ORGAMIN, ORGAMIN-DA, ECOLOGYC are registered, repacked and distributed in the market of Brazil, Japan, Argentina,
Bolivia,Taiwan, Malaysia, Vietnam, Thailand, Philippines and Korea. Our goal is to contribute to safe, productive
and profitable agriculture, with these products.
ORGAMIN series
products are
fertilizersto be applied
to the crops mainly by
foliar spray.
The left side chartshows various
amino-acids
contained in the series
products which provide
strong support for thehealthy growth of crops
and help to enhancetheir resistance fromextreame temperature
too high or too low
humidity,drought,
unbalanced nutrients,
disease attacks etc.
So many kinds ofamino-acids containedin ORGAMIN series
products work as raw
material of plant
enzymes .
-1-

【TECHNICAL GUIDE & TOPICS】

Improvement of Quality and Increase of Yield of Crops With

ORGAMIN, ORGAMIN DA, ECOLOGYC

Development of roots, size, color and brix-up, long lasting ag. products with amino-acids and bacteria by-products.

Organic Liquid Foliar Fertilizer, Base Extracted from
Fermentation, Rich in Natural Form Amino-acids

ORGAMIN
SeriesNews from India, Ctton in Indu 2014, ORGAMIN DA seems to have increased
yield by 40-50% splaying ORGAMIN DA just 4 times. It also reduced
population of red leaf-mite. (see at page 3２)

Year through spray to apple in Aomori proved to produce good size and high colored apple.
ORGAMIN helps quick return of capital invested.
Manufactured by: Tropical Técnica Agrícola Ltda.
Distributed by:

São Paulo-SP, BRAZIL
Pulsar International Corporation
Shiroyamate, 1-31-1, Hachioji, Tokyo, Japan
Phone:+81-42-666-1662, Fax:+81-42-662-5557, Email:info@pulsar.co.jp
URL: www.orgamin.com/

Edited and printed by Pulsar International Corporation, 2014/10/15-2-

The Root Systems, Most Important Part Of The Plants,
Effect Of ORGAMIN Appears On Roots - 1

This sugarcane was treated with ORGAMIN to cut
stems for plantation: Diluted with same volume ofwater, poured on.

Treatment of corn with ORGAMIN. Interior of
Sao Paulo, Brazil

Beans are one of essential food elements in Brazilian
daily life. In the back of 2 men, you see the beans field
treated with ORGAMIN(left) and non-treated.

Tsetse is a important material for pickles in
Chinese dish. The part of enlarged stem is as
pickles. The plant with a bottle was treated

ORGAMIN was dropprd-in to the irrigation water,
Niigata, Japan. Way of treatment is not common
in Japan but, it is a promissing ease withORGAMIN.
-1-

The Root Systems, Most Important Part Of The Plants,
Effect Of ORGAMIN Appears On Roots - 2

Cutting of stem is commonly used agricultural practice
to make seedling of various tree crops. ORGAMIN was
sprayed over cut stems on the seedling bed.

3 welsh onion seedlings, at left side are ORGAMIN DAtreated ones. 3 at left are non-treated.(China)

3 left seedlings of rice are ORGAMIN-treated. Theirroot s are not only strong but very much ramificated.

50 Kg of soybean seeds were dressed with 0.5 Liter of
ORGAMIN. It boosted initial growth of young plants, left.

Wax apple is a popular fruits among Asian countries. Their seedlings are taken from trees byusing "Layering" Above photos were taken 7 days after treatment. Photo at left is fromORGAMIN DA-treated tree. Right photo is from non treated control tree.

-2-The Root Systems, Most Important Part Of The Plants,
Effect Of ORGAMIN Appears On Roots - 3

Owner of Fazenda Ribeiro vermelho, Parana, Brazil show
developed root of his wheat, treated with ORGAMIN 7L
per Ha x 3 times. 25 % yield increase was recoprded.

8.33L/Ha x 3 times applications of ORGAMIN resulted asshown at Left, 2.5 Kg/plant against 1.9 Kg of non-treated.

6.25L/Ha x 3 applications resulted as shown at Left.

Above two photos show young plants of onion, treated withORGAMIN DA. Left plants of both pictures are treated andgood root development was observed.(Philippines, 2010)

Cotton treated with ORGAMIN, 5.0L/Ha x 2 applications.
Left plant was treated and non-treated at Right side.
-3-

The result of ORGAMIN treatment clearly appear at
the root system. Left side roots are of the treated plants.

The Root Systems, Most Important Part Of The Plants,
Effect Of ORGAMIN Appears On Roots - 4

A Malaysian rice grower keeps ORGAMIN-treated rice at his left hand(right side of thepicture). The grower keeps non-treated control rice at his right hand. Only two applicationsof ORGAMIN resulted this extraordinal effect. (Keda State, July, 2012)

East African rice grower keeps ORGAMIN-treated rice at his left hand. (1990s)-4-The Root Systems, Most Important Part Of The Plants,
Effect Of ORGAMIN Appears On Roots - 5

Seed coating techniques with ORGAMIN DA are news from Philippines. It securehigher germination ratio and early germination of seeds. In the picture above,
three young corn at right side are seed-treated with ORGAMIN DA, at the ratio
about 1 liter of undiluted ORGAMIN DA mixed to 10 Kg of corn seed.

The corn grower of central Luzon takes ORGAMIN DA-seed-coated corn in his
right hand. The corn plant in his left hand is corn plant of non-treated control
plot.

-5-

What Appear On The Upper - Ground Part Of The Crops,
Physiologically Activated With ORGAMIN - 1

Irish potato at left resisted leaf-roller virus symptoms.
ORGAMIN is not a fungicide or hormon. But physiologically strong plants resist certain diseases including virus.

The traditional way of flower inducement of mango has been to spray potassium to mango trees, twice with interval
7 days but, ORGAMIN DA mixed to one potassium spray induced flower and, growth of young fruits was much better
than two sprays of potassium. The right photo show the size of young fruits, 20 days after spray of ORGAMIN DA
plus potassium. The number of young fruits for a flower cluster is normally 2 or 3 but this case, 5 to 6.
(Pangasinan, Philippines, September, 2010)

In southern Brazil, lot of honey bees gathered on the rest
In Japan and Taiwan, much volume of ORGAMIN
of watermelon farm workers have eaten inside of watermelon. is used in garlic. At right, you can see well grown
So high in Brix, when you eat this watermelon, your hand
ORGAMIN-treated garlic.
and around mouth become sticky. For bee, it is attractive.
-6-

What Appear On The Upper - Ground Part Of The Physiologically
Activated Crops With ORGAMIN - 2

In the left basket, the fruits of Loquat treatedwith ORGAMIN are filled. They are extraordinallylarger size than the fruits in the right basket which
are from non-treated plot.
The unit price that the grower of this fruits could
be much more than he used to get.
-7-

A kind of food crop was treated withORGAMIN. Left side plot was not treated
and right side was Treated plot withORGAMIN. The plants of non-treated plot
dying earlier than ORGAMIN-treated plnts.

News from Philippines, pineapple, Drian and Sugar-cane, 2010
Mindanao,
Pineapple treatedw
ith ORGAMIN DA.
At left in photo,
ORGAMIN-treatedpineaple, 3 times
at 1000 times
dilution in water,
after transplant.
Right side is nontreated plant.

Above durian tree has not have flower for longtime, but, soon after ORGAMIN DA was sprayed, it
started have flower and fruiting. Due to corrected nutrientbalance, the durian tree could carry plenty of fruits. (G.S.,
Mindanao)

Right side photo shows start of young roots system
at nod of sugar-cane dipped in a 1000 times diluted ORGAMIN DA for
12 hours. Only for 24 hours, it stimulated to grow roots. Central Luzon)-8-

People in the farms and ORGAMIN series Products-9-People in the farms and ORGAMIN Series Products-Flowers

Advantages of using ORGAMIN series
products in the flower culture are:★ Long lasting durable cut flower.
★ The plants resist abnormal highand low temperatures.

★ The plants resist some diseases

like powdery mildew and rust.

★

The plants resist some pests likeleaf mites and thrips.

★ Extends commercial production

period.

★

- 10 -

Vigorous growth and earlier mat
uration.

People in the farms and ORGAMIN Series Products-Mango
Pangasinan, Philippines, 2010

Who surprised most about the result of ORGAMIN The mango tree, treated with ORGAMIN DA
DA spray was owner of the farm for it's flower
has demonstrated it's original power thatinducing power of ORGAMIN DA in Philippines.
can support so many fruits when the nutriThe tree at back side is non-treated but sufferedents balance and good physiology are welleffect of drift of mist.
maintained.

This flower cluster with many young fruits is a result of
only one single spray of ORGAMIN DA at 1000 times
diluted in water.

For this grower in Pangasinan, Philippine, the result ofusing ORGAMIN DA was, no doubt, EXCELLENT.

- 11 -

People in the farms and ORGAMIN Series Products
Papaya and Oil Palm

This papaya farm in Mindanao, Philippines supplies theirfruits to one of multinational fruits exporting companies.
Already the farm has confirmed that brix level of their p
apaya fruits has increased by spray of ORGAMIN DA.

Oil palm in the boom. The planted acreage of oil palm in Malaysia is estimated to be 4.8 MM ha.
and, 10 MM ha in Indonesia. The oil squeezed from palm fruits is used for multi purposes as
food, detergents, cosmetics and environmentally soft bio-diesel energy. World wide consumption
seems to go steeply up with no limitation.
By a short field test run in Mindanao, Philippines, it is reported that ORGAMIN DA could shorten
the cycle of harvest from every 15 days to every 13 days. Oil content also have increased. A
young palm tree of low height, as shown at right photo, is easy to be treated by ORGAMIN
solution. Monthly spray to the tree with 1000 times diluted solution of ORGAMIN DA is tentatively
recommended.
- 12 -

Part II Summary of The Field Test Reports

Since over 30 years ago, the ORGAMIN series products have been tested in the field.
This summary includes reports from official organizations and private companies and farmers.
In the test report number, some includes abbreviation of "OF" means an official test run by thegovernment organization, university or certified commercial laboratory. And the abbreviation "PR"means that the information came from some private organization as a pesticide or fertilizer company
and or private person.
In the many cases, from the original reports written in the original area units like "Acre = 4,046.9 ㎡ "of USA, "Alquere = 24,000 ㎡" of Brazil, "10 a = Tan = 1,000 ㎡" of Japan and "Mu = 666 ㎡" ofChina, area units are mostly calculated into "Hectare = 10,000 ㎡"
In order to simplify and to be easy to understand, all of the reports are summarized from originalreports. The majority of the reports were written in the original languages of the reporters countries
like Portuguese, Japanese and Chinese. Those languages were translated into English.
Most of original reports are kept under Tropical Tecnica Agricola Ltd. and Pulsar International
Corporation.

-1-

Index of Test Reports on ORGAMIN, ORGAMIN D-A and ECOLOGYC
and Topics on Special Economical Performance of ORGAMIN series
In this Section, the field test results are reported. Most of the number of reports is of ORGAMIN because thehistory of use of ORGAMIN is the old. But, the performances of ORGAMIN D-A and ECOLOGYC could beconsidered as basically same to ORGAMIN however, the organic parts of those products are richer than standard
ORGAMIN. So, the dose-efficacy relations is much advantageous to D-A and ECOLOGYC. Reports are from many
countries of the world. The reports include on variety of the crops as Allium, Asparagus, Banana, Cabbage,
Cassava, Chinese cabbage, Coffee, Corn, Cotton, Dragon fruits, Grapes, Irish potato, Lettuce, Longan, Peach,Pear, Peanuts, Prune, Rice, Soybean, Strawbweey, Sugar-beat, Sugar-cane, Sweet corn, Tomato, Tangerine,
Turf, Vegetables and Wheat.
Crops
AlliumApple
Asparagus
Broad bean
BananaBell Pepper
CabbageCassava
Chili pepper
CoffeeCorn

CottonDragon fruits
GarlicGrapesIrish potato

Title/Country
Test result of AMIGROW(=ORGAMIN) in Allium/Japan
Testresultof CANOPY(=ORGAMIN DA) on Apple/Japan
Experimental Result of ORGAMIN DA on Asparagus/Philippines
Evaluation of ORGAMIN DA on Broad Bean(Vicia fava)/Japan
Evaluation on Efficacy of ORGAMIN DA on The Yield and Quality of
Banana, Cavendish/Philippines
Field Tests of Efficacies of ORGAMIN DA and ECOLOGYC on Bell
Pepper/Brazil
Experimental Results of ORGAMIN on Cabbage/Vietnam
Experimental Results of ORGAMIN on Cabbage/Vietnam
Test result of AMIGROW(=ORGAMIN) on Chinese cabbage/Japan
Test result of AMIGROW(=ORGAMIN) on Chinese cabbage/Japan
Test result of ORGAMIN on Chinese cabbage/China
Field Test of ORGAMIN on Cassava/Brazil
Evaluation of ORGAMIN DA Chili Pepper/Korea
Test result of foliar application of ORGAMIN on Coffee/Brazil
Test result of foliar application of ORGAMIN on Coffee/Brazil
Test result of foliar application of ORGAMIN on Coffee/Brazil
Experimental Results of ORGAMIN on Coffee/Vietnam
Progress Report on Trial for ORGAMIN on Coffee/Vietnam
Progress Report on Trial for ORGAMIN on Coffee/Vietnam
Progress Report on Trial for ORGAMIN on Coffee/Vietnam
Experimental results of ORGAMIN on Coffee/Vietnam
Experimental results of ORGAMIN on Coffee/Vietnam
Experimental results of ORGAMIN on Coffee/Vietnam
Experimental results of ORGAMIN on Coffee/Vietnam
Test result of foliar application of ORGAMIN on Corn/Brazil
Test result of AMIGROW(=ORGAMIN) on Corn, sweet/Japan
Test result of foliar application of AMIGROW(=ORGAMIN) in
Corn,sweet /Japan
Test result of foliar application of ORGAMIN on Cotton/Brazil
Test result of foliar application of ORGAMIN on Cotton/Brazil
Test result of foliar application of ORGAMIN on Cotton/Brazil
Field tests of application of ORGAMIN on Cotton in Brazil
1987-1988l
Evaluation of ECOLOGYC on Cotton/USA
Grower's Practical Field Use Report: Cotton/China
Evaluation of ORGAMIN D-A and ECOLOGYC on Cotton/USA-'98
Interin Report of ORGAMIN D-A on Cotton from India
Experimental Results of ORGAMIN on Dragon Fruits/Vietnam
Report of Practical Use of ORGAMIN on Garlic/Taiwan
Report of Practical Use of ORGAMIN on Garlic/Taiwan
Report of Practical Use of ORGAMIN on Garlic/Taiwan
Evaluation of ORGAMIN DA on Grapes/USA
Experimental Results of ORGAMIN on Grape/Vietnam
Test result of foliar application of AMIGROW(=ORGAMIN) on Irish-2-

Report Number
JPNPR0008
JPNPR0020
PHLOF2001
JPNPR02001
PHILOF3001
BROF0011
VIOF015
VIOF016JPNPR0010
JPNPR0004
CHOF2001
BRPR0011
KOOF02002
BRPR0002
BRPR0003
BRPR0004
VIOF014
VIOF020-1
VIOF020-2
VIOF020-3
VIOF020-1Fn1
VIOF020-1Fn2
VIOF020-2Fn
VIOF020-3Fn
BROF0001
JPNPR0001
JPNPR0006
BROF0004
BROF0005
BRPR0001
BRPR0015
USOF0020
CHFPR111
USOF0022
pp 32
VIOF011TWNPR005
TWNPR003
TWNPR004
USOF0018
VIOF013JPNPR0005

Kidney Bean
Lettuce
Longan
Mango
Peach
Pear
Peanuts

PrunesRice

Soybean

Straw berry
Sugarbeet

Sugar-caneTangerine
Tea

TomatoTurf
Vegetables

Potato/Japan
Report of Practical Use of ORGAMIN on Irish Potato/Taiwan
TWNPR001
Report of Practical Use of ORGAMIN on Irish Potato/Taiwan
TWNPR002*Field Test of Efficacy of ORGAMIN DA and ECOLOGYC on Kidney
BROF0010
Bean/Brazil
Test result of foliar application of AMIGROW(=ORGAMIN) on
JPNPR0002
Lettuce/Japan
Experimental Results of ORGAMIN on Longan/Vietnam
VIOF010
Field Test of Efficacies of ORGAMIN DA and ECOLOGYC on Mango/
BROF0007
BrazilGreen house test of AMIGROW(=ORGAMIN) on Peach/JapanJPNPR0012
Reports of Practical Uses of ORGAMIN DA on Peach/JapanJPNPR0014
Reports of Practical Uses of ORGAMIN DA on Peach/JapanJPNPR0015*Field test of ORGAMIN D-A on Japanese Pear(Green variety)/JapanJPNPR0013
Field test of application of ORGAMIN on Peanuts/Brazil
BRPR0012
Test result of foliar application of ORGAMIN on Peanuts/Brazil
BROF0002
Test result of foliar application of ORGAMIN on Peanuts seeded in dry
BROF0003
season/Brazil
Evaluation of ORGAMIN DA on Prunes/USA-'98
USOF0023
Test result of foliar application of ORGAMIN on Rice/Brazil
BROF0006
Efficacy of ORGAMIN on grain yield of Rice (84/85)/Brazil
BROF0008
Efficacy of ORGAMIN on grain yield of Rice (85/86)/Brazil
BROF0009
Test result of AMIGROW(=ORGAMIN) with Rice in field/JapanJPNPR0007
Trial Results of ORGAMIN on Rice Plant(Transplanted)/Vietnam
VIOF002
Trial Results of ORGAMIN on Rice Plant(Direct sawn)/Vietnam
VIOF003
Experimental Results of ORGAMIN on Rice Plant(Direct sawn)/Vietnam
VIOF005
Experimental Results of ORGAMIN on Rice Plant(Direct sawn)/Vietnam
VIOF006
Experimental Results of ORGAMIN on Rice Plant(Direct sawn)/Vietnam
VIOF007
Experimental Results of ORGAMIN on Rice Plant(Direct sawn)/Vietnam
VIOF008
The Test Result of ORGAMIN on Rice Nursary Bed/Taiwan
TWNPR007
The Test Result of ORGAMIN on Rice Nursary Bed/Taiwan
TWNPR008*CANOPY(=ORGAMIN DA) on Rice, Sprayed by Radio-Controlled
JPNOF02007H
Helicopter/Japan
Field tests of application of ORGAMIN on Soybean in Brazil
BRPR0013
86/88(7 works)/Brazil
Result of demonstration application of ORGAMIN on Soybean/Brazil
BRPR0005
Evaluation of ORGAMIN on Soybean/USA
USOF0008
Report of Practical Use of ECOLOGYC on Soybean/Brazil
BRPR0018
Evaluation of ORGAMIN DA on Soybean/JapanJPNPR02007*ORGAMIN Economy on Soybean Plantation Soybean/JapanJPNPR02008*Green house test of AMIGROW(=ORGAMIN) with Strawbwerry/JapanJPNPR0011
Evaluation of ORGAMIN on Sugarbeet/USA
USOF0006
Evaluation of ORGAMIN on Sugarbeet/USA
USOF0007
Evaluation of ECOLOGYC on Sugarbeet/JapanJPNPR0017
Evaluation of ECOLOGYC on Sugarbeet/JapanJPNPR0018
Evaluation of ORGAMIN on Sugar-cane/Brazil
BRPR0017
Evaluation of ORGAMIN D-Aon Sugarcane/Cuba
CUOF001
Report of Practical Use of ORGAMIN DA on Tangerine Orange/Jpn
JPNPR0016
Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02002
Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02003
Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02004
Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02005
Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02006
Evaluation of ORGAMIN D-A on Tomato/USA
USOF0019
Result of demonstrative test of ORGAMIN on Tomato/Brazil
BRPR0007
Result of demonstrative test of ORGAMIN on Tomato/Brazil
BRPR0008
Experimental Results of ORGAMIN on Tomato/Vietnam
VIOF017
Report of Practical Use of ORGAMIN on Tomato/Taiwan
TWNPR006
Energyc(=ORGAMIN) Field Trial on The Turf of Golf Course Turf/Japan JPNPR501
Test Result of AMIGROW(=ORGAMIN) on Vegetable/PakchoiJapanJPNPR0003-3-

Water Melon
Wheat

Test result of foliar application of AMIGROW(=ORGAMIN)
on Nozawana/Japan*Field Test of Efficaies of ORGAMIN DA and ECOLOGYC on Water
Melon/Brazil
Result of demonstration application of ORGAMIN in Wheat/Brazil
Field tests of application of ORGAMIN on Wheat in Brazil'87/Brazil(22 works)-4-

JPNPR0009
BRPR0021
BRPR0006
BRPR0010

Test Result of AMIGROW(=ORGAMIN) on Allium /JapanJPNPR0008

1. Reporter: Iwao Honda, Japan Carlit Co., Ltd.
2. Period of the test: March '86 to March '87
3. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) in commercial
cultivation of Allium tuberosum in green house.
4. Location: Farm of Mr. M. Tsumaru, Shibukawa, Gunnma
5. Crop/Variety: Allium tuberosum, Date of seeding: March '86 and transplanted in July '86
6. ORGAMIN applications:10 times of applications, diluted in water by 400 times(=0.25 %) at solution volumeof 20 L/200 ㎡ (=1000 L/ha) on Dec. 12, Dec. 29, '86, Jan. 9, Jan. 19, Jan. 30, Feb. 9, Feb. 22,
March 4, March 15 and March 25 '87.
7. Treatments and plot design: 1. ORGAMIN plot: 200 ㎡, 1 replication
2. Control plot: 200 ㎡, 1 replication
8. Result:
Tri Treatment
No Name1

1stJan. 4
No. packs/Cla
95
AL*

2nd
Jan. 30
No. packs/Class
72
AL*

Yield
3rd
Feb. 22No. packs/Cla
70
AL

4th
March 10
No. packs/Cla
51
AL

5th
March 31
No. packs/Class
39
AL

ORGAMIN
0.25 %x10 times
2 Control
94 -- AL*
71
AL*
66
BL
47
BL
34
BM
Obs.: * 1) The crop classified as same at ORGAMIN-treated and control in the 1st and 2nd harvest however,thickness and width of ORGAMIN-treated crop was much better than that of control plot.
2) The ORGAMIN-treated plants turned it's leaves' color to brighter than non treated, after 2 days ofapplication.
3) At the 3rd through 5th harvest, classification of the crop was superior in the ORGAMIN-treated plot thancontrol plot. Between AL and BL, price difference is 15 % and between AL and BM, 27.8 %. Together
with the differences of harvested volume, ORGAMIN-treated plot of 200 ㎡ gave the farmer additional
gain of ¥ 80,000.--5-Experimental Results of CANOPY(=ORGAMIN DA) on Apple/JapanJPNPR0020

1. Reporter: Sankei Chemical Co., Ltd.
2. Cooperator: Unno Fermaceutical Co., Ltd., Nagano
3. Period of the test:2000/09/20(1st application) to 2000/12/11(Evaluation)
4. Purpose: Evaluation of the efficacies of ORGAMIN DA on quality of Apple at farm land
5. Location: Akanuma, Nagano, Nagano
6. Crop and Variety: Apple, Fuji without paper back cover
7. Treatments:
Treatment 1:Untreated control of Fuji apple plantation, about 1,000 ㎡
Treatment 2:Sprays at dose of 0.1 %: 1st: September 20, mixed to Daipower(surface activator) at 1,000 times(Consumption of water:5,000 L/Ha)
dilution
2nd:September 30
3rd:October 10, mixed to Orthocide
8. Formula of fertilizer:
9. Plot design:ORGAMIN DA 0.1 % plot 1,000 ㎡ and untreated control 1,000 ㎡, each treatment 1 replication
10. Results:
Fruits Weight
Quality of Fruits
No. of Persons
Treatment
No. of Fruits Av. Weight No. of Fruits Brix by part checked(Ref. fig.) Judged thatweighed
(g)
Rated
A
B
A&B Mixed taste is GOOD
ORGAMIN DA

14

350.49

4

18.85

17.80

18.33

8

Control

14366.15

4

14.95

13.70

14.33

2

11. Observations: ORGAMIN DA was sprayed to apple trees at late growing cycle of apple. Probably because
ORGAMIN DA was sprayed later part of season, it did not influence to size of the fruits however,application of ORGAMIN DA to apple increased Brix concentration 4 points higher than untreatedcontraol. 8 persons among 10 persons who tasted apples judged that ORGAMIN DA treated apples were
GOOD.

