hu Town, Ping Gu District, Beijing

Product Name ALGA 600（Soluble Seaweed Extract Powder）

Crop Name Peach(Ba Yue Chui)

Method

& Dosage

8. 2 treatments, 6 random replication blocks, each plot contains 10

trees: treatment #1：ALGA 600, dilution by 1:2000 treatment #2：Pure water as control

9. hree times spraying during vegetation: 2003.6.16, first time spraying 2003.6.27, second time spraying 2003.8.19, third time spraying

10. Normal N.P.K program are as usual.

Effect Evaluation

（四） Plot Yields Investigation Table (Kg) Block Treats

Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ Ⅵ

Average

block

Yield

Growth

rate

(%)

#1 1540 1534 1552 1546 1531 1555 1543 38.4

#2 1220 1216 1223 1236 1229 1232 1226

（五） Investigation Table of Fruits Rigidity and Soluble Solid Content

Treatment Rigidity Growth rate (%)

Soluble solid content (g)

Growth rate (%)

#1 16.13 7.9 13.09 4.4 #2 14.95 12.54

Conclusion:

According to the investigation and statistics analysis, LeiLi Soluble Seaweed Extract Powder has obvious effects on yield and quality increasing. （climate：typical temperate zone）





No：010423- Alga 600- Rice Period：2001.4.23---2001.10.15 Case Title Test Report of LeiLi Soluble Seaweed Extract Powder(Alga 600) on Rice

User Agricultural Technique Promotion Center of Yan Shou County Site Yan Shou County

Product Name

LeiLi Seaweed Extract Powder（Alga600） Crop Name Rice

Method

& Dosage

1. application on rice seedbed 1.5kg LeiLi Concentrated Seaweed Extract mix with 630 kg nursery soil, treatment plot is 100 m2

2. application on rice field 4 groups of treatments, the dosage of each plot （0.1 are）is 0.5kg, applied by broadcasting mixing with manure before farmland preparation. Treatment 1: untreated seedlings plus treated field Treatment 2: treated seedlings plus treated field Treatment 3: treated seedlings plus untreated field control: untreated seedlings plus untreated field.

Effect

Evaluation

Investigation Table of Seeding Growth Vigor Before Transplant (average value) Individual

Height

(cm)

stalk

diameter

(mm)

Spike

rate

Root

number

Fresh weight

per 100

individuals

Disease

condition

Treatment 1 15 21 50 15 21.4 None Treatment 2 16 24 60 16 22.3 None Treatment 3 14 21 40 14 21.1 None

Control 12 21 30 14 20.8 Blight Conclusion: Treated seedlings are vigorous with high spike rate and without diseases. Untreated seedlings are slim and fragile, less roots and with serious blight.

Table of Rice Yield Investigation Individual

Height

(cm)

Spike

number

per m2

Spike

length

(cm)2

Grain

number

per

spike

Setting

rate

(%)

Yield

per

m2

(kg)

Yield

per

acre

(kg)

Increase

rate (%)

Treatment 1 90 350 13 108 89 0.94 626.7 20

Treatment 2 90 350 14 110 90 0.96 640.0 33.3

Treatment 3 85 350 13 105 85 0.92 643.4 6.7

Control 85 350 12 103 80 0.91 606.7

Conclusion: 1. Treated individuals are higher and deep colored. 2. Treated individuals are vigorous with much developed roots system and more

tillers. 3. Treatment 2 has highest yield because of using LeiLi Seaweed Extract Powder

both in seedbed and in field. 4. Application effects of Alga 300 on different plants

item

treat

item

treat




Effects of Alga 300 on the rice No：Alga 300 on Rice-011015 Period：2001.10.15 Case Title Test Report of LeiLi Concentrated Seaweed Extract（35％）(Alga 300) on Rice

User Agricultural Technical Promotion Center of Yan Shou County Site Yan Shou County

Product Name

LeiLi Concentrated Seaweed Extract（35％）（Alga 300）

Crop Name Rice

Method

& Dosage

3. application on rice seedbed 1.5kg LeiLi Concentrated Seaweed Extract mix with 630 kg nursery soil, treatment plot is 100 m2