ｘ

x

A

B

Fig. Sampling positiones at apple fruits for Brix concentration-6-

Experimental Results of ORGAMIN DA on Asparagus/Philippines

PHLOF2001(p1/2)

1. Reporter: Ruperto Alag Jr, LADECO-Lapandai Development Corporation
2. Cooperator: Pulsar International Corp./Chempro Sales
3. Period of the test: January 2002 - September 2002
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Asparagus, compared to currently used fertilizers
1. Location: Tampakan, South Cotabato, Philippines: a. Topography and Elevation:Flat; 200 meter above sealevel,b. Soil type:Sandy loam, c. Climate type: Type 4, Railfall: evenly distributed of 900 mm per year.
d. Soil analysis: pH 6.0; %OM 1.73; K, meq/100g 0.29; Na, meq/100g 0.70; Ca, meq/100g 1.22; Mg, meq/100g
0.18; P, meq/100g 5; S, meq/100g 17; Fe, ppm 20; Mn, ppm 5; Zn, ppm1
6. Crop: Asparagus, Variety: UC 157
7. Treatments:
Treatment 1: Control (o-o-o): No fertilizer applied
2: Full Current Fertilizer Rate: NPK(250-150-200)
3: 1/2 Current Fertilizer Rate: NPK(125-75-100)
4: 1/2 Current Fertilizer Rate:NPK(125-75-100) + ORGAMIN DA(3 liter/ha/application at every 14
days)
5: ORGAMIN DA(3 liter/ha/application at every 14 days)
6: Full Current Fertilizer Rate: NPK(250-150-200) + ORGAMIN DA(3 liter/ha/application at every
14 days)Obs.: In the treatments, ORGAMIN DA solution was sprayed by knap-sack sprayer while commercial fertilizers
were ground applied. Timing of treatment application was during the crop's grow out period of 4-6
months. Other cultural management employed on asparagus was uniformly done to all experimental plots.
Moisture regime: Drip irrigated.
8. Formula of fertilizer:(See above)
9. Plot design: RCB in 3 replications sized 5 raws spaced 1.3 m x 10 m long = 52 ㎡ /plot
10. Evaluation: ♧ The yield parameters were taken from twelve(12) week harvest period, which is about 1/2 of theannual harvest duration. Age of the plants(fern) was 1 year or on its 1st crop harvest.
11. Results : Table 1. Evaluation of ORGAMIN DA on Yield and Yield Quality of Asparagus var. UC157
Treatment

No. ofSpears/plotSpearweight(g)Spearlength(inches)

Spear
diameter
(mm)

Gross
spear weight(g)

T1 Control

156.93c

6.88c

5.30c

4.05e

1073.1d486.08e( 25.3)T2 Full Current
Fert. Rate

324.24a9.11b7.83 a10.03b2951.42b

1921.20b(100)

T3 1/2 Current
Fert. Rate

258.30b

8.29b

6.52b

7.97c

2129.62c

1076.18d( 56.0)253.63b10.46a

7.73a

8.77c

2650.79b

1465.08c( 76.3)125.15c

8.86b

6.62b

6.39d

1104.48d

615.49e( 32.0)T6 Full Current
Fert. Rate +ORGAMIN DA

332.94a10.99a8.56a

11.55a3615.78a

2408.61a(125.4)

% CV

12.87

7.86

7.98

7.04

8.07

8.19

T4 1/2 Current
Fert. Rate +ORGAMIN DA
T5 ORGAMIN DA
Alone

Marketable
spear weight(g) (%)(cont'd)-7-

Experimental Results of ORGAMIN DA on Asparagus/Philippines

PHLOF2001(p2/2)

Table 2. Computed Annual Yield
Treatment

Yield, Tons/Ha
Gross

Marketable (%)

Marketable, Recovery
Ratio

T1 Control(0-0-0)

2.1

0.97 (25.5)

46 %T2 Full Current Fertilizer Rate

5.9

3.8 (100)

64 %T3 1/2 Current Fertilizer Rate

4.25

2.15 ( 56.6)

50 %T4 1/2 Current Fertilizer Rate
+ ORGAMIN DA

5.3

2.93 ( 77.1)

55 %T5 ORGAMIN DA Alone

2.21

1.23 ( 32.4)

56 %T6 Full Current Fertilizer Rate
+ ORGAMIN DA

7.23

4.82 (126.8)

67 %12. Discussion: 1) ORGAMIN DA significantly increased weight, length and diameter of spears, gross and marketableyield(Table 1). On the other hand, no effect on the number of spears was noted when two
counterpart treatment levels are compared.
2) Spear weight improvement ranged from 20-28 % in ORGAMIN DA amended treatment.
Likewise, length and diameter of spears significantly increased in plots with no application ofcommercial fertilizer. This seems to suggest that ORGAMIN DA can even exert its beneficial
effects at low fertilizer levels. These positive effects on the aforementioned yield parameters
resulted to the increase in productivity despite the spear number between two plots receiving thesame fertilizer level remained statistically similar.
3) The effects of ORGAMIN DA in spear yield were remarkable when combined at higher fertilizer
levels(1/2 and full rate). Gross spear production was 22 to 24 % higher in ORGAMIN DA
amended plots.
4) Similar plots receiving 1/2 to full recommended fertilizer plus ORGAMIN DA have significantly
higher volume of marketable spears than their counterpart treatment without ORGAMIN DA.
Improvement in net yield recovery in ORGAMIN DA applied treatments ranged from 25 to 36 %.
Highest gross and marketable yield were obtained when ORGAMIN DA was combined full rateof recommended fertilizer(Table 2).
13. Conclusion: 1) ORGAMIN DA significantly increased the yield parameters of Asparagus i.e. spear weight, spear
length and spear diameter.
2) The test product significantly enhanced gross and marketable yield when combined with 1/2 tofull rate of recommended commercial fertilizer.

-8-

Evaluation of Efficacy of ORGAMIN D-A on The Yield and Quality of Banana, Cavendish/Philippines
PHILOF3001 (1/2)
1. Reporter: Marsman Drysdale Philippines Corp.
2. Cooperator: Dennis Regalado
3. Period of the test: 2002 to 2003
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on Cavendish Banana
4. Location: Marsman Drysdale Banana Research Center, Mindanao, Philippines
5. Crop and Variety: Banana, Cavendish
6. Date of applications of ORGAMIN D-A and ordinary product: 3 times in January to February, 2003
7. Water consumption: 1 lier water per 10 trees(=200 to 250 liter water per ha);8. Treatments: T1 ORGAMIN DA, 2.0 ml/L(=0.2 % or 500 times dilution in water)
T2 ORGAMIN DA, 1.7 ml/L(= 0.17 % or 588 times dilution in water)
T3 ORGAMIN DA, 1.5 ml/L(=0.15 % or 666 times dilution in water)
T4 Algafer, 10 ml/L(=1.0 % or 100 times dilution in water)
T5 Control(Untreated)
9. Yielding date:
10. Plot design: 3 replicates x 10 samples(Bunches) per replicate for each treatment: Total of bunches: 150
11. Results:
Table 1-1
Average of 10 Bunches
Treatment: Rate
Hand
No. of Bunches Harvested
Hand Calibration**Age
per liter water
Class *
10 Th
11Th
10Th
11Th
(wks)
ORGAMIN DA
8.0
5
4
45.00
45.66
10.4
2.0 mlORGAMIN DA
8.0
5
4
46.25
46.40
10.4
1.7 mlORGAMIN DA
7.6
6
3
46.66
47.16
10.3
1.5 mlAlgafer
7.4
3
6
46.60
46.83
10.7
10.0 ml
Control
7.4
2
7
45.00
47.00
10.8
Table 1-2
Average of 10 Bunches
Treatment: Rate
FingerBunch
Stalk
Net Fruits
Brix
per liter waterL'th(cm)
Wt.(kg)Wt.(kg)Wt.(kg)Content
ORGAMIN DA
23.84
26.6
2.94
23.69
22.07
2.0 ml(116.4%)
ORGAMIN DA
24.54
27.3
3.46
23.85
22.06
1.7 ml(117.2%)
ORGAMIN DA
24.11
27.6
3.20
24.40
22.00
1.5 ml(119.9 %)Algafer
23.86
25.7
3.80
21.90
21.10
10.0 ml(107.6%)
Control
23.38
24.6
4.20
20.35
20.30
(100 %)
Obs.: * An index of quality of fruits in cluster; ** Size of fruits in cluster
11. Results and Discussion:
Randomly selected bunches were treated with ORGAMIN DA at different rates: 2.0 ml, 1.7 ml and 1.5 ml/liter ofwater respectively alongside Algafer as standard check @ 10.0 ml/liter water. Untreated samples/control were also
included for comparison purposes. The trial was conducted in Farm 1, 3A which have a Class C soil type.
As regards to Net Fruit Weight, bunches treated with ORGAMIN DA @ 1.5 ml/l water were found to be the heaviest
at 24.40 Kgs. This was followed by ORGAMIN DA @ 1.7 ml and 2.0 ml/l water at 23.85 Kgs and 23.69 Kgs.
respectively. Algafer @ 10.0 ml/l water yielded a Net Fruit Weight of 21.90 Kgs while untreated plant samples have ayield average of 20.35 Kgs.
moreover, bunches treated with ORGAMIN DA @ 1.5 ml/l water have the biggest calibration at 46.50(11.4% increase-9-PHILOF3001 (2/2)
in bunch weight) and highest number of bunches harvested at 10th week totaling to 6 bunches since the passing
calibration during that specific date was 45 as compared to the other treatments. untreated bunches yielded lowest Net
Fruit Weight averaging to 20.35 Kgs only.
Table 1 showed that bunches treated with ORGAMIN DA have yielded very promising results at harvest. During
harvest, there was no chemical burn on sample bunches. The results indicated that ORGAMIN DA @ 1.5 ml/l water
have significant effect on the yield and quality of Cavendish Banana though these were planted on poor soil
conditions/Class C.

- 10 -

Field Tests of Efficacies of ORGAMIN DA and ECOLOGYC on Bell Pepper/Brazil

BROF0011

1. Reporter: I. Kon-AGRO COSMOS (Cosmos Agrícola Produção e Serviços Ltda.)
2. Cooperator: Estaçã Shokucho Do Brasil Agríicola Ltda.
3. Purpose of the test:Evaluation of performance of ORGAMIN DA & ECOLOGYC on Bell Pepper
4. Location:Engenheiro Coelho-State of São Paulo, Brazil
5. Period of the test: November, 2002 to 2003
6. Crop/Variety: Bell Pepper (Capsicum anmuum), Var. Magali R
7. Applications: 1st application: 2002/11/27
2nd application: 2002/12/06
3rd application: 2002/12/17
4th application: 2002/12/27
5th application: 2003/01/06
6th: application 2003/01/16
ORGAMIN DA & ECOLOGYC were diluted by 500 times in water (200 ml product/100 L water) for whole tree
spray.
8. Treatments: 1. Untreated control with half of the basic soil fertilizer recommended.
2. ORGAMIN DA: 200 ml/100 Liter water and with half of the basic soil fertilizer recommended.
3. ECOLOGYC 200 ml/100 Liter water and with half of the basic soil fertilizer recommended.
4. Untreated control with normal(recommended) soil fertilizer
9. Results: Weight of fruits harvested from 16 ㎡of each treatment are shown in the Table below.
Total 8 times harvest were effected and shown in Kg/16 ㎡.

10. Discussion: 1. Even with the half dose of soil fertilizer recommended from the soil analysis, ORGAMIN DA has
shown 49.60 % superior yield over normal-dosed soil fertilizer treatment plot.
2. Use of ECOLOGYC has shown equivalent productivity of the half-dosed fertilizer plot of control.
3. Application times of ORGAMIN DA could be reduced by prolonging intervals between sprays.

- 11 -

Evaluation of ORGAMIN D-A on Broad bean/(Vicia faba)/JapanJPNPR02001

1. Reporter: Agricultural Development Center of Kagoshima
2. Cooperator: Sankei Chemical Co. Ltd.
3. Period of the test: Seeded on September 16, transplanted on October16, and harvested during April 16 to May 1st,
1999 to May, 2000.
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on Broad bean, compared to conventional product;
4. Location: Takaono, Izumi, Kagoshima Pref.
5. Crop and Variety: Broad bean(Vicia faba), Ryouseiissunn
6. Treatments:
1) ORGAMIN DA: Foliar, diluted in 1000 times volume water;2) Control(=Merit Blue, conventional): Foliar, diluted in 400 times volume water;
7. Timings of applications: Same to Treatment 1 and Treatment 2
1st: 7 days after transplant
2nd: 7 days after flower
3rd to 6th: After 2nd application, with 10 days intervals until harvest started.
8. Yielding date: From April to May, 2000;
9. Plot design: 1000 ㎡ x 1 plot/treatment;
For ORGAMIN DA plot, N:14.81 Kg, P2O3:18.0 Kg, K2O:17.41 and for Merit Blue plot, N:15.15, P2O3: 18.2 Kg
and K2O: 17.55 Kg all prt 1000 ㎡ wer dosed in soil.
10. Sampling: From all tested area of each treatment of 1000 ㎡, beans were harvested from limitted period of April
16 to May 1st.
11.Results:
Yield of Broad Beans(with theath) by Different Size (Kg/1000 ㎡)
And Grower's Sales Value
Treatment
L
M
S
Total production andyen value(¥)
ORGAMIN DA
x 1000Control(Meritblue) x 400

966.1(46.8 % of total)¥ 1,217,286904.6(43.8 % of total)¥ 868,416667.8(37.9 % of total)¥ 841,428790.9(44.9 % of total)¥ 759,264192.3(9.3 % of total)¥ 115,380
303.1(17.2 % of total)¥ 181,860

2,063.0 (117.1%)¥ 2,201,082 (123.5%)
1,761.8 (100 %)¥ 1,782,552 (100%)

12. Discussiona. Under normal weather conditions, conventional agricultural practice using "Merit Blue" have produced 2,000
Kg/1000 ㎡ of Broad beans in this area tested. However, in this season, low temperature ocurred in February
and drought in April have caused decrease of yield of the broad beans. The test plot of Merit Blue produced
1,761.8 Kg/1000 ㎡ while the plot of ORGAMIN DA has produced 2,063 Kg/1000 ㎡, equivalent 117.1 %of the plot of Merit blue.
b. The cost of the foliar fertilizers for the farmers are as follows: RGAMIN DA 1,000 times solution: ¥ 370/L
Merit Blue 400 times solution: ¥ 300/L
So, the difference of the cost of foliar fertilizer means little when the increased yield and the profit increased
by total yield increased and the percentage of L size, the unit selling price of which is much higher than M or
S size beans, are considered. From this field test, the economical effect of ORGAMIN DA to the crop of
Broad bean seems to be considerablly high.
c. The prices per Kg of broad bean at the farmer level are as follows(As of 2003/02/04): L: ¥ 1,260, M: ¥ 960
and S: ¥ 600. Based on those prices, ORGAMIN DA plot produced 966.1 x 1,260 + 904.6 x 960 + 192.3 x
600 = ¥ 2,201,082/1,000 ㎡ and the plot of Merit Blue produced ¥ 1,782,552/1,000 ㎡. ORGAMIN DA
showed economically high advantageous characteristics.

- 12 -

Experimental Results of ORGAMIN on Cabbage/Vietnam

VIOF015

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Sub-PPD, Lam Dong Province)
2. Cooperator: Engineer Nguyen Duc Cu and farmer Nguyen Phan Tuan
3. Period of the test:Transplant on July 15 to harvest on October 8, '95.
4. Purpose: Evaluation of the efficacies of ORGAMIN on Cabbage at farm land
5. Location: No. 8 Village, Da Lat City, Lam Dong Province
6. Crop: Cabbage, variety Shogun, planted density:3000 plants/1,000 ㎡
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Spray at dose of 0.3 % solution 400 L/Ha:1st at 15 days after transplant
2nd at 30 days after transplant
3rd at 45 days after transplant
8. Formula of fertilizer:Urea 60 Kg, KCl 50 Kg, NPK 30 Kg and Straw manure 2000 Kh per 1,000 plants
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Yield(Av weight of 10 plants): ORGAMIN 0.3 % Plot: 3.32 Kg/plant (119.42%)
Untreated control Plot : 2.78 Kg/plant (100 %)11. Observation: * Leaves of cabbage of ORGAMIN-treated plot were dark blue.

Experimental Result of ORGAMIN on Cabbage/Vietnam

VIOF016

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with National Plant protection Institute)
2. Cooperator: Engineer Nguyen Huu Vinh
3. Period of the test:Transplant on October 4 to harvest.
4. Purpose: Evaluation of the efficacies of ORGAMIN on Cabbage
5. Location: Van Quan Village, Me Linh District, Vinh Phu Province
6. Crop: Cabbage, planted density:1200 plants/360 ㎡
7. Treatments:
Treatment 1:Untreated control
Treatment 2:ORGAMIN spray at dose of 0.3 % solution 240-400 L/Ha: 1st at 15 days after transplant
2nd at 30 days after transplant
3rd at 45 days after transplant
Treatment 3:Libspray spray at dose of 0.5 % solution 240-400 L/Ha: 1st at 15 days after transplant
2nd at 30 days after transplant
3rd at 45 days after transplant
8. Formula of fertilizer:
9. Plot design:ORGAMIN, Libspray and untreated control each plot 360 ㎡and 1 replication
10. Results:
Treatment

Growth and Pests factors
Yield(Kg)
Leaf color Number of dead leaf*
Av. 10 plants
Kg/360 ㎡%
ORGAMIN 0.3 %dark blue
1.8
2.06 Kg/plant2,460 Kg (117.14)
Libspray 0.5 %dark blue
2.5
1.98
2.376
(113.14)
Control**dark blue
3.3
1.75
2.100
(100.00)
11. Observation:*Numbers of dead leaves were counted at head rolling stage(45 days after transplant).
**Cabbage plants of control plot were seriously attacked by aphids and Diamond-back moth.
- 13 -

Test Result of AMIGROW(=ORGAMIN) on Cabbage, chinese/JapanJPNPR0010

1. Reporter: Japan Carlit Co. Ltd.
2. Cooperator:
3. Period of the test:January 8 to March 25, '88
4. Purpose: Evaluation of performance of AMIGROW(=ORGAMIN) in commercial cultivation of Chinese cabbage
5. Location: Farm of Mr. S. Goto, Yoshioka, Kita-Gunnma
6. Crop: Chinese cabbage, Variety:Bando, Seeding on Aug. 21(Paper pot was used.), transplanted on Sept. 10 withdensity of 400 plants/100 ㎡.
7. Treatments:
Treatment 1:ORGAMIN spray at dose of 0.25 % solution 10 L/150 ㎡(=670 L/Ha)
1st: On September 19... Mixed spray with fungicide and insecticide
2nd:On September 30....Mixed spray with pesticides
Treatment 2:Untreated control
8. Formula of fertilizer: Ordinary
9. Plot design:ORGAMIN plot 1 replication of 150 ㎡ and untreated control 1 replication of 50 ㎡
10. Results:
Yield
Treatment
Av. /plant%
ORGAMIN
2,850 gr(2,150 - 3,740)(122.8)
0.25% x 2 times
Control
2,320 gr(1,940 - 2,560)(100)
11.Obs.:1) Crops of ORGAMIN-treated plot showed obviously better color and blightness of the leaves andvigourous growth than untreated control.
2) Ball forming of ORGAMIN-treated crop was good and uniform than untreated crop.
3) Resistance to disease:Partial occurrence of Leaf black Spot was observed at untreated plot but
ORGAMIN-treated crops were totally free of this disease.
4) Simple comparison of average weight/plant shows ORGAMIN-treated plot increased by 22.8 % overcontrol however, this does not count higher percentage of commercialized plant of ORGAMIN- treated plot.