4. application on rice field 2 groups of treatments, the dosage of each plot （0.1 acre）is 0.5kg, applied by broadcasting mixing with manure before farmland preparation. Control : untreated seedlings plus untreated field . Treatment 1: treated seedlings plus treated field

Effect Evaluation

Table of Seeding Growth Vigor Before Transplant Investigation(average value) Individual

Height

(cm)

stalk

diameter

(mm)

Spike

rate

Root

number

Fresh weight

per 100

individuals

Disease

condition

Treatment 1 15 21 50 15 21.4 None Control 12 21 30 14 20.8 Blight

Conclusion: Treated seedlings are vigorous with high spike rate and without diseases. Untreated seedlings are slim and fragile, less roots and with serious blight.


Height

(cm)

Spike

number

per m2

Spike

length

(cm)2

Grain

number

per

spike

Setting

rate

(%)

Yield

per

m2

(kg)

Yield

per

acre

(kg)

Increase

rate (%)

Treatment 1 90 350 13 108 89 0.94 626.7 20

Control 85 350 12 103 80 0.91 606.7

Conclusion: 4. Treated individuals are higher and deep colored. 5. Treated individuals are vigorous with much developed roots system

and more tillers.

item

treat

Item

Treat




Effect Evaluation

Effects of Alga 300 on the Chines Privet No：LeiLi Seaweed Series-Chinese Privet-030320

Period：2003.3.20 – 2003.5.22

Case Title Effects of LeiLi Seaweed Series on Chinese Privet

User Beijing LeiLi Agrochemistry Co,.Ltd

Site Huai Rou Manufacturing Base of Beijing LeiLi

Product Name LeiLi 2000, Alga 300, Alga 600 Crop Name Chinese Privet

Method

&

Dosage

5 treatments

Treatment 1: LeiLi 2000, dilution by 1:1000; Treatment 2: Alga 300, dilution by

1:1000; Treatment 3: Alga 600, dilution by 1:3000; Treatment 4:Apollo Liquid,

dilution by 1:4000; Treatment 5: pure water as CK.

1. 2 plots of random replication block, each plot is 20 m 2.

2. Spray to cuttings in seedling bed; 3.20 first spraying; 4.17 second spraying.

control Alga 300




Effect

Evaluation

Investigation Table of Individual Height

After spraying Treatments Before

spraying

（cm）

first second

Average

growth

（cm）

Growth

rate (％)

LeiLi 2000 9.08 10.38 12.85 2.53 69.8

Alga 300 10.8 11.38 12.71 1.25 16.1

Alga 600 11.21 12.97 13.53 2.04 36.9

Apollo Liquid 9.46 10.45 11.82 1.67 12.1

CK 10.75 11.84 12.64 1.49

Conclusion: LeiLi 2000, Alga 300 and Alga 600 all have growth

promotion effect on Chinese Privet obviously, and LeiLi 2000 is most

significant.

1. Application effects of Xiao Kang Ye on the weeds

No：Xiaokangye -Weeds-950814 Period：1995.8.14-1995.9.23 Case Title

Test Report of Leili products on Weeds

User Site Plant Protection Institute CAAS

Product Name

Xiaokangye Crop Name Weeds




Method

& Dosage

The treatment are as below:

Date User Test

object Chemicals treated Time

LC50

(ppm) Poison

coefficent Ratio of

synergism

40%Azodrin+6%

Xiaokangye 24 438.245 536.50 5.365

Aug

1995

Plant

Protectio

n

Institute

CAAS

Cotton

bollworm 40%Azodrin 24 2351.18

3% Nicotine-plant

mixture 24 47170.9

Aug

1995

Chengdu

Plant

Inspection

Institute

Tetranych

us

cinnabarin

us

3% Nicotine-plant

mixture+3%

Xiaokangye

24 3154.32 663 5.68

9.Application effects of 2％ Chitosan Oligo Saccharin(Softguard )

on plant virus No：Safeguard-plant virus-980200

Period：1998.2 Case Title Test Report of 2％ Chitosan Oligo Saccharin(Softguard) on Plant Virus

User Plant and Environment Institute of Beijing Agriculture and Forestry Academy Site As Above

Host Crops Bearing Tobacco Spindle Leaf Product Name

2％ Chitosan Oligo Saccharin (Softguard) Virus Tobacco Mosaic Virus

Method

& Dosage

Excised half leaf method, one block has 4 treatment groups, 5 pieces per group, 3 replications. A: virus inoculation prior to fertilizer spraying 1. 500 dilution rate Safeguard +virus solution 2. 1000 dilution rate Safeguard +virus solution 3. only virus solution control 4. pure water control

B: fertilizer spraying prior to virus inoculation, group design is as same as A




Effect Evaluation

Table A

Treatment Necrosis (average) Decrease rate Anti-virus efficiency

500 dilution 24.4 -24.7% 50.3%

1000 dilution 27.8 -21.3% 43.4%

CKv 49.1 -- --

CKh 0 -- -- Table B

Treatment Necrosis (average) Decrease rate Anti-virus efficiency

500 dilution 51.7 -91.6% 64%

1000 dilution 54.0 -89.3% 62.3%

CKv 143.3 -- --

CKh 0 -- -- Conclusions: It ’s proved, by excised half leaf test, that Sofeguard has a certain effects of necrosis inhibition on Tobacco Mosaic Virus. The efficiency of fertilizer spraying prior to virus inoculation is better than what virus inoculation in advance. Hereinto the 500 dilution rate is the better choice.

10. Application effects of Humic Acid Fertilizer 10.1 Promoting the formation of good soil structure, stimulating beneficial microbial activity

1. Analysis results for nitro-humic acid’s effects on salt content of soil Soluble salt content , mg/100g

item soil collection

depth

total salt % CO3

2- HCO32- CL- SO4

2- Ca2+ Mg2+ K++Na+

treatment 2 years

0-20 0.11 0.050 0.98 0.04 0.44 0.21 0.65 0.65

control 0-20 0.14 0.071 1.24 0.08 0.50 0.12 0.46 1.32

(Biology, Soil and Desert Institute of Xing Jiang)




2. Complex humate ’s effects on physical feature of red soil in Jiang Xi

Coacervation , % item

Bulk

specific

gravity

(g/cm3)

Total

Porosity

Degree

Porosity

Degree

None

Capillary

Porosity

Degree

7-5

mm

5-2

mm

2-1

mm

1-0.5

mm

0.5-

0.25

mm

Total

up

None

Fertilizer 1.27 52.0 41.9 10.1 7.2 9.6 4.7 4.6 14.4 40.5

Balanced

Fertilizer 1.28 51.7 41.4 10.3 10.4 0.7 5.3 5.6 15.2 43.2

Treat

3

years

Complex

Humate 1.21 54.0 43.1 10.9 8.1 7.6 7.6 11.1 20.1 54.5

(Cultivation Institute of Jiang Xi Agriculture Science Academy)

3. humic acid ’s effects on soil microbial flora

soil microbial flora (unit/g dry soil)

Aerobic

Bacterium

(106)

Fiber

decomposition

bacterium

(104)

Ray

Fungus

(105)

Metasilicate

Bacterium

(102)

Nitration

Bacterium

(104)

Aerobic

Nitrogen-fixing

Bacterium

(102)

Anaerobic

Nitrogen-fixing

Bacterium

(104)

Control 5.51 1.59 1.80 1.43 1.16 6.50 1.71

humic

acid 10.30 7.94 2.38 2.69 1.81 3.26 1.69

(Microbial Institute of He Bei Province)

4. humic acid ’s effects on structure feature of salty rice soil item Water stable

coacervate

(>0.25mm %)

Bulk specific

gravity (g/cm3)

Porosity

%

Air content

%

Water

permeation

speed(ml/min)

Redox

potential

(mv)

Treat 3

years

68.3 1.3 51.9 16.0 1.3 +23

Control 17.1 1.4 48.9 13.2 0.8 -13

treatment

item

treat




(Biology, Soil and Desert Institute of Xing Jiang)

5. Nitro-humic acid ’s (NHA) effects on soil pH

NHA dosage on soil (soil weight %) 0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5