- 14 -

Test Result of AMIGROW(=ORGAMIN) on Chinese Cabbage/JapanJPNPR0004

1. Reporter:R. Inoue-Pulsar International Corporation
2. Cooperator:Makio Sasaki
3. Period of the test:August to November, '86
4. Purpose: Evaluation of performance of AMIGROW(=ORGAMIN) in commercial cultivation of Chinese cabbage
5. Location: Farm of Mr. Makio Sasaki, Minamimaki Mura, Nagano
6. Crop: Chinese cabbage, Variety:Syunjyu, transplanted on August 6, '86.
7. Treatments:
Treatment 1:ORGAMIN spray at dose of 5.0 L/ha x 9 times on August 20 and 28, September 6, 13, 20, 23 and28, October 1 and 4, '86
Treatment 2:Untreated control
8. Formula of fertilizer:
9. Plot design:ORGAMIN and Control plots, 1 replication of 750 ㎡ to each treatment.
10. Results:
Yield, Size/Number of plants*Total box**Price factor andTreatment
Size L Size M
L+M
M+S
income increase
ORGAMIN
1,452(62%) 896(38%) 2,348(100) 242+112=354 242x1.15+112x1.0=390.3(109.3%)
5.0 L/ha x 9 times
Control
726(29%) 1,744(71%) 2,470(100) 121+218=339 121x1.15+218x1.0=357.2 (100%)
11. Observation: *Size L:6 heads/box, Size M:8heads/box**Price per box changes depend on the market price however, difference of prices between sizes
L and M, constantly shows 15 % at minimum.
It was observed that the crop of ORGAMIN-treated plot could harvest over 90 percent of total
production in one time but, in the control plot, 1st day harvest was only 65 percent of total heads.
It shows that one of efficacies of ORGAMIN is uniform maturation of crop.

- 15 -

Experimental Results of ORGAMIN on Chinese Cabbage/China

CHOF2001

1. Reporter: Koyo Bio Science Technology Co., Ltd.
2. Cooperator:
3. Period of the test: 2002
4. Purpose: Evaluation of the efficacy of ORGAMIN on Chinese cabbage in the term of yield increase;
5. Location: 肇蔬菜基地
6. Crop and Variety: 矮脚黒白菜
7. Seeding: August 20, 2002
8. Spray Dates:
First spray of Foliar fertilizers: September 9, 2002
Second spray of Foliar fertilizers: September 18
Third spray of Foliar fertilizers: September 26
Fourth spray of Foliar fertilizers: October 2
9. Harvest and Evaluation Date: October 9, 2002
10. Treatments:
Treatment 1: ORGAMIN treatment, 1st at 7-10 days after transplant and 4 sprays with 7-10 days intervals, doseof 500 times dilution in water;
Treatment 2: Usual foliar fertilizer namely "Leaf Power" liquid fertilizer diluted by 300 times volume water withsame timings of the Treatment 1.;
Treatment 3: Foliar spray only of water in the same timings of above treatments.
11. Formula of fertilizer: In 3 times, totally mixed fertilizer 15 Kg and Urea 10 Kg per 667 ㎡ (=225 Kg and 150 Kg
per ha respectively)by usual local agricultural practices.
12. Plot design: Random Block, 4 Replications: 845 seedlings were transplanted per plot.
13. Result: Production
Yield
Treatments

Ⅰ

Ⅱ

Ⅲ

Ⅳ

Total

Average/
Plot

DMS
5% 1%

Yielf/
666 ㎡

1. ORGAMIN

38.00

40.55

40.25

40.50

159.30

39.83

a

A

1327.50(129%)

2. Usual Product

38.40

35.60

34.65

31.80

140.45

35.11

b

AB

1170.33(114 %)

3. Control

32.70

32.95

30.50

27.25

123.40

30.85

c

B

1028.33(100 %)

14. Observations: 1) Yield: ORGAMIN-treated field recorded 129.1 % over untreated control in the final yield.
Against this, commonly used product "Leaf Power" yielded 113.8 % over control.
2) Quality of Chinese cabbage: Compared to other plots' cabbages, the taste of ORGAMIN-treatedcabbage was more fresh. And sweeter. Also the leaves of the cabbage was shinning green
which was considered as it should have higher market price than of the other treatments.
3) Disease: Due to the typhoon attacked the test site during the testing period, the cabbages
suffered rot in all over the testing field. However, the cabbages treated with ORGAMIN haveshown less danages than other plots' cabbages. This shows ORGAMIN has significant effecton preventing this kind of disease.

- 16 -

Field test of ORGAMIN on Cassava/Brazil

BRPR0011

1. Reporter: Edio Feller, Technical Manager, Lorenz Company
2. Cooperator:
3. Period of the test:November 15, '87(Planting) to '88
4. Purpose: Evaluation of the efficacies of ORGAMIN Cassava
5. Location: Umuarama, Parana
6. Crop: Cassava, variety:
7. Treatments:
Application timings:
Treatment 1:ORGAMIN 5.6 L/ha x 3 times
1st: November 15, '87
Treatment 2:ORGAMIN 6.25 L/ha x 3 times
2nd: March 20, '88
Treatment 3: ORGAMIN 6.94 L/ha x 3 times
3rd: May 20, '88
Treatment 4: Untreated control
8. Formula of fertilizer:No fertilizer was used.
9. Plot design:
10. Results:
Treatment
Yield Kg
Total
/plant%Amide content %1:ORGAMIN, 602 plant 1,400
2.32
122.1
23.0
5.6 L/ha x 3
2:ORGAMIN, 635plants 2,000
3.15
165.8
22.5
6.25L/ha x 3
3:ORGAMIN, 676plants 1,580
2.34
123.2
21.5
6.94L/ha x 3
4: Control, 676 plants
950
1.90
100.0
23.0

- 17 -

Evaluation of ORGAMIN D-A on Chili Pepper/Korea

KOOF02002

1. Reporter: Sankei Chemical Co., Ltd/Hakko Trading
2. Cooperator: Vegetable Culture Dept., Institute of Horticulture
3. Period of the test: March to November, 2002
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on Chili Pepper
4. Location: Suwong, Korea
5. Crop and Variety: Chili Pepper, Manita
6. Applications of ORGAMIN D-A, 3 applications, foliar
1st: Early June, 1 month after transplant
2nd: Early July, 1 month after 1st application
3rd: Early August, 1 month after 2nd application
7. Treatments: 1. ORGAMIN DA diluted in 1000 times volume of water
2. ORGAMIN DA diluted in 500 times volume of water
3. Non-treated control
8. Yielding date: November, 2003;
9. Plot design: 3 replications by random block method. Each plot had 30 m2. Distance between rowand plants: 100 x
25 cm.
10. Results:
Table-1
Plant Growth Parameters
Treatment
Plant Hight(cm) Diameter of
Number ofLeaf Spread
Dried Weight
Stems(mm)Fruits, No./Plant (cm2/leaf)(g/plant)
1. ORGAMIN DA
129.8
12.07
119.4
15,0912,410.9
Diluted in 1000 x water
2. ORGAMIN DA
131.8
10.99
113.5
14,8822,280.7
Diluted in 500 x water
3. Non-treated Control
123.5
10.79
117.2
11,9812,026.3
Table-2
Treatment
1. ORGAMIN DA
Diluted in 1000 x water
2. ORGAMIN DA
Diluted in 500 x wate
3. Non-treated Control

Yield Parameters
Weight of a
Weight offruit
Fruits per Plant(g/Fruitt)(g/Plant)
9.04
694.5

Yield ofPepper(Kg/1000 m2)(%)
555.6 (105)

80.5

8.93

718.5

574.8

(109)

77.7

8.49

659.1

527.3

(100)

Total No. of
Fruits harvested(No./Plant)
76.9- 18 -

Test Result of Foliar Application of ORGAMIN on Coffee/Brazil

BRPR0002

1. Reporter: Katsuhiko Nagata, - Fazenda Nomurabraz
2. Cooperator:
3. Period of the test:September '84 to April '85
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farm land
5. Location: Fazenda of Nomurabraz, Araxa, 693 Km point, Rout BR262, Minas Gerais, Brazil
6. Crop: Coffee,
7. Treatments:
Application Timings:
Treatment 1:Untreated control
Setember(5 L), November(5 L),
Treatment 2-Area I:ORGAMIN 5-10 L/1,000 trees x 5 times
January(10 L), March(10 L),
Treatment 2-Area II:ORGAMIN 5-10 L/1,000 trees x 5 times
April(10 L)
8. Formula of fertilizer:
9. Plot design:ORGAMIN Area I: 3.8 ha, ORGAMIN Area II:5.5 ha, Untreated control:3.7 ha, each plot 1 replication
10. Results:
Yield
11. Observation:
Treatment
Practical in
Test year '85
Under normal Brazilian condition,'84, Sacks/ha
Sacks/ha(%)
untreated coffee field suffer strong
Control
162
78
(100)
production bi-anual osciliations. In thistest, ORGAMIN-treated fields did not
ORGAMIN 5-10 L/ha x 5
147
126
(162)
suffer strong bi-anual reduction ofArea I
coffee.
ORGAMIN 5-10 L/ha x 5
Area II

156

129

(166)

Test Result of Foliar Application of ORGAMIN on Coffee/Brazil

BRPR0003

1. Reporter: Engenheiro Agr. T. Ueda, Tropical tecnica Agricola Ltd.
2. Cooperator:J. Hattori
3. Period of the test:Agricultural year 1984/85
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farm land
5. Location: Fazenda Palmeira, Tatui, Brazil
6. Crop: Coffee,
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 5.0 L/1,000 trees x 3 times
1st:March 25
Treatment 2:Foliar fertilizer product A 5.0 L/1,000 trees x 3 times
2nd:April 25
Treatment 3:Foliar fertilizer product B 5.0 L/1,000 trees x 3 times
3rd:May 25
Treatment 4:Foliar fertilizer product C 5.0 L/1,000 trees x 3 times
Treatment 5:Untreated control
8. Formula of fertilizer:
9. Plot design:10 trees per block
10. Results:
Yield
Treatment
Kg/10 trees (%)
ORGAMIN 5 L x 3
22.0
(119)
Product A 5 L x 3
20.1
(109)
Product B 5 L x 3
19.6
(106)
Product C 5 L x 3
18.7
(101)
Control
18.5(100)- 19 -

Test Result of Foliar Application of ORGAMIN on Coffee/Brazil

BRPR0004

1. Reporter: Engenheiro Agr. Milton Nakamura, Tropical tecnica Agricola Ltd.
2. Cooperator:J. Hattori
3. Period of the test:Agricultural year 1985/86
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee a
farm land
5. Location: Fazenda Palmeira, Tatui, Brazil
6. Crop: Coffee,
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 3.0 L/1,000 trees x 5 times
1st:January
Treatment 2:ORGAMIN 5.0 L/1,000 trees x 5 times
2nd:February
Treatment 3:ORGAMIN-ZB 3.0 L/1,000 trees x 5 times
3rd:March
Treatment 4:ORGAMIN-ZB 5.0 L/1,000 trees x 5 times
4th:April
Treatment 5:Untreated control
5th:May
8. Formula of fertilizer:
9. Plot design:2 replications with each 1 10 trees per plot
10. Results:
Yield
Treatment
Av Kg/
10 trees(%)
ORGAMIN 3 L x 5
5.5
(122)
ORGAMIN 5 L x 5
8.2
(182)
ORGAMIN-ZB 3 L x 5
6.9
(153)
ORGAMIN-ZB 5 L x 5
7.5
(167)
Control
4.5(100)

Photos show ORGAMIN-treated coffee tree can extend vigorous new shoots while carrying fruitson the 2nd year branches. For this tree, the same production of the coffee beans could be expectedin the next year(Fazenda Snata Terezinha, Minas Gerais, Brazil. The owner of fthe farm Mr. Paulo
Sergio Almeida was winner of Gold Cup of Brazilian Special Coffee Cup Taste Competition in 2001 and2002). Without ORGAMIN treatment, normally, a coffee tree carrying fruits this year, does not extend thevigourous new shoots so, the next year's production will be limitted.
- 20 -

Experimental Result of ORGAMIN on Coffee/Vietnam

VIOF014

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Sub-PPD, Lam Dong Province)
2. Cooperator: Engineer Nguyen Duc Cu and farmer Tran Thi Tuyet
3. Period of the test:From 1st spray at sprouting stage to last harvest, Oct. 25, '95.
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farm land
5. Location: No. 8 Village, Da Lat City, Lam Dong Province
6. Crop: Coffee, Catura, planted density:250 plants/1,000 ㎡
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Spray at dose of 0.3 %:1st at sprouting to bloom
2nd after bloom
3rd to fruits mixed young and mature stages
8. Formula of fertilizer:Urea 5 Kg and NPK 0.5 Kg/plant
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Fruits yield(1 time fresh): ORGAMIN 0.3 % Plot: Av. 3.5 Kg/plant (116.66%)
Untreated control Plot : Av. 3.0 Kg/plant (100 %)11. Observation: * Leaves of coffee trees of ORGAMIN-treated plot were dark blue.
* Fruits ripening at ORGAMIN-treated plot were earler and more uniform than untreatedcontrol plot.

Progress Report on Trial for ORGAMIN on Coffee/Vietnam(See final reports No. VIOF020-1 Fn1 & VIOF020-1Fn2)

VIOF020-1

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator: Itochu Corporation
3. Period of the test:January 1997 to --4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farm land
5. Location: Highland Region, Central Vietnam
6. Crop: Coffee, Robusta(Planted in '90 at 3x3 m, 2 seeds/hole without shade
and Arabica(Planted in '91 at 1.5x1 m, 1 seed/hole without shade
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd scheduled for June-July, to young coffee fruits
4th-5th August to September, close to maturity
8. Formula of fertilizer: a. Robusta:350 N-100 O2O5-350 K2O Kg/ha, Organic manure 20 cubic meter/ha/3-4 years
b.Arabica:400 N-120 P2O5-400 K2O Kg/ha
9. Plot design:a. Robusta:Total test area:1.2 ha, ORGAMIN treatment:675 ㎡ /75 treesb.Arabica:Total test area:0.6 ha, ORGAMIN treatment:405 ㎡/270 trees
10. Results: Percentage of berry drop after 2 months of flowering(1 month after 2nd application)
Variety
Robusta
Arabica

Control
9.1(100%)
23.9(100%)

2.5 L/ha x 2
4.3(47.3%)
16.5(69.3%)

5.0 L/ha x 2
4.7(51.6%)
15.3(64.0%)- 21 -

Progress Report on Trial for ORGAMIN on Coffee/Vietnam(See final report No. VIOF020-2Fn)

VIOF020-2

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator:Doan Ket Coffee Company Ltd., & Itochu Corporation
3. Period of the test:January 1997 to --4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farmers' land
5. Location: Highland Region, Central Vietnam
6. Crop: Coffee, Robusta
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd scheduled for June-July, to young coffee fruits
4th-5th August to September, close to maturity
8. Formula of fertilizer: a. Best farming conditions:400 N-100P2O5-400 K2O Kg/ha, Organic manure(decomposed
coffee husk) 50 cubic meter/ha/2 years
b.Good farming conditions:300 N-85 P2O5-300 K2O Kg/hac.Normal farming conditions:300 N-85 P2O5-300 K2O
9. Plot design:a. Best farm:Total ORGAMIN application area:1.2 hab. Good farm:Total ORGAMIN application area:1.2 hac. Normal farm:Total ORGAMIN application area:1.2 ha
10. Results: Percentage of berry drop after 2 months of flowering(1 month after 2nd application)
VarietyBest
Good
NormalControl
8.3(100%)
10.8(100%)11.9(100%)

2.5 L/ha x 2
4.0(48.2%)
4.2(38.9%)
4.8(40.3%)

5.0 L/ha x 2
3.8(45.8%)
4.2(38.9%)
5.2(43.7%)

Progress Report on Trial for ORGAMIN on Coffee/Vietnam(See final report No. VIOF020-3Fn)

Record green bean prod./year
3.5-4.0 MT/ha
2.2-2.5
2.0

VIOF020-3

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator:Itochu Corporation
3. Period of the test:January 1997 to --4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee at farmers' land
5. Location: Thang 10(October) Coffee State Farm, two farms
6. Crop: Coffee, Robusta
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd scheduled for June-July, to young coffee fruits
4th-5th August to September, close to maturity
8. Formula of fertilizer: a. Good management farm:350 N-100P2O5-350 K2O Kg/ha, Organic manure 20 cubic
meter/ha/3-4 years
b.Fairly good managing farm:350 N-100 P2O5-350 K2O Kg/ha, Organic manure 20 cubic
meter/3-4 years
9. Plot design:a. Good management farm:Total ORGAMIN application area:1-1.5 hab. Fairly good management farm:Total ORGAMIN application area:1-1.5 ha
10. Results:Percentage of berry drop after 2 months of flowering(1month after 2nd application)
VarietyGood
F. good

Control
8.8(100%)
10.7(100%)

2.5 L/ha x 2
3.9(44.3%)
5.5(51.4%)

5.0 L/ha x 2
4.1(46.6%)
4.6(43.0%)- 22 -

Record green bean prod./year
2.2-2.8 MT/ha
2.2-2.8

Experimental Result of ORGAMIN on Coffee/Vietnam

VIOF020-1Fn.1

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator: Itochu Corporation
3. Period of the test:January to December, 1997
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee(Robusta)
5. Location:Dak Lak Province, Coffee Region, Central Vietnam
6. Crop: Coffee, Robusta(Planted in '90 at 3x3 m, 2 seeds/hole without shade
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd June-July, to young coffee fruits in development
4th August, young fruits hardening
5th September, fruits start maturing
8. Formula of fertilizer: 350 N-100 P2O5-350 K2O Kg/ha,
Organic manure 20 cubic meter/ha/3-4 years
9. Plot design: Robusta:Total test area:1.2 ha, ORGAMIN treatment:675 ㎡ /75 trees
10. Results: Percentage of berry drop, 2 months and total of 10 months after flowering and yield
Treatment
ORGAMIN 2.5 L/ha
ORGAMIN 5.0 L/ha
ControlYoung Fruits Drop(%)
2 monts AF
10 months AF
4.3
40.1
4.7
41.3
9.1
46.6

Yield,MT/ha
3.35 (113 %)3.24 (110 %)2.97 (100 %)Experimental Result of ORGAMIN on Coffee/Vietnam

VIOF020-1Fn.2

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator: Itochu Corporation
3. Period of the test:January to December, 1997
4. Purpose: Evaluation of the efficacies of ORGAMIN on CoffeeArabica)
5. Location:Dak Lak Province, Coffee Region, Central Vietnam
6. Crop: Coffee, Arabica(Planted in '91 at 1.5x1.0 m, 1 seeds/hole without shade
7. Treatments:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd June-July, to young coffee fruits in development
4th August, young fruits hardening
5th September, fruits start maturing
8. Formula of fertilizer:400 N-120 P2O5-400 K2O Kg/ha,
9. Plot design: Robusta:Total test area:0.6 ha, ORGAMIN treatment:405 ㎡ /270 trees
10. Results: Percentage of berry drop, 2 months and total of 10 months after flowering and yield
Treatment
ORGAMIN 2.5 L/ha
ORGAMIN 5.0 L/ha
ControlYoung Fruits Drop(%)
2 monts AF
10 months AF
16.5
38.5
15.3
37.6
23.9
45.2
- 23 -

Yield,MT/ha
4.04 (108 %)4.16 (111 %)3.75 (100 %)Experimental Result of ORGAMIN on Coffee/Vietnam

VIOF020-2Fn.

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator: Itochu Corporation
3. Period of the test:January to December, 1997
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee by different level of management
5. Location:Doan Ket Coffee Company, Dak Lak Province
6. Crop: Coffee, Robusta
7. Treatments at each of "Best", "Good" and "Fairly Good", level farming management:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd June-July, to young coffee fruits in development
4th August, young fruits hardening
5th September, fruits start maturing
8. Formula of fertilizer:"Best":400 N-100 P2O5-100 K2O Kg/ha, +Organic manuare(decomposed coffee husk)50 cubic meter/2 years"Good":300 N-85 P2O5-300 K2O Kg/ha,"Fairly Good":300 N-85 P2O5-300 K2O Kg/ha,
9. Plot design:Total test area:1.2 ha per each "Best", "Good" and "Fairly Good"
10. Results: Percentage of berry drop, 2 months and total of 10 months after flowering and yield
Treatment
ORGAMIN 2.5 L/ha
ORGAMIN 5.0 L/ha
ControlYoung Fruits Drop(%)
2 monts AF
10 months AF
Best Good F. G
Best Good F. G
4.0
4.2
4.8 37.4
41.2 43.6
3.8
4.2
5.2 36.9
44.3 45.1
8.3
10.8
11.9 43.8
46.7 47.5

Experimental Result of ORGAMIN on Coffee/Vietnam

Yield,MT/ha
Green bean
Best
Good
F. G.
4.43(113%) 2.87(120%) 1.74(110%)
4.35(111) 2.83(118) 1.69(107)3.91(100) 2.39(100) 1.58(100)
VIOF020-3Fn.

1. Reporter: Vietnam Coffee Reserch Institute
2. Cooperator: Itochu Corporation
3. Period of the test:January to December, 1997
4. Purpose: Evaluation of the efficacies of ORGAMIN on Coffee by different level of management
5. Location:Thang 10(October) Coffee State Farm, Dak Lak Province
6. Crop: Coffee, Robusta
7. Treatments at each of "Good" and "Fairly Good", level farming management:
Application Timings:
Treatment 1:ORGAMIN 2.5 L/ha x
1st January, before coffee flowering
Treatment 2:ORGAMIN 5.0 L/ha x
2nd February, 15 days after flowering
Treatment 3:Untreated control
3rd June-July, to young coffee fruits in development
4th August, young fruits hardening
5th September, fruits start maturing
8. Formula of fertilizer:
Both "Good" and "Fairly Good":350 N-100 P2O5-300 K2O Kg/ha + 20cubic meter organic manure/ha/3-4 years
9. Plot design:Total test area:1.0-1.5 ha per both "Good" and "Fairly Good" managed farm.
10. Results: Percentage of berry drop, 2 months and total of 10 months after flowering and yield
Treatment

Young Fruits Drop(%)
Yield,MT/ha
2 monts AF
10 months AF
Green bean
Good
F. G
Good
F. G
Good
F. G.
ORGAMIN 2.5 L/ha
3.9
5.5
39.8
42.6
3.54(110%)
3.38(120%)
ORGAMIN 5.0 L/ha
4.1
4.6
39.2
40.5
3.62(112)
3.25(119)
Control
8.8
10.7
45.4
47.1
3.23(100)
2.81(100)
Observations:Based on the all field tests, report number VIOF020-1Fn.1, VIOF020-1Fn.2, VIOF020-2Fn. and
VIOF20-3Fn., the auther had observations and conclusion as follows:
1) ORGAMIN applications had effect to improve size and color of coffee beans. 2) ORGAMIN had good effect toreduce berry drop and significantly increased yield by about 15 % in average. 3) ORGAMIN application could
improve color and size of coffee beans. 4) A dose of ORGAMIN considered adequate is 2.5 L/ha.
- 24 -

Test Results of AMIGROW(=ORGAMIN) on Corn, sweet/Japan

JPPR0001

1. Reporter: Hokko Chemical Corporation
2. Cooperator:
3. Period of the test: August to October, '86
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) on Sweet corn in laboratory scale
5. Location: Farm of Hokko Chemical Research Center, Atsugi, Kanagawa
6. Crop: Corn, Variety:Astrobandam, Date of transplant:August 4, '86, cultivated in plastic green house.
7. Treatments:
Treatment 1: ORGAMIN sprays at dose of 8.0 L/ha, x 4 times
1st September 16, 2nd Sept. 26, 3rd October 6 and 4th Oct. 15, '86
Treatment 2: Untreated control
8. Formula of fertilizer:
9. Plot design:2 replications, 1 block with 24 plants
10. Results:
reatment
No. of plants No. of ears
No. of ears
checked
total
qualified
Percent(%)
ORGAMI
4660
35
130
Control

46

50

27

Test Results of Foliar Application of ORGAMIN on Corn/Brazil

100

BROF0001

1. Reporter: Dr. G. Aparecido de Aquino Guedes-Escola Superior Agricola de Lavras
2. Cooperator:
3. Period of the test:August '85 to July '86
4. Purpose: Evaluation of the efficacies of ORGAMIN on Corn
5. Location: ESAL, Lavras, Minas Gerais, Brazil
6. Crop:Corn, Variety:AG-401, seeded Nov. 20, '85
7. Treatments:
Application timings:
Treatment 1:ORGAMIN 8.0 Kg/Ha x 3 times
1st January 7, '85
Treatment 2:Product A 8.0 Kg/Ha x 3 times
2nd January 30, '85
Treatment 3:Product B 8.0 Kg/Ha x 3 times
3rd Feb. 23, '86
Treatment 4:Untreated control
8. Formula of fertilizer:Basic:NPK 4-16-8 500 Kg/Ha, Anmonium sulfate 500 Kg/Ha, 45 days after seeding.
9. Plot design:Random blocks with 4 replications, each plot sized 40 ㎡(10 m x 4 m)
10. Results:
Yield
Treatment

Kg/Ha

%

ORGAMIN
8.0 Kg x 3
Product B
8.0 Kg x 3
Product A
8.0 Kg x 3
Control

6,445

111

5,867

101

5,945

102

5,807

100

11. Discussion:1) Fruits weight(greater than 350 g) and brix degree were increasing by twice applications of
ORGAMIN.
2) Fruits color of ORGAMIN-treated plot was carmin and lustrous.

- 25 -

Test Result of AMIGROW(=ORGAMIN) on Corn, sweet/JapanJPNPR0006

1. Reporter: R. Inoue-Pulsar International Corporation
2. Cooperator:
3. Period of the test:June to August '87
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) in sweet corn in field
5. Location: Farm of Mr. Banba, Ongata, Hachioji, Tokyo
6. Crop:Sweet Corn, seeded June 10, '86
7. Treatments:
Treatment 1:ORGAMIN 400 times diluted in water, at dose of 1.5 to 2.0 L/200 plants x 5 applications on
June 18 and 26, July 7, 12 and 21
Treatment 2:Untreated control
8. Formula of fertilizer:
9. Plot design:1 replication of 1 block, each plot has 200 plants.
10. Results:
Treatment
1. ORGAMIN(400 times dilution x3)
2. Control

Number ofusable ear/plant
0
1
2
2
25
162
3

50

135

Total numberof earAv. No.
ear/plant

3
3

358/192 plants

1.86

%
108.8

1

323/189 plants

1.71

100

- 26 -

Test Result of Foliar Application of ORGAMIN on Cotton/Brazil

BROF0004

1.Reporter:Dr. G. A. de Aquino Guedes, E. S. Agricultura de Lavras
2.Cooperator:
3.Period of the test: August '85 to July '86
4.Purpose of test: To observe performance of mixed foliar fertilizers ORGAMIN
5.Location: ESAL-Lavras, Minas Gerais, Brazil
6.Crop:Cotton, Variety:EPAMIG-3, Seeded on October 31, '86
7.Treatments:
Application timing:
Treatment 1:ORGAMIN at 8.0 L/ha x 3 times.
1st:30 DASTreatment 2:Product A at 8.0 L/ha x 3 times
2nd to 3rd/5th:to end at beginning of bloom
Treatment 3:Product B at 8.0 L/ha x 3 times.
Treatment 4:Urea at 3.0 % x 3 times
Treatment 5:Urea at 3.0 % x 6 times
Treatment 6: Untreated control
8.Formula of fertilizer: 4-16-8, 500 Kg/ha
9. Plot design:4 replications of complete random blocks. Each plot measured 40 ㎡ (=10 m x 4 m)
10. Results:
Yield
Bos.: @ arroba = 15 Kg
Treatment No.
* Arroba/ha
%
1
187.6
114
2
168.9
103
3
164.9
100
4
165.1
100
5
145.2
88
6
164.6
100

Test Result of Foliar Application of ORGAMIN on Cotton/Brazil

BROF0005

1.Reporter:ACARPA, Campo Mourã, Parana
2.Cooperator:
3.Period of the test: August '83 to March '84
4.Purpose of test: To observe performance of mixed foliar fertilizers ORGAMIN
5.Location: Sitio of Mr. Jose Alvarenga Ferreira, Pinhalzinho, Campo Mourao, Parana, Brazil
6.Crop:Cotton, Variety:IAC-17, Seeded on August 6, '86
7.Treatments:
Application timings:
Treatment 1:ORGAMIN at 6.0 L/ha x 6 times.
1st:Immediately after "debaste"
Treatment 2:Untreated control
2nd to 6th:With intervals of 15 days
8.Formula of fertilizer: 4-30-10, 103.3 Kg/ha
9. Plot design:1 replication of large block. Each block measured 4,500 ㎡
10. Results:
Yield
Treatment No.
Kg/ha%
ORGAMIN
2,313.3114
6.0 L/ha x 6
Control
1,953.3
100- 27 -

Test Result of Foliar Application of ORGAMIN on Cotton/Brazil

BRPR0001

1.Reporter:Dr. Edison Aparecido Negroã, Fazenda Matubara
2.Cooperator:
3.Period of the test: September '86 to April '87
4.Location: Fazenda Matubara, Quadra 24, Astorga, Parana, Brazil
5.Crop:Cotton, Variety:IAC-20
6.Treatments:
Treatment 1: ORGAMIN at 4.2 L/ha x 5 times.
Applications:1st 48 DAS and rest 4 times with intervals of 15 days
Treatment 2:Untreated control
7. Formula of fertilizer: Gransol, 230 Kg/ha plus supplemental Urea 50 Kg/ha at 30 DAS and 60 Kg/ha at 55 DAS.
8. Plot design:1 replication
9. Results:
Yield
Bos.: * @ arroba = 15 Kg
Treatment* Arroba/ha%
Following points were observed at ORGAMIN-treatedfield:ORGAMIN
177
1301) Increased number of fruits;
4.2 L/ha x 5
2) Increased foliar retention;
Control
1361003) Reduced damage caused by mites;
4) Large sized fruits at end shoot.

Field Tests of Application of ORGAMIN on Cotton/Brazil, 1987-'88

BRPR0015

Many of field trials and demonstrations were performed in Brazilian cotton fields. In the most of cases, thefarmers enjoyed the notable increase of yield. Increase of the yield ranged usually from 15 to 30 percent andsometimes reached to 70 %. Yield increase is the final target of ORGAMIN to the crops.
Most of the reporters observed ORGAMIN performance to crops as follows:① Accelerate the growth of root systems, length and volume;② Better plant structure;③ Better fructifying;④ Increase of yield by 15 to 30 % and sometimes, up to 70 %;⑤ Crop started to die later than that of control;⑥ Ball weight of ORGAMIN-treated plots are much more than that of control;⑦ Plant size of ORGAMIN-treated plots is uniform and good.
Some examples of the field tests and demonstrations run in Brazil are summarized in the Table
page. Some of fotoes taken at the field of those tests are attached.

See Summary Table at next page

- 28 -

at next

SUMMARY OF THE TESTS OF ORGAMIN APPLICATIONS ON Cotton/Brazil
Name of Farm/
Propriety

Location

Variety

Basic Fertilizer
Kg/ha, N-P-K

1)Itapua,
Maeda

Bon Jesus deGoias, Goias

333 (3-15-15) +3 times of 1252)MaedaBom Jesus deGoias, Goias

333(3-15-15) +3 times of 1253)MaedaBom Jesus deGoias, Goias

333(3-15-15) +3 times of 1254)Sitio Barro
Preto,
Edno Carmo

Andira,ParanaIAC-205)Atalaia,
Sergio Montanha

Lupionopolis,
ParanaIAC-206)Marcondinha,
Emp.Agro-pecu.
Y. UenoChavantes,
Sao Paulo

IAC-20207 (4-24-12)

BRPR0015

ORGAMIN Treatment
Days afterDoseseedingL/ha
4 applica6.0
tions

ORGAMIN Co-Mo
200 ml/25Kg seed
5 applictions
6.0
Control--4 applictions
6.0

Av.
Kg/ha
2,940

Yield
Percentage
%

3,233

127

2,533
1,625

100
118.1

Control
2 applicati.

--5.6

1,375
1,562

100
170.7

Control

---

915

100

5.0

3,769

116.0

--2.0
2.9
4.1
---

3,250

6 applicationsns withintervals of 15-18
days
Control
250 (4-20-20) + 1st
104 (20-0-20)
2n d
3rd-5thControl- 29 -

2,950

118

2,500

100

Observations(ref. photo Nos.)*Yield of ORGAMIN-treated plot ismuch better than av. of past yieldrecords of this farm.
*Opening of cotton much more uniform than control.
*Uniform germination and strong
initial growth at ORGAMIN plot.
*Well grown root system,*Tolerance to herbicide higher, treated*Seeding:87/9/29*Harvest:88/March*Despite cold wind damaged crop, treated area increased yield.
*Uniform plant size at ORGAMIN plot
*Seeding:87/November*ORGAMIN-treated cotton well grown
and cotton ball weigh more vs control*Root system with ORGAMIN, excell.
*Seeding:87/10/10*Harvest:88/3/15*ORGAMIN-treated plant well resisted
cold wind.
*Ball weight of treated plant is better.

Evaluation of ECOLOGYC on Cotton/USA

USOF0020

1. Reporter: RD Kukas, Tracs Corporation
2. Period of the test: May to October '97
3. Purpose: Evaluation of efficacies of ECOLOGYC on cotton in California
4. Location: Visalia, California
5. Crop: Cotton, Variety: Maxxa
6. Application timing of ECOLOGYC: 1st.: May 19(3 to 5 leaves, foliar), 2nd.: June 9(foliar)
3rd.: July 3(foliar), 4th.: July 25(foliar)
7. Yielding date: October 18, '97
8. Plot design: Random block, 6 replications
9. Result:
Treatment
Rate
Yield 10/18/97
oz/Acre(=L/ha) LBS/ Seed
Seed
Lint
Farmer's Total Income
plot/2R cotton
LBS/ Price LBS/ Price
Price
Percent Increased
100FT LBS/Acre Acre* $/A** Acre$/A$/Acre(%)
income $/A*** ****ECOLOGYC 38.4(=2.81 L/ha) 38.47 3,351.3
2,178.3 190.6 1,173.0 856.3 $1,046.9 113.3 $ 122.9+Seed dress x 4 applications
ECOLOGYC 38.4(=2.81 L/ha) 40.03 3,488.2
2,267.3 198.4 1,220.7 891.1 1,089.5 117.9
165.5
x 4 applications
ECOLOGYC 25.6(=1.87 L/ha) 39.03 3,400.7
2,210.5 193.4 1,190.2 868.8 1,062.2 114.9
138.2
x 4 applications
Controluntreated
33.97 2,959.2
1,923.5 168.3 1,035.8 756.1
924. 100.0±
Obs.: *Seed LBS/A was calculated using 65 percent Gin turn over.
**Price of seed was calculated using av. price of $ 175/2,000 LBS.,***Lint LBS/A was calculated using 35 percent Gin turn over.
**** Price of lint was calculated using av. price of $ 0.73/LB.
Evaluation of ORGAMIN DA and ECOLOGYC on Cotton/USA

USOF0022

1. Reporter: RD Kukas, Tracs Corporation
2. Period of the test: June 4 to November 4, '98
3. Purpose: Evaluation of efficacies of ORGAMIN DA and ECOLOGYC on cotton in California
4. Location: Visalia, California
5. Crop: Cotton, Variety: Maxxa
6. Application timing of ORGAMIN DA and ECOLOGYC: 1st.: June 4(5 leaves cotton, foliar)
2nd.: June 25(12 leaves, foliar), 3rd.: July 15(Bloom, foliar), 4th.: August 1(bloom, foliar)
7. Yielding date: November 4, '98
8. Plot design: Random block, 4 replications
9. Result:
Treatment
Rate
Yield 11/04/98
Seed
Seed
Lint
Farmer's Total Income
pt/Acre(=Ga/Acr cotton
LBS/
Price
LBS/
Price
Price
Percent Increased
e=L/ha)
LBS/Acre Acre*$/A** Acre$/A$/Acre(%)
income*******$/A
ORGAMIN DA 1.6(=0.2 Ga/Acr
2,931.57 1,876.22 164.17 1,055.35 738.75 902.92 (124.86)
179.76=1.87 L/ha)
x 4 applications
ECOLOGYC
1.6(=0.2 Ga/Acr
2,763.85 1,768.85 154.77 995.00 696.5
851.27 (117.72)
128.11=1.87 L/ha)
x 4 applications
Controluntreated
2,347.88 1,502.63 131.48 845.25 591.68 723.16 (100.00)-Obs.: *Seed LBS/A was calculated using 64 percent Gin turn over.
**Price of seed was calculated using av. price of $ 175/2,000 LBS.
***Lint LBS/A was calculated using 36 percent Gin turn over.
**** Price of lint was calculated using av. price of $ 0.70/LB.
- 30 -

Grower's Practical Field Use Report of ORGAMIN: Cotton/China
1. Reporter:
2. Cooperator: Mr. Wang Duo Bin
3. Period of the test: 2011 planting season
3. Purpose: Evaluation of the efficacies of ORGAMIN on Cotton
4. Location: Lao Sha Wan, Xinjiang Province, China
5. Crop and Cultivar: Cotton
6. Applications of ORGAMIN:
5 applications at dose of 1.2 Liter/Ha x 5 times/season
Tractor-mounted sprayer. ORGAMIN was diluted by about 400 times volume of water.
7. Harvest date: 2011
8. Plot design:No replication, Yield data was comparted to the previous year(2010)record data.
Area applied: 6.6 Ha

9. Results:
Yield: Kg/Ha

Percentage

2011/ORGAMIN 1.2 L/Ha x 5

5,275

132

2010 Non-treated Check

4,000

100

Obs.: * The year of 2011, Mr. Wang used ORGAMIN to his cotton. The yield of 2011 recorded over 30% increase
from 2010.
**Pesticide use has reduced application times from 5 of 2010 to only 2 of 2011. The main targetted pests were
red-spider mite and other.

The picture above was taken middle stage of growth.

- 31 -

Interin Report From Indian Cotton Field:
In 201
4 season, cotton farmer of Indu tested ORGAMIN DA.
4 times spray, b
efore starting harvest, resulted excellent plant higfht and much increased
number of flowers. The field partially started harvest in September. The ow
ner expects 40-50 %increase of yield. A notable decrease of The R
ed-mite populationalso was observed at ORGAMIN DA-treated plot.

Right side of above picture is ORGAMIN DA-treated plot.

2 open cotton ball at right side of above picture are ORGAMIN DA-treated. Left ones
om non-treated control plot.
Experimental Results of ORGAMIN on Dragon fruits/Vietnam- 32 -

VIOF011

are fr1. Reporter: Long Dinh Fruits Research Center2. Cooperator:Engineer Nguyen Trinh Nhat Hang and farmer Nguyen Van Bay
3. Period of the test:1st spray on June 29, '95 to 2nd harvest on September 4, '95
4. Purpose: Evaluation of the efficacies of ORGAMIN on Dragon fruits
5. Location: Dang Hung Phuoc Village, Cho Gao District, Tien Giang Province
6. Crop: Dragon fruits(Hylocereus undulatus Haw), 3- 4 years old, Planted density:80 plants/1,000 ㎡
1st harvest:August 8, '95 and 2nd harvest:September 4, '95
7. Treatments:
Treatment 1:Untreated control
Treatment 2:ORGAMIN sprays at dose of 0.2 %, Water consumption: 1 L/plant<1st stage applications:><2nd stage applications:>
1st June 29, '95 at developed flower buds
1st July 20, '95 at developed flower buds
2nd July 7, '95 at 3 days after flowering
2nd August 1, '95 at 3 days after flowering
3rd July 15, '95 at 10 days after flowering
3rd August 8, '95 at 10 days after flowering
4th July 20, '95 at 15 days after flowering
4th August 16, '95 at 15 days after flowering
8. Formula of fertilizer:Organic manure 5 Kg, Super phosphate 0.4 Kg, Urea+DAP 0.5 Kg and KCl 0.1 Kg/plant/year
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Effect of ORGAMIN to improve yield and quality of Dragon fruita
Ratio of fruits over 350 g
Fruits Yield
Quality factors
Treat%
Kg/plant
Brix Preserved Color
Thorn
ment
1st harvest 2nd harvest 1st harvest 2nd harvest digree(%) fruits
ripen
fruitsAug. 8
Sept. 4
Aug. 8
Sept. 4(Days) fruits
Control

42.8

21

5.6

3.3

13.8

5-7

Not lustrous

Mediu

ORGAMIN
0.2 %

47.2

27

7.1

4.8

14.2

5-7

Carmin, lustrous Big

11. Discussion:1) Fruits weight(greater than 350 g) and brix degree were increasing by twice applications of
ORGAMIN.
2) Fruits color of ORGAMIN-treated plot was carmin and lustrous.

Report of Practical Use of ORGAMIN on Garlic/Taiwan- 33 -TWNPR003

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Dor-Who,
3. Location: Shoei-Lin, Yunlin, Taiwan
4. Crop: Garlic, Var.: Black Leaf
5. Period of the test: Nov., '97 to Mar., 1998
6. Application of ORGAMIN: 1st: Dec. 15, '97, 1.3 L/ha diluted in 500 times volumes water, foliar
2nd: Dec. 30, '97, 1.3 L/ha diluted in 500 times volume of water, foliar
3rd: Jan. 14, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
4th: Jan. 29, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
5th: Feb. 14, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
6th: Feb. 28, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
7. Reading Date: March, 1998
8. Plot design:
9. Result:
Treatment
ORGAMIN

Rate
Liter/ha
1.3 x 6 times

Control, untreated

Yield Evaluation
Kg/ha%
18,101
180.7
10,017100.0

Percentages of garlic by size(%)
Large
Medium
Small
51
41
8
29

45

26

10. Discussion:
1) ORGAMIN extended the crop cycle of garlic.
2) Not only yield increase, the size of each garlic of ORGAMIN tretment plot was much bigger thanthat of the plot of untreated control.