Montane soil

7.94 6.58 6.11 5.55 5.16 4.86 4.61 4.38 4.20 4.10

Rice soil 8.36 7.30 6.91 6.82 6.64 6.56 6.46 6.46 6.44 6.32

(Chinese Agriculture University)

10.2 Promoting germination and seedling development

1. Sodium humate effects on rice rooting during retardation phase

Treatment Concentrate Number of new

roots Length of new

roots(cm) Weight of dry

roots(g/individual)

Control 8.7 9.7 0.15 Root soaking 0.008% 14.7 12.5 0.50

Control 7.2 9.7 0.15 Root dipping 0.05% 9.0 12.0 0.50

(Beijing Agricultural University)

2. Humate ’s effects on cotton seedling emergence Seedling emergence rate at different stage Seed Soaking

Treatment 5.12 5.13 5.16 Total seedling emergence rate

Sodium humate 22 35 66 82.5 Ammonium humate 24 44 74 92.5 Potassium humate 27 54 80 100 Control (water) 15 28 48 60

(Agriculture University of San Xi Province)

10.3 Improving crop’s ability of stress-resistance

pH

soil




1. K-humic acid and Na-humic acid ’s effects on freezing resistance of wheat through foliar spraying

Treatment Average frozen number Per line by 1 meter width Relative percentage

Control 25.3 100

Na-humic 19.2 76.8

K-humic 18.8 75.2

(North-East Agricultural University)

2. Nitro-humic acid ’s effects on disease rate of capsicum

Treatment Investigation number Disease number Disease rate

Control 44 24 54.6

Ordinary fertilizer 44 14 31.8

Nitro-humic acid 44 8.7 19.8

(Soil and Fertilizer Institute of Sichuan Agriculture Science Academy)

3. humic acid ’s effects on moisture percentage and water potential of wheat leaf under drought condition

Treatment moisture percentage, % water potential, pa Normal irrigation condition 79.78 -8.38

Control 64.95 -14.75 Drought condition Humic acid 70.55 -11.45

(Biological Institute of He Nan Province Science Academy)

10.4 Increasing efficiency of N.P.K fertilizer

1. Nitro-humic acid ’s effects on increasing efficiency of urea to cole

Treatment Yield (g/pan) Increase rate

nitro-humic acid + urea 16.10 275.2

urea 11.73 200.5

nitro-humic acid 6.15 105.1

control 5.85 100

(Soil and Fertilizer Institute of Shanxi Agriculture Science Academy)




2. Effect of mixed application of nitro-humic acid and phosphate fertilizer on soybean yield.

Increase rate Treatment Yield (kg/ha)

kg/ha % Control(none fertilizer) 1842 --- ---

Calcium phosphate 2442 600 32.5 Nitro-humic acid 2107.5 265.5 14.4

Calcium phosphate + Nitro-humic acid

2886 1044 56.6

(Agriculture University of Shen Yang City)

10.5 Enhancing taking up capability of nutrition

1. K taking up of cole

Treatment K percentage in individual plant

Weight of dry matter in individual plant above ground

K taking up amount in individual plant

N P K 3.442% 4.07 g/individual 0.14 g/individual N P K+humic acid 3.645% 6.59 g/individual 0.24 g/individual

(Cultivation Institute of Jiang Xi Agriculture Science Academy)

11.6 Improving crop quality

1. K-humic acid and Na-humic acid ’s effects on some vegetables’ quality potato tomato cucumber

treatment Amylum

%

Growth

% VC

Growth

%

Sugar

％

Growth

%

VC

Growth

%

Sugar

％

Growth

%

VC

Growth

%

Control 16.9 － 11.4 － 4.83 － 25.24 － 1.75 － 7.03 －

Na-humic 18.6 10.0 17.65 54.8 5.25 10.90 26.27 10.4 2.25 26.6 7.58 7.9

K-humic 2.21 28.3 7.33 4.33

(North-East Agricultural University)

2. Humic acid ’s effects on yield and sugar content of beet

Yield of root tuber Sugar content percentage Sugar yield

treatment kg/china acre

％％ Fertilizer specific growth degree

Kg/china acre

％

N. P. K 1554.4 100 14.2 0 220.7 100

Humic acid 1115.2 71.7 16.2 +2 180.7 81.9




N.P.K+Humic 1632.1 105 15.6 +1.4 254.6 115.4

(Beet Institute of China Agriculture Science Academy) 12. Application of Seaweed Compound Granular on the bean No：Seaweed Compound Granular (10-10-10) –Bean - 030507

Period：2003.5.7 – 2003.9 Case Title Effects of Seaweed Compound Granular (10-10-10) on Bean

User Zhao Guang Farm of Hei Long Jiang Province Site Trail Field of Zhao Guang Farm

Product Name

Seaweed Compound Granular (10-10-10)

Crop Name Bean(Tong Jiang 97-148)

Method

&

Dosage

3. 4 treatments Treat 1: No base fertilizer, once respectively at spherical plant stage and head

formation stage with urea 7.5 kg/acre. Treat 2: Apply 100 kg/acre manure as base fertilizer, top dress as Treatment 2. Treat 3: Apply 50 kg/acre Seaweed Compound Granular (10-10-10) as base

fertilizer, top dressing as Treatment 2. Treat 4: Nothing as contro(CK)l. 4. 3 plots of random replication block, each plot is 19.5 m2.




Effect

Evaluation

1. Vigor investigation (July.21) Item Individual

height（cm） Fresh weight g/5 individual

Dry weight g/5 individual

Floor amount of flower

Ⅰ 51 138 34 8

Ⅱ 55 141 34.7 9

Ⅲ 57 160 39.0 9

CK 50 109 26.8 7

2. Plant inquisition table:

Item Individual

height

(cm)

Legumen

amount

per

individual

3-seed

legumen

amount

4-seed

legumen

amount

Seed

amount

per

individual

Weight

of 100-

seed(g)

Yield

per

are

(kg)

Growth

rate

Ⅰ 91 33 12 7 86 21.5 27.5 24.8

Ⅱ 90 34 14 8 94 22.0 31.4 42.7

Ⅲ 93 40 15 8 111 22.0 33.5 52.0

CK 85 29 10 7 78 20.5 22.0

Conclusion: Seaweed Compound Granular (10-10-10) can obviously increase bean character in terms of legumen amount of 3(4)-seed, individual seed amount and seed weight; and increases bean yield significantly.




13 Application effects of Organic Compound Granular Fertilizer on 13.1 Effects of Organic Compound Granular Fertilizer on the peach

No：030300- Organic Compound Granular Fertilizer- Peach

Period：2003.3 --- 2003.9

Case Title Effects of LeiLi Organic Compound Granular Fertilizer on Peach

User Peach Cultivation Base of Jin Hai Hu Town, Ping Gu District, Beijing

Site Jin Hai Hu Town, Ping Gu District, Beijing

Product Name LeiLi Organic Compound Granular Fertilizer(8-8-8+10+3)

Crop Name Peach(Ba Yue Cui)

Treat 3 CK Treat 3 Treat 1

Treat 2 Treat 3 Treat 2 Treat 3

CK

Treat 1




Method

& Dosage

1. application time is in early spring, field fertility is moderate. 2. 3 blocks of random replication, each block contains 2 treatment plots, each

plot contains 10 individuals. 3. treatment #1 ：1.5 kg of LeiLi Organic Compound Granular Fertilizer per

individual with digging a ditch around the tree. treatment #2：pure chemical fertilizer with equal quantity of N, P and K to LeiLi (8-8-8+10+3) as control with the same method.

Effect Evaluation

2. Investigation Table of Yield and Economical Benifits Treatment Average

plot Yield(kg)

Growth rate (%)

Price/kg (yuan)

Growth rate (%)

Total sum

(yuan)

Growth rate (%)

#1 1543 25.86 2.2 10 3394.6 38.4 #2 1226 2.0 2452

3. Investigation Table of Fruits Rigidity and Soluble Solid Content

Treatment Rigidity Growth rate (%)

Soluble solid content (g)

Growth rate (%)

#1 16.13 7.9 13.09 4.4 #2 14.95 12.54

Conclusion: According to the investigation and statistics analysis, LeiLi Organic Compound Granular Fertilizer (8-8-8+10+3) has obvious effects in terms of fruits quality and yield on peach compared with pure chemical fertilizer.