Report of Practical Use of ORGAMIN on Garlic/Taiwan

No. TWNPR004

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Jih
3. Location: Shoei-Lin, Yunlin, Taiwan
4. Crop: Garlic, Var.: Black Leaf, Transplanted on Nov. 27, 1998
5. Period of the test: Nov., '98 to Mar., 1999
6. Application of ORGAMIN: 1st: Dec. 17, '98, 0.7 L/ha diluted in 500 times volumes water, foliar
2nd: Dec. 28, '98, 0.7 L/ha diluted in 500 times volume of water, foliar
3rd: Jan. 8, '99, 0.7 L/ha diluted in 500 times volume of water, foliar
4th: Jan. 18, '99, 0.7 L/ha diluted in 500 times volume of water, foliar
5th: Jan. 29, '99, 0.7 L/ha diluted in 500 times volume of water, foliar
6th: Feb. 9, '99, 0.7 L/ha diluted in 500 times volume of water, foliar
7th: Feb. 20, '99, 0.7 L/ha diluted in 500 times volume of water, foliar
7. Reading Date: March, 1999
8. Plot design: 2 replications with 100 ㎡ per block
9. Result:
Treatment
ORGAMIN
Control, untreated

Rate
Liter/ha
0.7 x 7 times

Yield Evaluation
Kg/100 ㎡
%
179
173.8
103

Report of Practical Use of ORGAMIN on Garlic/Taiwan- 34 -

100.0

Percentages of garlic by size(%)
Large
Medium
Small
47
36
17
30

6

24
TWNPR005

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Jih
3. Location: Shoei-Lin, Yunlin, Taiwan
4. Crop: Garlic, Var.: Black Leaf, Transplanted on Nov. 27, 1998
5. Period of the test: Nov., '98 to Mar., 1999
6. Application of ORGAMIN: 1st: Dec. 17, '98, 1.3 L/ha diluted in 500 times volumes water, foliar
2nd: Dec. 28, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
3rd: Jan. 8, '99, 1.3 L/ha diluted in 500 times volume of water, foliar
4th: Jan. 18, '99, 1.3 L/ha diluted in 500 times volume of water, foliar
5th: Jan. 29, '99, 1.3 L/ha diluted in 500 times volume of water, foliar
6th: Feb. 9, '99, 1.3 L/ha diluted in 500 times volume of water, foliar
7th: Feb. 20, '99, 1.3 L/ha diluted in 500 times volume of water, foliar
7. Reading Date: March, 1999
8. Plot design: 2 replications with 100 ㎡ per block
9. Result:
Treatment
ORGAMIN

Rate
Liter/ha
1.3 x 7 times

Control, untreated

Yield Evaluation
Kg/100 ㎡
%
168
176.8
95

100.0

Evaluation of ORGAMIN D-A on Grape /USA

Percentages of garlic by size(%)
Large
Medium
Small
46
39
15
27

45

28

USOF0018- 35 -

1. Reporter: RD Kukas, Tracs Corporation
2. Period of the test: May 15 '97 to August 8, '97
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on grape for wine.
4. Location: Tulare, California
5. Crop: Grape, variety:Chenin Blanc, age:13 years
6. Applications of ORGAMIN D-A:
1st:May 12, '97, foliar
2nd:June 4, '97, foliar
3rd:June 19, '97, foliar
4th:July 8, '97, foliar
5th:July 25, 97, foliar
7. Yielding date: August 8, '97
8. Plot design:Random block, 6 replications
9. Results:
Tri Treatment
No Name
1

Rate
Vigor
oz/acre(=L/ha) July 7
0-10

Yield
Aug. 8
LB/2 vines

Yield
Aug. 8bunches/2 vines

Yield
Aug. 8LB/acre(%)

Brix
Aug. 8Degrees

ORGAMIN D-A

25.6(=1.87 L/ha) 9.3
119.20278.3
27,058.4(109.2)
19.02=0.2 Gal/acre
2 ORGAMIN D-A
38.4(=2.81 L/ha) 9.7
120.47271.5
27,345.9(110.4)
19.03=0.3 Gal/acre
3 Check--8.7
109.13256.0
24,773.3(100.0)
18.08
Obs.:In 3 plots of Check and in 1 plot of ORGAMIN D-A 0.2 Gal/acre presence of symptoms of "MEASLES" wereobserved. Presence of this disease affect vigor and yield of the crop.

Experimental Results of ORGAMIN on Grape/Vietnam

VIOF013

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Ninh Thuan Agricultural Extension Center)
2. Cooperator: Engineer Truong Van Xa, and farmer Dang Van Ngoc
3. Period of the test:Harvest:1st Oct. 8, '95 to last(4th) Oct. 23, '95
4. Purpose: Evaluation of the efficacies of ORGAMIN on Grape at farm land
5. Location: Phuoc My Village, Phang Rang Town, Ninh Thuan Province
6. Crop: Grape, Red Cardina, planted density:200 plants/1,000 ㎡
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Spray at dose of 0.2 % befor cutting branches: 1st:July 5, '95
2nd:July 12, '95
At Flowering: 3rd:July 25, '95
4th:August 10, '95
Frutifying:
5th:August 19, '95
Fruits, 3mm: 6th:August 29, '95
8. Formula of fertilizer:Urea 30 Kg, Super phosphate 30 Kg, KCl 22 Kg and mixed fertilizer of
NPK 20-20-15 150 Kg per 1,000 ㎡
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Fruits yield/500 ㎡:
ORGAMIN 0.2 % Plot: Av. 7.4 Kg/plant (123.33%)
Untreated control Plot : Av. 6.0 Kg/plant (100 %)11. Observation: * Leaves of grape trees of ORGAMIN-treated plot were dark blue.
*Number of buds of ORGAMIN-treated plot was more than that of untreated plot.
Field Test of of AMIGROW(=ORGAMIN) on Irish Potato/Japan- 36 -JPNPR0005

1. Reporter: R. Inoue-Pulsar International Corporation
2. Cooperator:
3. Period of the test:March to july, '87
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) on Irish Potato under field condition
5.Location: Farm of Mr. Nukanobu, Ongata, Hachioji, Tokyo
6. Crop:Irish Potato, Variety: Dansyaku
7. Treatments:
Treatment 1:ORGAMIN 400 times water diluted x 7 times on May 13, 22, 27, June 3, 10, 18 and 26, '87
Treatment 2:Untreated control
8. Formula of fertilizer:
9. Plot design:3 raws were devided into 2 parts, 1 for ORGAMIN treated and another for untreated control, bycrossing line at center of lines. Each one plot had 30 plants of Irish potato.
10. Results:
YIELD
Treatment
Number of tuber
Weight of tuber
Total
Av./plant
Total gr Av. weight/tuber
Av. gr/plant
1. ORGAMIN(22 plants)

106

4.818

22,187209.31

1,008.5 (225.0%)

2. Control
56
3.733
6,723
120.05448.2 (100.0%)(15 plants)
11. Discussion:1. Main appearent cause of low yield of control plot is diseases like Alterinaria spot and Leaf roller
virus, the symptoms of them occurred at tward end of crop cycle.(See fotoes.)
2. The crop of ORGAMIN-treated plot resisted well such diseases and continued to be breen for longer
time than the crop of untreated control.
3. ORGAMIN treatment resulted to increase number of tuber per plant(129.07% over control) andmuch more in the growth of each tuber(174.4% over control). Yield per plant of ORGAMIN-treatedplot reached to 225.0 % of control.

At the end of growth cycle, ORGAMIN-treatedplants still keep green.

In the same day that left photo was taken, untreatedcontrol plants were almost dying mainly caused by"leaf roller virus".

Field Tests of Efficacies of ORGAMIN DA and ECOLOGYC on Kidney Bean/Brazil- 37 -

BROF0010

1. Reporter: I. Kon-AGRO COSMOS (Cosmos Agrícola Produção e Serviços Ltda.)
2. Cooperator: Estaçã Shokucho Do Brasil Agríicola Ltda.
3. Purpose of the test:Evaluation of performance of ORGAMIN DA & ECOLOGYC on Kidney bean
4. Location:Engenheiro Coelho-State of São Paulo, Brazil
5. Period of the test: December, 2002 to March, 2003
6. Crop/Variety: Kidney bean(Phaseolus vulgares), Var. Carioca
7. Applications: 1st application: 2002/12/30, plant hight:14-16cm, consumption of the solution: 850 Litee
2nd application: 2003/01/14, with bloom, consumption of the solution: 1,250 Litee
3rd application: 2003/02/10, plant hight:76cm, consumption of the solution: 1,500 Litee
The dose of ORGAMIN DA and ECOLOGYC were 2.0 L/ha and 2.0 L/ha at all time.
8. Treatments: 1. Untreated control with normal(recommended) soil fertilizer
2. Untreated control with half of the basic soil fertilizer recommended.
3. ORGAMIN DA: with half of the basic soil fertilizer recommended.
4. ECOLOGYC: with half of the basic soil fertilizer recommended.
9. Results: Weights of beans harvested from each treatment were converted to Kg/ha, shown below.

TREATMENTYELD, Beans Kg/ha
Treat 1 baseTreat 2 base

1. Untreated control withnormal dose soil fertilizer

886.33(100%)(112.6%)

2. Untreated control with
1/2 dose soil fertilizer

787.33(88.8%)(100%)

3. ORGAMIN DA: with
1/2 dose soil fertilizer

904.89(102.1%)(114.9%)4. ECOLOGYC: with
1/2 dose soil fertilizer

807.78(91.1%)(102.6%)

Test Results of AMIGROW(=ORGAMIN) on Lettuce/Japan- 38 -

Observations:1) Though the plots of ORGAMIN DA
treatment were dosed with 50% ofreccomended dose of the basic fertilizer tosoil, have shown the highest yield of grain.
2) The plot of ECOLOGYC treatment haveshown lower grain yield, slightyl over thetreatment No. 2, which is the plot of 50%
dose of reccomended soil fertilizer.
3) ORGAMIN DA treatment should bereccomended for Kidney Bean to increase
yield and improvement of the seed quality
produced. The dose reccomended is 2L/ha
x 3 applications.

JPNPR0002

1. Reporter: Hokko Chemical Corporation
2. Cooperator:
3. Period of the test: October to December, '86
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) on lettuce in small scale field
5. Location: Farm of Hokko Chemical Research Center, Atsugi, Kanagawa
6. Crop: Lettuce, Variety:Sunlakes, Date of transplant:October 3, '86,
7. Treatments:
Treatment 1: ORGAMIN sprays at dose of 6.0 L/ha, x 6 times
1st October 3, 2nd Oct. 28, 3rd November 7, 4th Nov. 14, 5th Nov. 18 and 6th Nov. 28, '86
Treatment 2: Untreated control
8. Formula of fertilizer:
9. Plot design:2 replications, 1 block with 2 ㎡
10. Results:
Treatment
No. of plants
Size
Weightyielded
Diameter % Av./plant
percent(%)
1.ORGAMIN
56
14.2 ㎝ 106
749.1 gr109
6.0 L x 6
2. Control
57
14.2 ㎝ 100
687.1
100

Experimental Results of ORGAMIN on Longan /Vietnam- 39 -

VIOF010

1. Reporter: Long Dinh Fruits Research Center2. Cooperator: Vietnam Pesticide Company
3. Period of the test:1st spray on June 15, '95 to harvest on October 4, '95
4. Purpose: Evaluation of the efficacies of ORGAMIN on Longan fruits
5. Location: Long An Village, Chau Thanh District, Tien Giang Province
6. Crop:Longan, 4 years old
7. Treatments:
Treatment 1:Untreated control
Treatment 2:ORGAMIN sprays at dose of 0.2 %: 1st at Bloom
Treatment 3:ORGAMIN sprays at dose of 0.3 % 2nd to young fruits
3rd at 15 days after 2rd spray
4th at 15 days after 3rd spray
Treatment 4:Libspray sprays at dose of 0.5 %:1st at before flowering
2nd at after fructifying
3rd at 15 days after 2nd spray
4th at 15 days after 3rd spray

8. Formula of fertilizer:NPK 16-16-8 300 Kg/Ha/Year dosed after harvest in '94
9. Plot design:Randomized complete block with 3 replications. Each plot with 2 plants.
10. Other pesticides:Monocrotofos at 0.25 % on June 22, June 29, July 24 and July 31 to control Tessaratoma
longicorn and Dichocrosis punctiferalis. To each spray of foliar fertilizers, adhesive TOBA-ST
was mixed at concentration of 0.125 %11. Results:
Effect of ORGAMIN to prevent young fruits' dropping off, yield of fruits and it' quality
Treatment% Dropping off
Yield
Quality factors
Days after 2nd application Total of Av. no. Total Av wt Calcu- Fruits
Brix
Color
10
20
30
40
50 5 stages frit/cl. no cl/pl fruits(g) lated yield
Av, 30 (1-5)*
kg/pl kg/pl(%) fruits

Control
48.7 25.3 19.3 10.1 11.4 73.5 8.97 143.7 10.4
ORGAMIN 39.5 22.6 4.7 3.5
2.2 56.3 10.92 156.7 12.1
0.2 %ORGAMIN 31.7 24.9 6.9 3.3
1.8 54.0 13.91 155.0 12.7
0.3 %Libspray31.7 22.3 10.9 2.4
1.9 58.6 13.02 148.0 11.2
0.5 %
cv %
21.3 50.5 54.2 48
50
12 15.1
13
5.8
Obs.:* Color leading of fruits peel:Scale: 1 - 5 = Dark yellow - Light white

13.0 15.17(100) 22.11 2.85
20.8 17.8 (118) 21.79 3.00
27.7 19.17(126) 20.63 3.00
22.0 15.83(104) 19.88 2.64
20.8

18.7

3.6

12. Discussion:1) ORGAMIN at 0.2 %, ORGAMIN at 0.3 % and Libspray at 0.5 % decreased young fruits' droppingoff2) At all treatment, fruits yield was higher than untreated. Highest fruits yield was recorded in
ORGAMIN 0.3 % plots.
3) It is recommendable to spray ORGAMIN to Longan at 0.3 % at bloom and 3 times with 15 days
intervals at young fruits stages.

Field Tests of Efficacies of ORGAMIN DA and ECOLOGYC on Mango/Brazil- 40 -

BROF0007

1. Reporter: I. Kon-AGRO COSMOS(Cosmos Agrícola Produção e Serviços Ltda.)
2. Cooperator: Sitio Conceição, Conchal-SP
3. Purpose of the test:Evaluation of performance of ORGAMIN DA & ECOLOGYC on Mango
4. Location:Conchal-State of São Paulo, Brazil
5. Period of the test: July, 2003 to February 2004
6. Crop/Variety: Mango(Mangifera indica), Var. Palmer
7. Applications: 1st application: 20 days before bloom
2nd application: Imediately after bloom
3rd application: 30 days before harvest
4th application: 7 days before harvest
ORGAMIN DA & ECOLOGYC were diluted by 500 times in water(200 ml product/100 L water) for whole tree
spray.
8. Treatments: 1. Untreated control
2. ECOLIFE(Local Product) 400 ml
3. ORGAMIN DA 200 ml/100 L
4. ECOLOGYC 200 ml/100 L
9. Results: Number of the fruits(from the test plots), total weight of fruits(equivalent:ton/ha) and Brix were counted.
Treatment

Total Number of Fruits

Total weight of fruits(equivalent:ton/ha)

Sugar Content
Brix

Untreated Control

110

54.8 (100%)

14.1

ECOLIFE92

41.0 (74.8%)

12.8

ORGAMIN DA

120

58.7 (107.1%)

14.5

ECOLOGYC

101

47.8 (87.2%)

13.3

Reports of Practical Uses of ORGAMIN D-A on Peach /Japan- 41 -JPNPR0014

Peach:1. Reporter: Odagiri
2. Location: Yamanashi Pref
3. Variety: Yamanashi Hakuhou
4. Application of ORGAMIN D-A: 3 times in a season at 1000 times dilution in water. ≒ 3.0 L/ha(=0.32 Gal/acre)
5. Result:Size
No. 11
15
18
20
22
25
28

Percentage of fruits by size
1995(tested year)
1994(previous year)
1%
0%
10
0.5
31
3.2
38
15.5
15
36.0
8
34.7
0.8
14.2

Weight of commercialized fruits was increased
by about 10 % in the year that Mr. Odagiri
started to use ORGAMIN D-A, than the previous
year. In 95, some peach trees of this farm were cut
to reduce planted acrage than 94 by 10 %.
Obs.:Size number shows the number of fruits which
occupy a standard sized carton box.

Reports of Practical Uses of ORGAMIN D-A on Peach /JapanJPNPR0015

Peach:
1. Reporter: Odagiri
2. Location: Yamanashi Pref
3. Variety: Kanoiwa Hakuhou
4. Application of ORGAMIN D-A: 3 times in a season at 1000 times dilution in water. ≒ 3.0 L/ha(=0.32 Gal/acre)
5. Result:Size
No. 11
15
18
20
22
25
28

Percentage of fruits by size
1995(tested year)
1994(previous year)
0.5 %
0%
0.5
0.5
10
2.4
41
15.5
29
42.9
19
33.0
1.0
10.9

Green House Test of ORGAMIN on Peach/Japan

Weight of commercialized fruits was increased
by 53.9 % in the year that Mr. Odagiri
started to use ORGAMIN D-A, than the previous
year This yield increase was ovtained mainly byincreased size and drascally reduced off-spec fruits.
Obs.:Size number shows the number of fruits which
occupy a standard sized carton box.

JPNPR0012- 42 -

1. Reporter: R. Inoue-Pulsar International Corporation
2. Cooperator: Mr. Y. Nozawa, Mr. K. Oshima-Japan Carlit Co., Ltd.
3. Purpose of the test:Evaluation of performance of ORGAMIN to Peach
4. Location:Farm of Mr. Y. Nozawa, Ichimiya, Yamanashi
5. Period of the test: March to June, '92
6. Crop/Variety:Peach, Var. Hikawa
7. ORGAMIN application: Orgamin diluted by 600 times in water, sprayed by speed-sprayer.
Timing of application: 1st: Early March, soon after petal fall
2nd: 2 weeks after 1st application
8. Treatments: 1. OPRGAMIN
2. Untreated control
9. Results: 1-Chlorophyll density of samples, 6 3rd leaves of each treatment collected from tips of shoots randomly
selected were checked on May 28, using Chlorophyll mesuring device "MINOLTA".
Chlorophyll Density(SPDA value)
Treatment
leaf position
1
2
3
4
5
6
Average(%)
1. ORGAMIN Leaf tip
41.0
43.4
43.4 42.8
40.2
40.5
41.9
(125.4 %)Leaf base
44.1
45.8
41.7 40.6
38.4
37.6
41.6
(114.9)2. Control
Leaf tip
34.1
38.8
29.0 34.1
33.2
31.2
33.4
(100.0)
Leaf base
36.9
32.8
33.5 43.6
35.6
35.0
36.2
(100.0)2-Size of leaves which were used for cholorophyll density counting. All of the leaves were spread on theglass of copy machine(RICOPY FT4530) and copied on graph
Treatment
1
2
3
4
5
6
Average(%)
1. ORGAMIN
39.60 41.28 33.87 37.0 32.45 25.91
35.02 c ㎡ (187.25 %)2. Control
22.76 23.58 19.77 17.1 15.55 13.47
18.70(100.0)Obs.: 1) Fig. is a area calculation sheet of the sample leaves.
2) At the farm Nozawa(farm "N"), off-spec fruits used to be produced due to injuries of some mechanicalcauses and mal-formation due to physiological causes at ratio of 2 to 3 % of total fruits in the past however,in the test, ORGAMIN-treated plot produced only 1 fruits among totral 900 fruits yielded was off-spec.
Percentage wise, it is 0.11 %.
3) At another farm "A", peach greenhouse usually has produced about 10 % of off-spec fruits but, in thegreenhouse where ORGAMIN spray test was done this year, off-spec of mal-formation has desappeared.
4) Average brix level of ORGAMIN treatment plot of Farm"A" ranged 13 to 14 while, brix levels of fruits ofneighboring farms was about 12 in average.
5) ORGAMIN-treated peach trees of both farms "N" and "A" showed further vigourous shoot growth thancontrol.
6) Though during all the time of after petal-fall to harvest, the Farm"A" did not use miticidebut, almost nothingof red mite which has been usual pest of greenhouse peach, was present.
7) Sizes of the fruits harvested from ORGAMIN-treated greenhouse of the Farm"A" were one class upper thanthat have been experienced in the past years.
Discussion:1) Unlike urea, ORGAMIN is not a "Nitrogen rich" fertilizer but, application of ORGAMIN made darker
colored leaves with almost 90 % more of surface area of the leaves than control at least at certain stage of
growth. Under unfavorable light conditions of greenhouse where tha light volume is estimated to be 60 % of
the open field, ORGAMIN performance of increase leaf surface area and increase chlorophyll density seemto improve quality of the peach fruits.
2) Other experiences on preventive effects of ORGAMIN spray, to red and leaf mites or spider mites of crops
were reported on chrysanthemum, orange, cotton and "Shiso". The reason of this effect is explaned thatcomplete plant respiration accerelated by plant enzyms produced by amino-acids contained in ORGAMIN,
clean oviposition atractants which are some by-products of incomplete respiration.

Field Tests of ORGAMIN D-A on Pear, Japanese (Green variety)/Japan- 43 -JPNPR0013

1. Reporter:Sankei Chemical Ltd.
2. Period of the test:May15-September 8, 1996
3. Purpose: To observe performance of ORGAMIN D-A in Japanese Pear
4. Location:Tottori Pref. Akasaki-tyou
5. Crop/Variety:Japanese Pear/Nijyusseiki(Green Type)
6. ORGAMIN D-A Applications: 3 times, water solution at 3000 L/ha(=320 Gal/acre) were applied to a separated
plot of a commercial firm. Beside the ORGAMIN D-A treated area, an area of non treated control was set.
1st:May 15 0.10 % solution(=3 L of ORGAMIN D-A/ha=0.32 Gal/acre) mixed to organic copper at 0.1%,
Polyoxin AL at 0.15% and SpracideWP at 0.15%
2nd:June 2 0.10% solution(=3 L of ORGAMIN D-A/ha=0.32 Gal/acre) mixed to "DIARIN" WP at 0.6%, andAdmireWP at 0.05%
3rd:June27
0.10 % solution(=3 L of ORGAMIN D-A/ha=0.32 Gal/acre) mixed to organic copper at 0.1%,
Polyoxin AL at 0.15% and Kirval at 0.1%
7. Yielding: August 28 to September 8
8. Evaluation: All of yielded fruits were classified by classifier machine featured with a sensor of color, size andcleanness. Sugar levels were checked with Blix meter.
Size levels are from small to large, S, M, L, 2L, 3L, 4L, and 5L
Quality levels based on the color and cleanness are Excellent, Good and Fare which arecommercializable. Off-spec fruits are classified as "-".
9,300 fruits from ORGAMIN D-A treated plot and 2,500 fruits from control plot were automaticallyclassified by the sensor.
9. Result:
Table 1. Classification of The Fruits, ORGAMIN D-A treated Pear
Size
Excellent
Good
Fare
Total
Percentage(%)
5L
15
12
6
6
39
0.4
4L
472
250
116
70
908
9.7
3L
2,138
1,162
450
158
3,908
41.9
2L
1,335
1,070
358
138
2,901
31.1
L
487
472
144
49
1,152
12.3
M
98
166
64
16
344
3.7
S
19
37
15
13
84
0.9
Total fruits number
4,564
3,169
1,153
450
9,336
100.0
Percentage(%)
48.9
33.9
12.4
4.8
100.0
Total weight(KG)
Percentage(%)
Av. weight/fruit

1,546.2
49.6
338.8

1,038.1
33.3
327.5

381.9
12.2
331.2

Table 2. Classification of The Fruits, Non-Treated Pear
Size
Excellent
Good
Fare
5L
0
0
0
4L
6
5
5
3L
167
172
64
2L
432
472
159
L
250
350
90
M
88
139
29
S
2
15
2
Total fruits number
945
1,153
349
Percentage(%)
36.7
44.7
13.5
Total weight(KG)
Percentage(%)
Av. weight/fruit

288.3
37.0
305.1

345.6
44.3
299.7

106.9
13.7
306.3

151.2
4.9
336.0

3,117.4
100.0
333.9

0
3
17
55
40
12
2
129
5.0

Total
0
19
420
1,118
730
268
21
2,576
100.0

38.7
5.0
300.0

779.5
100.0
302.6

Table 3. Comparison of Sugar Content(Brix Level)
September 1st. '96
September 25，'96
a. ORGAMIN D-A TREATED
11.15(n=12)12.56(n=13)
b. Non Treated Control
10.3(n=3)
11.68(n=15)
Observations:- 44 -

Percentage(%)
0.0
0.7
16.3
43.4
28.3
10.4
0.8
100.0

① Size of fruits in the ORGAMIN D-A treated plot was increased by one step under Japanesepear market classification standard. Average weight of the fruits of ORGAMIN D-A
treated was superior than that of non treated control by 10.34 %.
② Percentage of the fruits qualified as "Excellent" in the ORGAMIN D-A treated plot was
48.9% against 36.7% of non treated plot.
③ Sugar content of fruits of ORGAMIN D-A treated plot showed nearly 1 point superior thanthat of non treated control.

Field Test of Application of ORGAMIN on Peanuts('88/89)/Brazil- 45 -

BRPR0012

1. Reporter: Luiz Paschoal Cuglieri, Tropical Technica Agricola Ltd., Brazil
2. Cooperator:
3. Period of the test: First application on November 25, '88 to harvest March 4-5, '89
4. Purpose: Evaluation of the efficacies of ORGAMIN on Peanuts
5. Location: Fazenda Santa Rosa II, Quata-Sao Paulo
6. Crop:Peanuts, Variety:Tatu branco
7. Treatments:
Treatment 1:ORGAMIN 4.2 L/Ha x 4 times
1st: November 25, '88, 2nd: December 12, '88, 3rd: December 27, '88 and 4th: January 12, '89
Treatment 2: Untreated control
8. Formula of fertilizer:Basic 4-30-10, 208 Kg/ha.
9. Plot design:Total 9.6 ha was used to make 13 replications of 2 treatments in 26 plots. Each plot having 66.12 ㎡
of 12 rows.
10. Results:
Treatment

Area 1

Yield Kg/plot
Area 2Total

ORGAMIN
4.2 L x 4

34
33
35.5
31.5

44
44
40

45
33
44

34.5
30
33.5

Control

28
32
30
33

30
35
30.

36 29
40.5 2430.5 28

%

482.0

118.6

406.5

100

Obs.: 1) Plant color of ORGAMIN-treatedplots was well accented dark-green
while that of control plots was muchlighter.
2) In ORGAMIN plots, crops went todie about 10 days later than that ofcontrol.
3) It was aproved that ORGAMIN
never cause excessive plant growth.

Photo shows a difference of leaf colors of ORGAMIN-treatedplot(near side) and untreated control plot(furtherside).

Test Results of Foliar Application of ORGAMIN on Peanuts/Brazil- 46 -

BROF0002

1. Reporter: Dr. G. Aparecido de Aquino Guedes-Escola Superior de Agricultura de Lavras
2. Cooperator:
3. Period of the test:August, '85 to july, '86
4. Purpose: Evaluation of the efficacies of ORGAMIN on Peanuts
5. Location: ESAL-Lavras, minas Gerais, Brazil65. Crop: Peanuts, variety:Tatui
6. Treatments:
Application timings:
Treatment 1:ORGAMIN 6.0 L/Ha x 3 times
1st: January 7, 86
Treatment 2:Product A 6.0 L/Ha x 3 times
2nd: January 30, '86
Treatment 3:Product B 6.0 L/Ha x 3 times
3rd: February 20, '86
Treatment 4:Untreated control
7. Formula of fertilizer:Basic 4-16-8, 400 Kg/ha.
8. Plot design:4 replicated blocks mesured 40 ㎡(10 m x 4 m)
9. Results:
Yield
Treatment
Kg/Ha%
ORGAMIN
6.0 L x 3
Product B
6.0 L x 3
Product A
6.0 L x 3
Control

1,410

130

1,285

116

1,268

117

1,085

100

Test Results of Foliar Application of ORGAMIN on Peanuts in Dry Season/Brazil

BROF0003

1. Reporter: Dr. M. E.Maechetti-Escola Superior de Agricultura de Paraguaçu Paulista
2. Cooperator:
3. Period of the test:April to november, '86
4. Purpose: Evaluation of the efficacies of ORGAMIN on Peanuts in dry season
5. Location: Model farm of ESAPP, Paraguaçu Paulista, Sao Paulo, Brazill
6. Crop: Peanuts, variety:Tatui, Sawn April 7, '86, Germination:April 11, Spacing:60 10 cm
7. Treatments:
Treatment 1:Basic fertilizer+ORGAMIN 6.0 L/Ha x 1 application
Treatment 2:ORGAMIN treatment to seed+ORGAMIN 6.0 L/Ha x 2 applications
Treatment 3:ORGAMIN 6.0 L/ha x 3 applications
Treatment 4:ORGAMIN 6.0 L/ha x 4 applications
Treatment 5:ORGAMIN 6.0 L/Ha x 2 applications+ORGAMIN-Ca 6.0 L/Ha x 1 application
Treatment 6:Untreated control without fertilizer
Treatment 7:Untreated control with basic fertilizer
8. Formula of fertilizer:Basic 0-30-10, 600 Kg/ha.
9. Plot design:4 replicated blocks mesured 10 ㎡(5 m x 2 m)
10. Results:
Treatment
Yield With shell Kg/Ha ( %)1) Basic fertilizer+ORGAMIN 6.0 L/Ha x 1 application
1,877
118
2) ORGAMIN seed+ORGAMIN 6.0 L/Ha x 2 applics.
1,957
125
3) ORGAMIN 6.0 L/ha x 3 applications
1,637
103
4) ORGAMIN 6.0 L/ha x 4 applications
1,423
905) ORGAMIN 6.0 L/ha x 2 applics.+ORGAMIN-Ca 6.0L/ha x 1 appl.
1,765
111
6) Untreated control without fertilizer
1,584
100
7) Untreated control with basic fertilizer
1,648
104
Experimental Results of ORGAMIN on Peanuts/Vietnam- 47 -

VIOF018

1. Reporter:VIETNAM PESTICIDE COMPANY(Cooperation with Thua Tien Agricultureal Extension Center)
2. Cooperator: Engineer Dan Van Thuan
3. Period of the test:Sawing March 2, '95 to harvest June 10, '95
4. Purpose: Evaluation of the efficacies of ORGAMIN on Peanuts at farm land
5. Location: Huong Long Village, Hue City
6. Crop: Peanuts, Lac giay(local variety)
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Sprays at dose of 0.25 %: 1st:Before flower and(Water consumption:480 L/Ha)
2nd at end of flower
8. Formula of fertilizer:Urea 60 Kg, P2O5 300 Kg, KCl 80 Kg and manuring lime 200 Kg and Ash of wood 2,000
Kg per Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Nuts yield/500 ㎡:
ORGAMIN 0.25 % Plot: 130 Kg/500 ㎡(=2.60 MT/Ha) (118.18%)
Untreated control Plot : 110 Kg/500 ㎡(=2.20 MT/Ha) (100 %)11. Observation: * Leaves of crop of ORGAMIN-treated plot were dark blue.
* Plant hight of ORGAMIN-treated plot was increased.
* Brown spot(=Cercospora sp.) decreased in the ORGAMIN plot.
* Peanuts plants of ORGAMIN-treated plot were tolerated drought.

Experimental Results of ORGAMIN on Peanuts/Vietnam

VIOF019

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Hue VIPESCO Branch)
2. Cooperator: Engineer Le Thi Da
3. Period of the test:Sawing March 12, '95 to harvest June 20, '95
4. Purpose: Evaluation of the efficacies of ORGAMIN on Peanuts at farm land
5. Location: Huong Long Village, Hue City
6. Crop: Peanuts, Lac giay(local variety)
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Sprays at dose of 0.25 %: 1st:Before flower and(Water consumption:320 L/Ha)
2nd at end of flower
8. Formula of fertilizer:Urea 60 Kg, P2O5 300 Kg, KCl 80 Kg and manuring lime 200 Kg and Ash of wood 2,000
Kg per Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
10. Results:
Nuts yield/500 ㎡:
ORGAMIN 0.25 % Plot: 120 Kg/500 ㎡(=2.40 MT/Ha) (122.44 %)Untreated control Plot : 98 Kg/500 ㎡(=1.96 MT/Ha) (100 %)11. Observation: * Plant hight of ORGAMIN-treated plot was 17 cm against control, 15 cm, 15 days after application.
* Number of leaf worm the ORGAMIN plot was 7 to 10 larvae/㎡ against 20 to 22 larvae/㎡ atcontrol plot. .
* Peanuts plants of ORGAMIN-treated plot were tolerated drought.

EVALUATION of ORGAMIN DA on Prunes/USA-98

USOF0023- 48 -

1. Reporter: RD Ron Kukas, Tracs Corporation
2. Period of the test: May 16, 1998 to September 9, 1998
3. Location: Farmersville, California
4. Crop: Prunes, Var.: D'Agen
5. Applications of ORGAMIN DA: 1st: March 16, '98 at 5 % bloom stage,
2nd: April 15, foliar at petal fall,
3rd: May 8, foliar at 0.5 inch fruits,
4th: June 3, foliar at 0.75 inch fruits,
5th: July 7, foliar at 1.0 inch fruits.
6. Harvest date: September 9, '98
7. Plot design: Random block, 4 replications, each plot 22 ft x 216 ft
8. Result:
Treatment

Rateoz/AcreORGAMIN DA 25.6(=0.2 Gal)
Control, untreated

LB/100 fruits
4.63
4.43

Yield, September 9
LB/AcreDried Fruitston/Acre(%)
16,867.5
2.715(128.8 %)13,055.3

2.108(100 %)$/Acre2,172.0
1,686.0

Obs.:LBs per 100 fruits = The weight of 100 prunes randomly selected from 4 trees in each replication;
LBs per Acre = The calculated LBs of prunes per Acre;
Dried fruits in tones per Acre = Calculated tones of dried prunes per Acre(It takes 3.1 tones of fresh fruits toequal 1 ton of dried prune);
Dollar per Acre = The calculated income per Acre(Dried prune were worth approximately $ 800.0 per ton).

Test Result of Foliar Application of ORGAMIN on Rice/Brazil- 49 -

BRPR0006

1.Reporter: Dr. G. A. de Aquino Guedes-Escola Superior de Agricultura de Lavras
2. Period of the test: November 4, '85 to harvest in April '86
3. Purpose: Evaluation of the efficacies of ORGAMIN on Rice
4. Location: ESAL - Lavras, Minas Gerais, Brazil
5. Crop: Rice, Variety:IAC-47
6. Treatments:
Application timings:
Treatment 1:ORGAMIN 6.0 L/ha x 3 times
1st: Dec 27, '85
Treatment 2:Product A 6.0 L/ha x 3 times
2nd: January 21, '86
Treatment 3:Product B 6.0 L/ha x 3 times
3rd: February 20, '86
Treatment 4:Untreated control
7. Formula of fertilizer:Basic 4-16-8 400 Kh/ha
8. Plot design:4 replications of blocks mesured 40 ㎡(10 m x 4 m)
9.Results:
Tri
No
1
2
3
4

Treatment
Name
ORGAMIN
Product A
Product B
Control

Rate
L/Ha
6.0
x 3 times
6.0
x 3 times
6.0
x 3 times-------

Test Result of Foliar Application of ORGAMIN on Rice(84/85)/Brazil

Yield
Kg/ha.
3,161
2,802
2,930
2,876

Percent(%)
110
97
102
100

BROF0008

1. Reporter: Dr. Akihiko Ando-Escola Superior de Agricultura "Luiz de Queiroz, USP
2. Period of the test: November 4, '84 to harvest in March '85
3. Purpose: Evaluation of the efficacies of ORGAMIN on Rice
4. Location: Experimental Field of ESALQ- Piracicaba, Brazil
5. Crop: Rice, Variety:IAC-1246, Seeding:November 6, '84
6. Treatments:
Treatment 1:ORGAMIN 15.0 L/ha x 1 application at ramification stage
Treatment 2:ORGAMIN 15.0 L/ha x 1 application at sprouting stage
Treatment 3:ORGAMIN 15.0 L/ha x 1 application at earing stage
Treatment 4:ORGAMIN 15.0 L/ha x 2 applications at ramification and sprouting stages
Treatment 5:ORGAMIN 15.0 L/ha x 2 applications at ramification and earing stages
Treatment 6:ORGAMIN 15.0 L/ha x 2 application at sprouting and earing stages
Treatment 7:ORGAMIN 15.0 L/ha x 3 applications at ramification, sprouting and earing stagesl
Treatment 8:Untreated control
7. Formula of fertilizer:
8. Plot design:2 replications of blocks mesured 8 ㎡(4 m x 2 m)
9.Results:
Tr.
Treatment
Rate
Timings
Yield
No.
ame
L/Ha
Kg/ha.
Percent(%)
1
ORGAMIN
15.0 x 1 times (1)
803
144
2
ORGAMIN
15.0 x 1 times (2)
1,087
195
3
ORGAMIN
15.0 x 1 times (3)
1,047
188
4
ORGAMIN
15.0 x 2 times (1),(2)
883
159
5
ORGAMIN
15.0 x 2 times (1),(3)
917
165
6
ORGAMIN
15.0 x 2 times (2),(3)
807
145
7
ORGAMIN
15.0 x 3 times (1),(2),(3)
950
171
8
Control-------557
100
Timing code: (1):Ramification stage, (2):Sprouting stage, (3):Earing stage

Test Result of Foliar Application of ORGAMIN on Rice (85/86)/Brazil- 50 -

BROF0009

1. Reporter: Dr. Akihiko Ando-Escola Superior de Agricultura "Luiz de Queiroz, USP
2. Period of the test: November 11, '85 to harvest in March '86
3. Purpose: Evaluation of the efficacies of ORGAMIN on Rice
4. Location: Experimental Field of ESALQ- Piracicaba, Brazil
5. Crop: Rice, Variety:IAC-1246, Seeding:November 11, '85
6. Treatments:
Treatment 1:ORGAMIN 15.0 L/ha x 1 application at 70 days after seeding
Treatment 2:ORGAMIN 15.0 L/ha x 1 application at 85 days after seeding
Treatment 3:ORGAMIN 15.0 L/ha x 1 application at 100 days after seeding
Treatment 4:ORGAMIN 15.0 L/ha x 2 applications at 70 and 85 days after seeding
Treatment 5:ORGAMIN 15.0 L/ha x 2 applications at 70 and 100 days after seeding
Treatment 6:ORGAMIN 15.0 L/ha x 2 application at 85 and 100 days after seeding
Treatment 7:ORGAMIN 15.0 L/ha x 3 applications at 70, 85 and 100 days after seeding
Treatment 8:Untreated control
7. Formula of fertilizer:
8. Plot design:Random blocks with 3 replications, each plot mesured 8 ㎡(4 m x 2 m)
9.Results:
Tr.
Treatment
Rate
Timings
No.Tot- Length Yield
Timing code:
No.
ame
L/Ha
al ear ear av total Kg(%)(1):70 DAP
1
ORGAMIN 15.0 x 1 times (1)1,649 22.4
4,646 (122)(2):85 DAP
2ORGAMIN 15.0 x 1 times (2)1,367 19.9
3,575 (94)(3):100 DAP
3
ORGAMIN 15.0 x 1 times (3)1,312 21.6
3,488 (92)
Obs.:DAP=Days after
4
ORGAMIN 15.0 x 2 times (1),(2) 1,204 18.1
2,988 (79)planting(seeding)
5
ORGAMIN 15.0 x 2 times (1),(3) 1,199 23.5
3,829 (101)6
ORGAMIN 15.0 x 2 times (2),(3) 1,448 23.5
4,441 (117)7
ORGAMIN 15.0 x 3 times (1),(2),(3 1.534 24.1
4,445 (117)8
Control-------1,235 22.2
3,795 (100)Test Result of AMIGROW(=ORGAMIN) on Rice in Field/JapanJPNPR0007

1. Reporter: Iwao Honda, Japan Carlit Co., Ltd.
2. Period of the test: June to October, '87
3. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) on Rice in field
4. Location: Farm of Mr. Matsuji Tsumaru, Shibukawa, Gunma
5. Crop: Rice, Variety:Himenamoti, Seeding:May 7, '87 and transplanted on June 16
6. Treatments:
Treatment 1:ORGAMIN 400 times dilution in water x 3 times:1st in seedling case 15 L/100 cases, each casemesured 40 x 60 cm, 2nd:prior to ear sprouting stage, 100 L/1,300 ㎡, 3rd:Soon after bloom, 100 L/1,300 ㎡
Treatment 2:Untreated control
7. Formula of fertilizer:
8. Plot design:1 replication, each plot mesured 1,300 ㎡
9. Result:
Treatment
Height of
No. ofNo. ofLengthNo. ofYield
seedlings
stem/stock
ear/stockof eargrain/ear
gr/18 stocks
1.ORGAMIN
19 ㎝
17.7
14.9
18.25 ㎝
110.7
824.6 gr (124.2%)
2. Control
17 ㎝
14.5
13.8
18.34 ㎝
108.6
664.0 gr (100.0%)
10: Obs.: 1)Color of young seedlings of ORGAMIN-treated plot was deep green and sound and yellowish of control.
2)No seedling of ORGAMIN-treated plot suffered damage caused by transplanting while, seedlings ofcontrol plot suffered damage which has recovered later.
3)Number of stem was slightly superior at ORGAMIN plot. No difference was between treated and control
plot on appearance.
4)Difference was obvious about weight of ears of ORGAMIN plot which were hung down when compared
to control.
5)Plant hight of ORGAMIN plot was slightly shrter than of control.
6)It was observed that the root systems of plants of ORGAMIN-treated plot was well developed in number
and length.
7)Increased yield of grain in weight of ORGAMIN-treated rice may be attributed to higher level ofmaturation.
Trial Results of ORGAMIN on Rice plant/Vietnam
VIOF002- 51 -

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Hue Agric. Univ.)
2. Period of the test:Transplant:June 8, '95 to harvest in autum '95
3. Purpose: Evaluation of the efficacies of ORGAMIN on transplanted paddy rice
4. Location: Huong So Village, Hue City, Thua Thien Hue Province
5. Crop: Rice, variety:CN2(IR 19746-11-33), 28 days old seeding, density 49 hills/㎡
6. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at begining of Tillering stage(15 DAT) and 2nd at Booting(40 DAT) both
ORGAMIN at 1.5 L/Ha
Treatment 3:1st application at begining of Tillering stage(15 DAT) and 2nd at Booting(40 DAT) both
ORGAMIN at 2.0 L/Ha
Treatment 4:1st application at begining of Tillering stage(15 DAT) and 2nd at Booting(40 DAT) both
ORGAMIN at 2.5 L/Ha
Treatment 5:1st application at begining of Tillering stage(15 DAT) and 2nd at Booting(40 DAT) both
Libspray at 1.6 L/Ha
Treatment 6:1st application at begining of Tillering stage(15 DAT) and 2nd at Booting(40 DAT) both
Komix at 1.6 L/Ha
Treatment 7:1st application at begining of Tillering stage(15 DAT), 2nd at Booting(40 DAT) and 3rdat Full heading(65 DAT) all ORGAMIN at 1.0 L/Ha
Treatment 8:1st application at begining of Tillering stage(15 DAT), 2nd at Booting(40 DAT) and 3rdat Full heading(65 DAT) all ORGAMIN at 1.33 L/Ha
Treatment 9:1st application at begining of Tillering stage(15 DAT), 2nd at Booting(40 DAT) and 3rdat Full heading(65 DAT) all ORGAMIN at 1.66 L/Ha
Treatment 10:1st application at begining of Tillering stage(15 DAT), 2nd at Booting(40 DAT) and 3rdat Full heading(65 DAT) all Libspray at 1.6 L/Ha
7. Formula of fertilizer:Urea 260 Kg/Ha(100 Kg at 7 DAT and 160Kg at 45 DAT)KCl 100Kg/Ha(40 Kg at 7 DAT and 60 Kg at 45 DAT)Super phosphate:100 Kg/Ha at 1 DBT as basic
8. Water management:3-10 cm, and hand weeded at 20 DAT
9. Plot design:Randomized complete block with 3 replications, each plot 30 ㎡ for each treatment
Water consumption for spray:320 L/Ha
10. Results:
Rate
ApplicaYield components
1000 Grain(Kg/ha)tion
Panicle/ Panicles/ Filled grain unfilled grain Yieldx appl. times timing Hill㎡
per panicle%
wt(g) MT/Ha (%)
1
Control
--9.9
485.1
54.19
11.2 21.38 5.616 (100)2
ORGAMIN
1.5 x 2 appls. 1,2
10.8
529.2
56.66
8.90 21.40 6.385 (113.69)
3
ORGAMIN
2.0 x 2 appls. 1,2
10.9
534.1
62.64
8.10 21.40 7.139 (127.11)
4
ORGAMIN
2.5 x 2 appls. 1,2
10.1
494.9
54.88
11.20 21.39 5.792 (103.13)
5Libspray
1.6 x 2 appls. 1,2
10.5
514.5
54.65
10.20 21.33 5.992 (106.69)
6Komix
1.6 x 2 appls. 1,2
10.9
534.1
56.14
8.30 21.40 6.397 (113.90)
7
ORGAMIN
1.0 x 3 appls. 1,2,3
10.0
490.0
51.43
13.40 21.40 5.325 ( 94.82)
8
ORGAMIN
1.33 x 3 appls. 1,2,3
10.4
509.6
53.38
10.10 21.38 5.797 (103.22)
9
ORGAMIN
1.66 x 3 appls. 1,2,3
10.6
519.4
52.40
10.00 21.38 5.987 (106.60)
10 Libspray
1.6 x 3 appls. 1,2,3
10.1
494.9
49.38
14.30 21.38 5.193 ( 92.47)
LSD 1%
0.391
LSD 5%
0.285
Timing code: 01=15 days after transplant(1)02=40 days after transplant(2)03=65 days after transplant, full heading(3)Observation: 1) Komix and Libspray are foliar fertilizer in common use.
2) DAT=Days after transplant
Discussions:1) Plant hight are not significantly different.
2) Tillers' numbers/hill are significantly different. Higher in order of ORGAMIN 2.0 L/Ha x 2 times,
Komix 1.6 L/Ha x 2 times and ORGAMIN 1.0 L/Ha x 3 times.
3) Grain yield were higher in order of ORGAMIN 2.0 L/Ha x 2 times, Komix 1.6 L/Ha x 2 times and
ORGAMIN 1.5 L/Ha x 2 times
Trial Results of ORGAMIN on Rice plant/Vietnam
VIOF003- 52 noTreatment
Name1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Mekong Delta Rice Research Institute)
2. Period of the test:Summer - Autumn '95
3. Purpose: Evaluation of the efficacies of ORGAMIN on direct sawn paddy rice
4. Location: Phuoc Thoi Village, O Mon District, Can Tho Province
5. Crop: Rice, variety:OM 997-6(Colombia/IR64), Duration: 100 Days, Broadcasting: density 250 Kg/Ha
6. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at begining of Tillering stage and 2nd at Booting both ORGAMIN at 1.5 L/Ha
Treatment 3:1st application at begining of Tillering stage and 2nd at Booting both ORGAMIN at 2.0 L/Ha
Treatment 4:1st application at begining of Tillering stage and 2nd at Booting both ORGAMIN at 2.5 L/Ha
Treatment 5:1st application at begining of Tillering stage and 2nd at Booting both Komix at 1.5 L/Ha
Treatment 6:1st application at begining of Tillering stage and 2nd at Booting both Libspray at 1.5 L/Ha
Treatment 7:1st application at begining of Tillering stage, 2nd at Booting and 3rd at Full heading
all ORGAMIN at 1.0 L/Ha
Treatment 8:1st application at begining of Tillering stage, 2nd at Booting and 3rd at Full heading
all ORGAMIN at 1.33 L/Ha
Treatment 9:1st application at begining of Tillering stage, 2nd at Booting and 3rd at Full heading
all ORGAMIN at 1.66 L/Ha
Treatment 10:1st application at begining of Tillering stage, 2nd at Booting and 3rd at Full heading
all Libspray at 1.66 L/Ha
7. Formula of fertilizer:100 N 40 P2O5 40 K2O, application at 10, 20 and 35 days after sowing
8. Plot design:Randomized complete block with 3 replications, each plot 30 ㎡ for each treatment
Water consumption for spray:320 L/Ha
10. Results:
TriNo