13.2 Effects of Organic Compound Granular Fertilizer on the rice

No：Leili2000 and granular fertilizer -Rice-020415 Period：2002.4.15-2002.10.15 Case Title Test Report of Leili products on Rice

User Agricultural Technical Promotion Center of Yan Shou County Site Yan Shou County

Product Name

LeiLi2000 and Organic Compound granular fertilizer (8-8-9)

Crop Name Rice




Method

& Dosage

1. Application Leili2000 on rice seedbed 1.5L Leili2000 mix with 630 kg nursery soil, treatment plot is 100 m2. Application granular fertilizer on rice field 4 groups of treatments, the dosage of each plot （0.1acre）is 60kg granular fertilizer, applied by broadcasting before farmland preparation. Treatment 1: untreated seedlings plus treated field Treatment 2: treated seedlings plus treated field Treatment 3: treated seedlings plus untreated field control: untreated seedlings plus untreated field.

Effect Evaluation

Table of Seeding Growth Vigor Before Transplant Investigation (average value)

Individual Height (cm)

stalk diameter

(mm)

Spike rate

Root numb

er

Fresh weight per 100

individuals

Disease condition

Treatment 1 15 21 50 15 21.4 None Treatment 2 16 24 60 16 22.3 None Treatment 3 14 21 40 14 21.1 None

Control 12 21 30 14 20.8 Blight Conclusion: Treated seedlings are vigorous with high spike rate and without

diseases. Untreated seedlings are slim and fragile, less roots and with serious blight.


Height (cm)

Spike number per m2

Spike length (cm)2

Grain number

per spike

Setting rate (%)

Yield per m2

(kg)

Yield per acre

(kg)

Increase rate (%)

Treatment 1 90 350 13 108 89 0.94 626.7 20 Treatment 2 90 350 14 110 90 0.96 640.0 33.3 Treatment 3 85 350 13 105 85 0.92 643.4 6.7

Control 85 350 12 103 80 0.91 606.7 Conclusion: 6. Treated individuals are higher and deep colored. 7. Treated individuals are more tillers. Treatment 2 has highest yield because of using LeiLi2000 in seedbed and granular fertilizer 8-8-9 in field.

Item

Treatment

Item

Treatment




14 Application effects of Seaweed Compound Granular (7-2-6) on the lettuce No：Seaweed Compound Granular (7-2-6) – Lettuce - 020418

Period：2002.4.18-2002.6.4

Case Title Effects of Seaweed Compound Granular (7-2-6) on Lettuce

User Soil and Fertilizer Workstation of Beijing

Site Nan Shao Vegetable Base of Chang Ping District，Beijing

Product Name Seaweed Compound Granular

(7-2-6)

Crop Name Lettuce (Emperor)

Method

&

Dosage

5. 4 treatments Treatment 1: Nothing as control. Treatment 2: Apply 100 kg/are manure as base fertilizer, top dress once respectively at spherical plant stage and head formation stage with urea 0.75 kg/are. Treatment 3: No base fertilizer, top dressing as Treatment 2. Treatment 4: Apply 70 kg/are Seaweed Compound Granular (7-2-6) as base fertilizer, top dressing as Treatment 2. 6. 3 plots of random replication block, each plot is 20 m 2.




Effect

Evaluation

1. Investigation Table of Fertility of Trial Field

2. Yield Investigation Table (Kg)

treatment

average yield per are

Growth rate (%) Significant

difference for 0.05

1 160.3 --- c

2 201.39 25.7 b

3 191.9 19.7 b

4 244.4 52.5 a

Conclusion：Seaweed Compound Granular (7-2-6) has obvious effects on yield increasing of lettuce and has higher efficiency than other general oganic fertilizers.

Organic Matter (%)

Total Nitrogen (%)

Fast Acting Phosphate (ppm)

Fast Acting Potassium (ppm)

1.75 0.0965 40.0 102.5

From：http://www.leili.com/en/index.asp


http://www.leili.com/en/index.asp

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