Treatment
Name

Rate
ApplicaYield components
1000
Grain
(Kg/ha)tion
Tiller/㎡ Panicles/ Filled grain unfilled grain
Yield
x appl. times timing 45 DAS ㎡
per panicle grain % wt(g)MT/Ha (%)
1 Control
--507
456
39
29.2
26.4
3.47 (100)2 ORGAMIN
1.5 x 2 appls. 1,2
503
472
40
25.7
26.3
3.66 (105.48)
3 ORGAMIN
2.0 x 2 appls. 1,2
521
468
41
31.8
26.8
3.64 (104.90)
4 ORGAMIN
2.5 x 2 appls. 1,2
509
488
44
26.9
27.1
3.78 (108.93)
5 Komix
1.5 x 2 appls. 1,2
527
488
43
27.5
27.3
3.78 (108.93)
6 Libspray
1.5 x 2 appls. 1,2
522
462
40
33.7
26.8
3.69 (106.38)
7 ORGAMIN
1.0 x 3 appls. 1,2,3
529
486
43
32.7
26.5
3.85 (110.95)
8 ORGAMIN
1.33 x 3 appls. 1,2,3 518
478
44
29.9
26.4
3.78 (107.20)
9 ORGAMIN
1.66 x 3 appls. 1,2,3 532
482
42
24.7
26.9
3.88 (111.82)
10 Libspray
1.66 x 3 appls. 1,2,3 509
472
41
28.8
26.3
3.71 (106.92)
F
ns
ns
ns
ns
ns
cv %
6.1
6.8
18.1
2.8
9.7
Timing code: 01=Begining of tillering stage(1)02=Booting stage(2)03=80 % full heading stage(3)Observation: 1) Komix and Libspray are foliar fertilizer in common use.
2) DAS=Days after Sawing
Discussions:1) Plant hight are not significantly different.
2) Tillers' numbers/㎡ are significantly different. Higher in order of ORGAMIN 1.33 L/Ha x 3 times,
ORGAMIN 1.0 L/Ha x 3 times, ORGAMIN 2.0 L/Ha x 2 times, Libspray 1.5 L/Ha x 2 times
and Komix atb 1.5 L/ha x 2 times.
3) Panicles/㎡, Filled grain/panicle, % of unfilled grain and Grain yield, ORGAMIN at 2.5 L/Ha,
Orgamin at 1.0 L/Ha x 3 times, ORGAMIN at 1.66 x 3 times and Komix at 1.5 L/ha x 3 times
have shown good respectively.
4) Grain yield was good in order of ORGAMIN 1.66 L/Ha x 3 times, ORGAMIN at 1.0 L/Ha x 3 times,
and ORGAMIN at 2.5 L/Ha x 2 times and Komix at 1.5 L/Ha x 2 times were good.

Experimental Results of ORGAMIN on Rice plant/Vietnam- 53 -

VIOF005

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Thua Thien Hue Agricultural Extension Center)
2. Cooperator: Engineer Dang Vang Thuan
3. Period of the test:Winter - Spring '94-'95(Sawing on Dec. 10, '94 and harvested on May 25, '95)
4. Purpose: Evaluation of the efficacies of ORGAMIN on direct sawn paddy rice at farm land
5. Location: Huong Long Village, Hue City
6. Crop: Rice, variety:IRI 17494
7. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at Booting stage and 2nd at 80 % heading stage both ORGAMIN at 0.25 % solution
8. Formula of fertilizer:Urea 240 Kg, P2O5 400 Kg and KCl 120 Kg per Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
Water consumption for spray:320 L/Ha
10. Results:
Grain yield/500 ㎡:
ORGAMIN 0.25 % Plot: 224 Kg(=4.48 MT/Ha) (113.13%)
Untreated control Plot : 198 Kg(=3.96 MT/Ha) (100 %)11. Observation: Leaves of rice of ORGAMIN-treated plot were in dark blue color.

Experimental Results of ORGAMIN on Rice plant/Vietnam

VIOF006

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Hue VIPESCO BRANCH)
2. Cooperator: Engineer Nguyen Thi Van
3. Period of the test:Winter - Spring '94-'95(Sawing on Dec. 09, '94 and harvested on April 28, '95)
4. Purpose: Evaluation of the efficacies of ORGAMIN on direct sawn paddy rice at farm land
5. Location: Phu Da Village, Phu Van District, Thua Thien Hue Province
6. Crop: Rice, variety:IRI 17494
7. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at Booting stage and 2nd at heading stage both ORGAMIN at 0.25 % solution
8. Formula of fertilizer:Urea 200 Kg, P2O5 300 Kg and KCl 40 Kg per Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
Water consumption for spray:320 L/Ha
10. Results:
Grain yield/500 ㎡:
ORGAMIN 0.25 % Plot: 240 Kg(=4.80 MT/Ha) (109.09%)
Untreated control Plot : 220 Kg(=4.40 MT/Ha) (100 %)11. Observation: Grains of rice of ORGAMIN-treated plot were bright yellow.

Experimental Results of ORGAMIN on Rice plant/Vietnam- 54 -

VIOF007

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Hue VIPESCO BRANCH)
2. Cooperator: Engineer Tran Huu Nho
3. Period of the test:Winter - Spring '95-'95(Sawing on Jan. 20, '95 and harvested on May 16, '95)
4. Purpose: Evaluation of the efficacies of ORGAMIN on direct sawn paddy rice at farm land
5. Location: Phu Xuan Village, Phu Loc District, Thua Thien Hue Province
6. Crop: Rice, variety:IRI 17494
7. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at Booting stage and 2nd at booting stage both ORGAMIN at 0.25 % solution
8. Formula of fertilizer:Urea 200 Kg, P2O5 340 Kg and KCl 0 Kg per Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
Water consumption for spray:320 L/Ha
10. Results:
Grain yield/500 ㎡:
ORGAMIN 0.25 % Plot: 275 Kg(=5.50 MT/Ha) (122.22%)
Untreated control Plot : 225 Kg(=4.50 MT/Ha) (100 %)11. Observation: Grains of rice of ORGAMIN-treated plot were bright yellow.

Experimental Results of ORGAMIN on Rice plant/Vietnam

VIOF008

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with Hue VIPESCO BRANCH)
2. Cooperator: Engineer Truong Cong Phat
3. Period of the test:Winter - Spring '95-'95(Sawing on Jan. 8, '95 and harvested on May 16, '95)
4. Purpose: Evaluation of the efficacies of ORGAMIN on direct sawn paddy rice at farm land
5. Location: Phong Chuong Village, Phong Dieng District, Thua Thien Hue Province
6. Crop: Rice, variety:IR38
7. Treatments:
Treatment 1:Untreated control
Treatment 2:1st application at begining of tillering stage and 2nd at booting stage both ORGAMIN at 0.25 %solution
8. Formula of fertilizer:Urea 160 Kg, P2O5 200 Kg and Straw manure 2MT/Ha.
9. Plot design:ORGAMIN plot 500 ㎡ and untreated control 500 ㎡ each treatment 1 replication
Water consumption for spray:320 L/Ha
10. Results:
Grain yield/500 ㎡:
ORGAMIN 0.25 % Plot: 225 Kg(=4.50 MT/Ha) (109.22%)
Untreated control Plot : 206 Kg(=4.12 MT/Ha) (100 %)11. Observation: Leaves of rice of ORGAMIN-treated plot were dark blue.

Test Result of ORGAMIN on Rice Nursery Bed/Taiwan- 55 -TWNPR007

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Cheng, Maun-Li Rice Nursery Center
3. Location: Maun-Li, Taiwan
4. Crop: Rice, Var.: Taichung 10(Indica type)
5. Period of the test: February 1 to February 27, 1998
6. Application of ORGAMIN : Single time spray to the nursery box at the dose of 5 ml/10 boxes, diluting
ORGAMIN in water in 500 times volume of water, foliar, on Feb. 1.
7. Reading Date:
8. Plot design: 4 replications, 1 block with 4 nursery boxes
9. Result:
Treatment
ORGAMIN

Rate
5ml/10 box
1 timeControl, untreatedLength ofstem (㎝)4.3

Diameter ofstem (㎝)
0.24

4.6

0.22

Color
Green
Green

Test Result of ORGAMIN on Rice Nursery Bed/Taiwan

Appearance ofroots
Thick and longer
MiddleTWNPR008

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Hung, Mei-Nung Rice Nursery Center
3. Location: Mei-Nung, Kaohsiung, Taiwan
4. Crop: Rice, Var.: Kaohsiung 142(Japonica type)
5. Period of the test:January 4 to January 29, 1999
6. Application of ORGAMIN : Single time spray to the nursery box at the dose of 5 ml/10 boxes, diluting
ORGAMIN in water in 500 times volume of water, foliar, on January 4. '99.
7. Reading Date:
8. Plot design: 4 replications, 1 block with 4 nursery boxes
9. Result:
Treatment
ORGAMIN
Control, untreatedDate
5ml/10 box
1 timeLength ofstem (㎝)4.1

Diameter ofstem (㎝)
0.25

4.5

0.21

Color
deep Green

Appearance ofroots
thick and longer

Green

MiddleCANOPY(=ORGAMIN DA) on Rice, Sprayed by Radio-Controled Helicopter/Japan- 56 -JPNOF02007

1. Reporter: Sankei Chemical Co., Ltd.
2. Period of the test: Seeding: March 30; Transplant: May 3-14; Harvest: August 25, 2004
3. Purpose: To evaluate performance of ORGAMIN DA sprayed by radio-controled helicopter on Rice in field
4. Location: Farm of Mr. Toshikazu Matsushita, Hamaoka, Shizuoka
5. Crop: Rice, Variety: Fusaotome
6. Treatments:
Treatment 1: ORGAMIN DA mixed with pesticides of Casu-Lab Trevon Sol and Moncut F. All components
were diluted in 8 times volume of water. This mixed high concentrated solution was sprayed byradio-controled helicopter at rate of 8.0 Lter per ha.
Treatment 2: Only pesticides mixture was sprayed by same methods of Treatment 1.
6-2. Timing of spray: 1st: July 5, just before earing; 2nd: After complete earing.
7. Formula of fertilizer:
8. Plot design:1 replication, each plot mesured 2.0 Ha and yield was checked from 3,00 ㎡ of each plot.
9. Result-1:
Treatment
Water
Yield Kg/ha
Quality Index of Grains(%)
content
without husk
Normal Immature Damaged Dead Stained Crushed
at harvest
dried rice
1.ORGAMIN DA 23.9 %
5,700 (117%)
86.4
5.1
4.6
0.7
1.6
1.6
2. Control

23.0 %

4,860 (100%)

1.ORGAMIN DA

Water
content
13.5 %

Nutritiv Factors: Dried RiceProteinAmiroseFatty acidcontent
index
8.55 %
20.4 %
1585

68 points

2. Control

13.4 %

9.1 %86

62.5 points

Result-2:
Treatment

81.2

20.45%

4.0

14

11.8

Maturity

0.3

2.0

0.7

Tast Factor
Score

10: Obs.: ORGAMIN was sprayed to paddy field by radio-controlled helicopter, together with pesticides by highconcentration of 8 times volume of water. Followings were observed:
a. Percentage of normal grains of ORGAMIN-treated plot was 5 points higher than non-treated plot.
b. Taste Factor Score of ORGAMIN-treated plot was 5.5 points higher than non-treated plot.
c. The yield of ORGAMIN-treated plot exceeded yield of non-treated plot by 17 %.
d. Quality of rice of ORGAMIN-treated plot exceeded in total of various factors, over non-treated plot.

Evaluation of ORGAMIN on Soybean/USA

USOF0008- 57 -

1. Reporter: Dr. Wayne Olson, Hertland Technologies
2. Period of the test: Planting:May 28, '94 to harvest on October 18'94
3. Purpose: Evaluation of the efficacies of ORGAMIN on Soybean
4. Location: Noblesville, Hamilton, Indiana
5. Crop: Soybean, variety:Pioneer 9392
6. Applications of ORGAMIN:
Treatment 1:1 application at 20-30 days after emergence at dose 2.0 Lb/A(=2.24 Kg/ha)
Treatment 2:1st application at 20-30 DAE and 2nd 40-50 DAE both at dose 2.0 Lb/A
Treatment 3:1 application at 20-30 DAE at dose 3.00 Lb/A(=3.36 Kg/ha)
Treatment 4:1st application at 20-30 DAE and 2nd 40-50 DAE both at dose 3.0 Lb/A
Treatment 5:1 application at 40-50 DAE at dose 2.0 Lb/A
Treatment 6:1 application at 40-50 DAE at dose 3.0 Lb/A
Treatment 7:Control, Untreated
7. Yielding date: October 18, '94
8. Plot design:Randomized complete block with 4 replications, each plot 10FT wide x 38 FT long
9.Results:
Tri Treatment
Rate
Yield
Percent
Yield
Grain
No NameLb/acre(=Kg/ha)
Applicatio Kg/Pl
Moisture
Bu/acreTest Wt.
x appl. times
timing
10/18/94 10/18/94
10/18/94
10/18/94
1
ORGAMIN
2.0(=2.24) x 1 appl.
1
6.11
12.5
52.7
51.9
2
ORGAMIN
2.0(=2.24) x 2 appls. 1, 2
5.65
12.5
48.7
51.0
3
ORGAMIN
2.0(=2.24) x 1 appl
1
5.84
12.1
50.6
50.4
4
ORGAMIN
2.0(=2.24)x 1appl.
1, 2
5.63
12.0
48.9
50.3
5
ORGAMIN
2.0(=2.24) x 2 appls.
1
6.07
13.1
52.0
49.9
6
ORGAMIN
2.0(=2.24) x 1 appl
1, 2
5.79
12.6
49.9
50.8
7
Control
0
5.88
12.8
50.4
48.3
LSD(0.05)
0.56
1.6
5.4
2.4
Significance of F
ns
ns
ns
ns
Standard deviation
0.58
1.1
5.4
2.4
DAT Application # 01 Timings(1)
117
117
117
117
DAT Application # 02 Timings(2)
90
90
90
90
Timing code: 01=20-30 Days after emergence(06/23/94 (1)02=40-50 Days after emergence(07/20/94) (2)Result of Demonstrative Application of ORGAMIN on Soybean/Brazil

BRPR0005

1. Reporter: Hamilton Vigano, Fazenda Santo Antonio
2. Period of the test: November '86 to April '87
3. Purpose: Evaluation of the efficacies of ORGAMIN on Soybean
4. Location: Fazenda Santo Antonio, Salto Grande, S. Paulo, Brazil
5. Crop: Soybean, variety:Cobb, Seeding date:November 27, '86
6. Basic fertilizer:4-24-12 290 Kg/ha
7. Applications of ORGAMIN:
Treatment 1:2 applications at 46 and 70 DAS, at dose of 7.5 L/ha
Treatment 2:Control, Untreated
8. Yielding date:
9. Plot design:1 replication, each plot 29 ha
10.Results:
Treatment

Yield
Kg/ha Percent
2,678
124

ORGAMIN
7.5 L/ha x 2
Control
2,157
100
Report of Practical Use of ECOLOGYC on Soybean/Brazil- 58 -

BRPR0018

1. Reporter: Carlos Camello Brisk, Monte Mor, Sao Paulo, Brazil
2. Period of the test:November '96 to April '97
3. Purpose: Evaluation of the efficacies of ECOLOGYC on Soybean in a farmer's field
4. Location: Fazenda Bordon, Monte Mor, Sao Paulo, Brazil
5. Crop: Soybean, variety:Cobb, Seeding date:November '96
6. Basic fertilizer:
7. Applications of ECOLOGYC:
Treatment 1: 2 L/ha x 5 times
Treatment 2:Control, Untreated
8. Yielding date: April '97
9. Plot design:1 replication, ECOLOGYC-treated area:180 ha, Control:5 ha
10.Results:
Treatment
ECOLOGYC
2.0 L/ha x 5
Control

Yield
Kg/ha Percent
2,400
218
1,100

100

Obs.:1)To both plots of ECOLOGYC-treated and untrated control,
basic fertilizer was dosed same.
2)To both plots of ECOLOGYC-treated and control, none of
insecticide or fungicide was used.
3)Color of leaves of ECOLOGYC-treated was much darker
than control.(See photo No. )4)Soybean plants have kept the greeness for several days
longer after the plants of control plots died.(See photo No. )Field Test of Application of ORGAMIN on Soybean/Brazil

BRPR0013

Many of field trials and demonstration were performed in Brazilian soybean fields. In the most of cases, thefarmers enjoyed notably high yield from ORGAMIN-treated plots. Increase of yield is the final target of ORGAMIN.
Most of the reporters observed that ORGAMIN performs to the crops followings:① Accelerate growth of root systems;② Better plant structures;③ Better frutifications;④ Increase of yield ranged by 15 to 20 % and sometimes reached to 60 % in cpmarison tocontrol.
Some examples of the field tests and demonstrations run in Brazil are summerized in the Table.

See Summery Table at next page

- 59 -

SUMMARY OF THE TESTS OF ORGAMIN APPLICATIONS ON Soybean/Brazil
Name of Farm/
Propriety

Location

Variety

Basic Fertilizer
Kg/ha, N-P-K

1)Santo Antonio,
Companhia Ag.
Ind. Ave
2)Santo Antonio,
Companhia Ag.
Ind. Ave

Salto Grande,
Sao Paulo

Cobb

Salto Grande,
Sao Paulo

Cobb3)Paredao,
Jose Garciade Moraes

Sertaneja,
ParanaDavis

167 (4-30-10)

4)Campo de Fora
A. Souza Taques,
Semente Aurora

Ventania,
ParanaDavis

208 (-20-10)5)Lambari,
Tomita Itimura

Cornerio Procopio, Parana

BR-46)Alvoplan,
Celso Perna

Alvorada doSul, Parana

FT-2

100 (2-30-10)

7)Pingo de Ouro
Hansruchdi Wild

Santo Antonio
de Paraiso,
ParanaBR-4

227 Fosmag 545

292 (4-24-12)

ORGAMIN Treatment
Days afterDoseseeding
L/ha
1st
46
8.0
2nd 70
8.0
Control
--1st
22
6.25
2nd 36
6.25
3rd
56
8.33
Control
--1st
6.25
2nd
6.25
3rd
9.16
Control
--1st
4.20
2nd
8.40
3rd
8.40
Control
--1st
6.25
2nd
6.25
Control
--1st
7.9
2nd
7.9
Control
--1st
25
4.2
2nd 558.3
3rd 75
8.3
Control---- 60 -

BRPR0013
Av.
Kg/ha
2,700

Yield
Percentage
%
124

2,175

100

3,900

120.8

3,400

100

2,900

120

2,400

100

2,875

120.8

2,223
2,000

100
160

1,250
2,250

100
123.3

1,825

100

2,875

121.1

2,375

100

Kg/
100L

Observations(ref. photo Nos.)*Seeding:86/11/27*Harvest:87/4/11*Seeding:87/11/18*Harvest:88/4/21*Higher development of root system*Increased number of beens/sheeth*Seeding:87/11/13*Harvest:88/2/16*Well grown root system,*Better plant structure*Seeding:87/12/3*Harvest:88/4/27*Well grown root system*Better plant structure*Seeding:87/11/12*Harvest:88/3/25*Seeding:87/11/17*Harvest:88/3/10*Seeding:87/10/25*Harvest:88/3/10*Well grown root system*Better plant structure

- 61 -

Evaluation of ORGAMIN D-A on Soybean/JapanJPNPR02007

1. Reporter: Seibu Alef Co., Ltd./Sankei Chemical Co., Ltd
2. Cooperator: Matsuno Farm
3. Period of the test: August to November, 2002
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on Soybean
4. Location: Mikumo, Ichishi-gun, Mie Pref.
5. Crop and Variety: Soybean, Hukuyutaka
6. Applications of ORGAMIN D-A, 3 applications, foliar
1st:August 7
2nd:September 3
3rd:September 18
7. Yielding date: November 12, 2003;
8. Plot design: Treated and non-treated actual commercial farm;
9. Sampling: From randomly selected 3 points, 2 stocks of ORGAMIN DA-treated soybean plants, and from 2 points
of non-treated plot were taken for samples. Those samples were seighed and chemically analyzed:
10.Results:
Average weight and other index of harvested stocks(6 plants from ORGAMIN DA-treated plot and 4 plants from Control plot)
Treatment
Av. Weight of Stock
Av. Dimeter of Stem
Av. Weght of Total 100 Beans Weght
Total (g) (%)(mm)
Beans Weight(g)(g)
ORGAMIN DA

773.3 (193.3)

16.3 (135.8)

391.3 (168.7)

Control
400.0 (100)12.0 (100)232.0 (100)Obs.: The indexes evaluated were based on the samples not dried after harvest.
Analysis of Compornents of Beans, g/100g of beans(Japan Foods Analysis Center)
Water*
Protein**Oil***ORGAMIN DA

23.1 (103.6)

31.0 (104)17.2 (103)Control
22.3 (100)29.8 (100)16.7 (100)Obs.:* Water content was analyzed by Heated Dry method under normal pressure.
** Protein content was analyzed by Kjeldahl Method.
*** Oil content was analyzed by extracting with mixed liquid of chloroform/methanol.
The bean samples analyzed were not dried after harvest.

- 62 -

40.1 (111.7)
35.9 (100)ORGAMIN Economy in Soybean Plantation Soybean/JapanJPNPR 02008

１．Reporter: Toyama Branch, Hokko Chemical IndustryCo., Ltd., Tested by Aoyama Chief, Ag.Development Center, Kurobe-Shinkawa;
２．Period of the test: Seeding: 2000/07/- to 2000/12;
３．Location: 2 farms of Ikeda and Hashimoto at Kurobe, Toyama Pref.;４．Crop: Soybea: Var.
;
５．Timmings of spray: 1st spray: Late July: Withine 7 days after bloom: Simultaneous control with Pylaridae pest;
2nd spray: Early August: Simultaneous control with Cercospora disease and insects pests.
3rd spray: Mid of August: Simultaneous control with Cercospora disease and insects pests.
６．Date of harvest:;
７．Test field design: 1 replication: Each treatment has 3,000
８．The volume of ORGAMIN solution in one application: 1,500 liter of 500-times diluted in waterper ha. (=3.0 L ORGAMIN/Ha)
９．Result① Ikeda Farm (10 plants/treatment were checked)
Treatment

A, 3 spray ORGAMIN
B, 3 spray ORGAMIN
Katoukun
Cal plus
Control, no spray

Length W e i g h t Max ofof stem of stem stem ∅(cm) (Kg/10
plants) (cm)
64.2
66.8
53.1
59.0
55.5

0.12
0.09
0.06
0.08
0.08

0.76
0.71
0.60
0.66
0.69

Status of sheath(%: at 10plants)
3 bean2 bean

6.5
2.6
7.0
6.6
6.0

83.4
87.9
82.1
82.2
85.4

At each 10 Rate by grain
plantssize(%)

1 bean steril N o . Y i e l Large
sheath d(g)4.9
5.2 493
241 52.4
7.3
2.2 422210 52.4
7.3
3.6 329
176 54.4
8.5
2.4 411177 23.9
4.9
3.7 451
223 24.1

Med Small
4 0.3 7.8
38.4 9.2
38.3 7.3
52.3 23.8
53.2 22.7

Weight/100
graines(g)

Yield/ha(Kg)

Farmer's
Income ¥/Ha

Large Med

Small Total

29.6
28.7
30.7
28.8
26.6

1,510 1,160

220

2,890

618,400

640

610

2,660

556,740

Weight/100
graineYield/ha
(Kg)

1,430

② Hashimoto Farm (10 plants/treatment were checked)
Treatment

A, 3 spray ORGAMIN
B,3 spray, ORGAMIN
Control, no sprayL e n g t h W e i g h t Max ofof main of stem stem ∅stem(Kg/10(cm)
plants) (cm)
63.4
59.0
55.2

0.12
0.12
0.13

Status of sheath(%: at 10plants)

At each 10
plantsRate by grain
size
(%)

3 bean 2 bean 1 bean steril N o . Y i e l d Larg Med S m asheeth (g)ell
0.79 6.3
84.3
2.6
6.6 542319
82.4 15.7 1.9
0.79 7.5
88.6
3.3
0.6 491300
73.1 22.0 6.0
0.76 7.6
84.9
4.2
3.3 577309
50.9 40.6 8.5

34.1
31.2
29.7

Farmer's
Income ¥/Ha

Large Med

Small 合計

3,160

600

70

3,830

841,070

1,880 1,510

320

3,710

792,520

Obs.: * Yield/Ha was estimated assuming that 120,000 soybenn plants were seeded per Ha.
** The following prices of soybean by different class of sizes were applied as: 1) Large, 2nd class:¥13,362/60Kg 2) Medium, 2nd class: ¥12,362/60Kg 3) Smal, 2ndclass: ¥11,762/60Kg(Farmers' income)*** Cost of ORGAMIN(=AMIGROW): 500times dilutio, 1500L/Ha, ¥15,300-（ ＝ 3.0 L consumption for 1 spray）- 63 -

Green House Test of AMIGROW(=ORGAMIN) on Strawberry/JapanJPNPR0011

1. Reporter: Japan Carlit Co., Ltd.
2. Cooperator:
3. Period of the test:January 8 to March 25, '88
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) in improvement of quality of strawberry in green
house planted in pots.
5. Location: Central Laboratory of Japan Carlit Co., Ltd., Shibukawa, Gunma
6. Crop:Strawberry, Variety:Mehou and Reikou, transplanted on January 8, '88
7. Treatments:
Application timings:
Treatment A:ORGAMIN 400 times water diluted, x 3 times
1st:At transplant
2nd:Prior to 1st flower
3rd:After 1st flower
Treatment B:ORGAMIN 400 times water diluted x 5 times
1st:At transplant
2nd to 5th:2 weeks' intervals after 1st appl.
Treatment 4:Untreated control
8. Formula of fertilizer:Basic:NPK 10-10-10, 20g/pot, Additional 10-10-10, 10 g/pot on Feb. 9 and March 9, 3rd
additional 1000 times water diluted Hyponex 6.5-6-19, 20 ml/pot by foliar applied.
9. Plot design:
10. Results:Each fruits yielded and weighd over 6 gramms was juiced and sugar content wer measured with
an aparatus Atago ATC-I type.
Treatment

Av. Sugar
contentSD

SD %CalculatedDist. range

No. ofData

No. of Data inDistribution Range

Av. of Data inDistribution Range

8.69168
8.4356
8.66198.479778.22434
8.0970922

98.5555624

88.562528

118.1363624

88.562530

178.49412

19

8

8.25

Variety Meho
A:3 times

8.56364 .288734 3.37162

B:5 times

8.57083 .215622 2.51577

C:Control

8.16071 .164073 2.01053

Variety Reikou
A:3 times

8.5333.279192 3.27178

B:5 times

8.56.520339 6.07872

C:Control

8.23684 .206032 2.50134

8.65125
8.415428.75428
8.36572
8.33615
8.13753

11. Discussion: Summary of sugar content and statistic calculation are shown above table.
a. Orgamin application to strawberry increased its' sugar content.
b. As far as this test is concerened, times of application of ORGAMIN did not influence on theincrease of sugar content.

- 64 -

Test Spray Results of ORGAMIN DA and Other Plant Growth Activators on String Beans/Japan

JPPR02008

1. Reporter: Ishiguro Pharmaceutical Co., Ltd.
2. Cooperator: Grower Mr. Hotta and SANKEI CHEMICAL CO., LTD.
3. Period of the test:March to August, 2004
4. Purpose: Evaluation of the efficacies of ORGAMIN DA compared to some plant growth activators to String beans.
5. Location: Sofue Cho, Nakajima Province, Aichi Pref.
6. Crop: String beans, var. Jyuuroku Sasage
7. Treatments:
Treatment 1: "Chitosaru M", 300 times dilution in water, foliar spray;
Treatment 2: "Chitosaru F", 300 times dilution in water, foliar spray;
Treatment 3: Mixture of "Fight O2", 1000 times dilution in water and "Fight Cal", 1000 times dilution in water
sprayed foliar plus soil trenching of "Fight Met", 2000 times diluted in water;
Treatment 4: "Catechinpower", 500 times dilution in water, foliar spray plus soil trenching of "Catechinpower",
500 times dilution in water;
Treatment 5: "Catechinpower", 500 times dilution in water, foliar spray plus soil trenching of "Catechinpower",
2000 times dilution in water;
Treatment 6: ORGAMIN DA(=CANOPY), 1000 times dilution in water, foliar spray;
Treatment 7: Untreated Control.
8. Formula of fertilizers:
9. General crop cycle: Seeding: Early March. Until Mid/End of May, the crop was covered with plastic sheet.
Between raw: 125 ㎠, Between plants: 35 ㎠:
10. Plot design: Each treatment had one plot of 10 ㎡, 1 replication;
Water consumption for spray:300 L/1000 ㎡ and 0.5 liter per plant, for soil trenchings.
11.Timmings of spray and/or soil trenching: June 3, 14, 24, July 5, 14 and July 26 totally 6 times.
12. Evaluation Date and methos: On August 17, 2004, length and width of 10 leaves of middle position of plant hight,
diameter of stems at 10 ㎠ hight from soil surface and, weight of commerciable beans(Over 31 ㎠ sh1eth long)
were evaluated.
13. Results:
Treatments

Leaf length x
width (㎝)

Diameter ofStem (㎝)(%)

Harvested No
of Shieth(%)

Yield,
Weight(Gr)(%)

1 Chitosaru M foliar

10.0 x 5.3

1.09 (114.7)

112 (116.7)

538 (133.4)

2 Chitosaru F foliar

9.8 x 6.1

1.18 (124.2)

110 (114.6)

550 (136.4)

3 Fight O2+Fight Cal, foliar+ Fight Met(soil)

10.7 x 6.1

1.13 (118.9)

146 (152.1)

657 (162.9)

4 Catechinpower foliar +Catechinpower soil

10.8 x 6.0

1.17 (123.2)

100 (104.2)

420 (104.2)

5 Catechinpower foliar
Fight Met soil

10.4 x 6.4

1.15 (121.1)

140 (145.8)

616 (152.8)

6 ORGAMIN DA foliar

10.0 x 5.9

1.11 (116.8)

170 (177.1)

748 (181.3)

7 Untreated Control

8.1 x 5.4

0.95 (100)96 (100)403 (100)

Obs.: Control of the insect pests and diseases followed local practice of the grower.

- 65 -

Evaluation of ORGAMIN on Sugarbeet/USA

USOF0006

1. Reporter: Dr. Allan Cattanach, North Dakota State University
2. Period of the test: Planting:April 22, '94 to harvest on September 21 '94
3. Purpose: Evaluation of the efficacies of ORGAMIN on Sugar beet
4. Location: Fargo, North Dakota
5. Crop: Sugar beet, variety:Maribo 862
6. Applications of ORGAMIN:
Treatment 1:1 application at 3-4 leaves stage, at dose 2 qt/A(=4.675 L/ha)
Treatment 2:1st application at 3-4 leaves stage and 2nd at 10 to 14 days after thining both at dose 2 qt/A
Treatment 3:1st application at 3-4 leaves stage, 2nd at 10 to 14 days after thining and 3rd at the last week ofAugust, all applications at dose of 2 qt/A
Control:Untreated
7. Yielding date: September 21, '94
8. Plot design:CRD with 6 replications
9.Results:
TriNo

Treatment
Name

1
2
3
4

ORGAMIN
ORGAMIN
ORGAMIN
Untreated
EXP MEAN
C.V. %
LSD 10%LSD 5%# OF REP

Rate
Sugarbeetqt/acre(=L/ha)
population
x appl. times
plots/70'
2.0(=4.675) x 1 appl. 86
2.0(=4.675) x 2 appls. 87
2.0(=4.675) x 3 appls. 89-------83
86
7
NS
NS
6

Sucrose
15.9
16.5
16.1
16.5
16.2
8.6
NS
NS
6

Loss Roottoyield
molas Ton/A
1.6
25.6
1.5
23.6
1.5
24.5
1.6
22.3
1.5
24.0
10.2
9.8
NS
NS
NS
NS
6
6

Impurity
index
743
659
683
704
697
15
ND
ND
6

Evaluation of ORGAMIN on Sugarbeet/USA

Extract
SucroseLb/A (%)
7205 (108.6)
7004 (105.5)
7113 (107.2)
6636 (100)
6990
15
NS
NS
6
USOF0007

1. Reporter: Dr. Allan Cattanach, North Dakota State University
2. Period of the test: Planting:May 6, '94 to harvest on September 28 '94
3. Purpose: Evaluation of the efficacies of ORGAMIN on Sugar beet
4. Location: Crookston, North Dakota
5. Crop: Sugar beet, variety:Mitsu Monohikari
6. Applications of ORGAMIN:
Treatment 1:1 application at 3-4 leaves stage, at dose 2 qt/A(=4.675 L/ha)
Treatment 2:1st application at 3-4 leaves stage and 2nd at 10 to 14 days after thining both at dose 2 qt/A
Treatment 3:1st application at 3-4 leaves stage, 2nd at 10 to 14 days after thining and 3rd at the last week ofAugust, all applications at dose of 2 qt/A
Control:Untreated
7. Yielding date: September 28, '94
8. Plot design:CRD with 4 replications
9.Results:
TriNo

Treatment
Name

1
2
3
4

ORGAMIN
ORGAMIN
ORGAMIN
Untreated
EXP MEAN
C.V. %
LSD 10%LSD 5%# OF REP

Rate
qt/acre(=L/ha)x appl. times
2.0(=4.675) x 1 appl.
2.0(=4.675) x 2 appls.
2.0(=4.675) x 3 appls.
--------

Sucrose
15.0
15.5
15.4
14.8
15.2
3.3
NS
NS
4
- 66 -

Loss
to
molas
1.4
1.4
1.4
1.5
1.4
9.0
NS
NS
4

Root
yield
Ton/A
24.3
25.4
23.4
22.1
23.4
12.3
NS
NS
4

Impurity
index
681
655
673
741
673
11
ND
ND
4

Extract
SucroseLb/A (%)
6523 (123.5)
7099 (122.3)
6546 (127.5)
5806 (100)
6546
14
NS
NS
4

Evaluation of ECOLOGYC on Sugar-beet/JapanJPNPR0017

1. Reporter: Hokkaido Togyo Co. Ltd.
2. Cooperator:
3. Period of the test: June 2000 to November 2000
4. Purpose: To evaluate performance of ECOLOGYC on Sugar-beet in field.
5. Location:Experimental Station of Hokkaido Togyo, Honbetsu and Ikeda, Nakagawa, Hokkaido
6. Crop:Sugar-beet,
7. Treatments: Same treatment at 2 locations of Honbetsu and Ikeda
Treatment A: Untreated control
Treatment B: ECOLOGYC in field x 3 times on June 16, June 22 and July 6 at dose of 500 times dilution
Treatment C: ECOLOGYC seedling bed spray x 2 on March 30 and April 6 at dose of 500 times dilution
8. Formula of fertilizer:
9. Plot design:Random block with 4 replications, 1 block with 4 raws x 6 m = 14.4 ㎡
10. Result:
Treatment

Root Weight
H.
I.

Brix in Root
H.
I.

Total Sugar Volume
H.
I.

A:Untreated100 100
100 100
B:ECOLOGYC/Field 103 103
103 101
C:ECOLOGYC/Bed
101 101
101 101
Obs.: 1) "H" indicates Honbetsu. 2) "I" indicates Ikeda.

100
106
102

100
104
102

Index/Impurity
H.
I.

Root Rot
H.
I.

100
88
96

0.0
0.0
0.6

100
100
100

Evaluation of ECOLOGYC on Sugar-beet/Japan

8.9
4.8
7.1

JPNPR0018

1. Reporter: Hokkaido Togyo Co. Ltd.
2. Cooperator:
3. Period of the test: June 2001 to November 2001
4. Purpose: To evaluate performance of ECOLOGYC on Sugar-beet in field.
5. Location:Experimental Station of Hokkaido Togyo, Honbetsu and Ikeda, Nakagawa, Hokkaido
6. Crop:Sugar-beet,
7. Treatments: Same treatment at 2 locations of Honbetsu and Ikeda
Treatment A: Untreated control
Treatment B: ECOLOGYC in field x 3 times on June 15, June 25 and July 10 at dose of 500 times dilution
Treatment C: Sea weed extract material spray x 4 on June 25, July 10, July 18 and August 6
at dose of 500 times dilution
8. Formula of fertilizer:
9. Plot design:Random block with 4 replications, 1 block with 4 raws x 6 m = 14.4 ㎡
10. Result:
Treatment

Root Weight
H.
I.

Brix in Root
H.
I.

Total Sugar Volume
H.
I.

A:Untreated100 100
100 100
B:ECOLOGYC
103 106
100
99
C:Sea weed extract
102 105
99
98
Obs.: 1) "H" indicates Honbetsu. 2) "I" indicates Ikeda.

100
102
101

- 67 -

100
105
103

Index/Impurity
H.
I.

Root Rot
H.
I.

100
104
101

0.0
0.6
0.0

100
104
109

0.0
0.0
0.0

Evaluation of ORGAMIN on Sugar-cane/Brazil

BRPR0017

1. Reporter:
2. Cooperator:
3. Period of the test: October '85 to January '86
4. Purpose: To evaluate performance of ORGAMIN) on Sugar-cane in commercial farm.
5. Location:Fazenda Paredao Vermelho, Farm Modelo, Piracicaba, Sao Paulo
6. Crop:Sugar-cane, Variety:IAC 64-257, 3rd cut on Jult 17, '90(test, former cut-2nd cut-June 15, '89)
7. Treatments:
Treatment A: Untreated control
Treatment B: ORGAMIN sprayed at dose of 8.0 L/ha, 1 application in September '89
Treatment C: ORGAMIN sprayed at dose of 8.0 L/ha, 1 application in November '89
Treatment D: ORGAMIN sprayed at dose of 8.0 L/ha, 2 applications in September and November '89
Treatment E: ORGAMIN sprayed at dose of 8.0 L/ha, 2 applications in September '89 and February '90
8. Formula of fertilizer:
9. Plot design:Random block with 4 replications, 1 block with 5 raws x 15 m(Space between raws 1.4 m)
10. Result:
Treatment
A
B
C
D
E

Yield: MT/ha(%)

89.55 (100.0)
99.03 (110.6)
97.25 (108.6)
99.60 (111.2)
99.00 (110.6)
F
5.96
CV %
3.55
DMS (5%) 7.75
DMS(1%) 10.03

Pol.% ofcane

No. of stems/
linear meter

Fiber %of cane

13.73
13.70
13.95
13.29
13.54
ns
3.20
-

10.30
10.35
10.03
10.70
10.72
ns
5.91
-

10.05
9.78
9.70
9.62
9.49
ns
8.72
-

- 68 -

Evaluation of ORGAMIN D-A on Sugar-cane/Cuba

CUOF001

1. Reporters: E. Perez & E. Rodrigues-INICA-Cuban Institute of Investigation of Sugar-cane
2. Cooperator:
3. Period of the test: 1992-'94
4. Purpose: To evaluate performance of ORGAMIN D-A in substitute mineral fertilizing and increase yield on
Sugar-cane.
5. Location:Oriental Region, Cuba
6. Crop:Sugar-cane, Variety:C-266-70 & C-120-78
7. Treatments: 1st test:To check if ORGAMIN D-A gives influence to germination ratio of sugar-cane:
Treatment A: NPK(100 Kg N/ha; 50Kg P2O5 and 150 Kg K2O/ha)
Treatment B: ORGAMIN D-A20 L/ha:ORGAMIN was sprayed over cut-stem before they were covered with soil..
Treatment C: ORGAMIN D-A 30 L/ha:ORGAMIN was sprayed over cut-stem before they were covered with soil..
8. Result-1:
Percentage of Germination of Planted Cut-stems Counted at 20, 40 and 60 Days After Plantation
Variety C266-70
Variety C 120-78
Treatment
20 DAP
40 DAP 60DAP
20 DAP
40 DAP
60DAP
Germination Percentages
A NPK
13.2
38.8
77.7
18.7
45.6
86.4
B 20 L ORGAMIN D-A
11.8
36.0
81.3
21.5
45.4
85.8
C 30 L ORGAMIN D-A
12.2
38.4
79.6
22.7
46.2
87.1
9.Treatment: 2nd test: To check productivity increase by application of ORGAMIN D-A
10.Results:
Results of Productivity (Sugar-cane T/ha) of 1st and 2nd Cuts, in Function of Treatment
Space
Treatment L/h
1st Cut
2nd Cut
Total%
between lines
ORGAMIN D-A
sugar-cane t/ha
051.2 c48.90 c101.1 d100
1.6 m
256.18 bc
56.92 b113.1 c111.9
471.40 a60.23 ab131.6 a130.2
1061.78 b63.07 a124.9 b123.5
062.68 c45.02 c107.7 c100
1.3 m
272.62 c52.41 b
125.0
116.1
4
79.67 a58.68 a138.4 a128.5
1068.81 b60.42 a129.2 b120.0
054.00 ns
28.36 c82.4 c100
1.0 m
258.36 ns
32.00 b90.4 b109.7
458.37 ns
36.36 ab94.7 ab115.0
1058.36 ns
38.23
96.6 a117.3
040.00 c26.76 b
66.8d
100
0.8 m
2
47.74 b26.15 b76.9 c110.6
451.25 ab30.62 ab81.9 b122.6
1055.82 a35.99 a91.8 a137.4
11.Results and Discusstions:
1) Application of ORGAMIN D-A did not give any influence to germination ratio since, the variety C120-78
constantly showed higher germination ratio than the variety C266-70 independently of the dose of fertilizer.
2) Application of ORGAMIN D-A originated elevated yield in comparison to control, based on the statistic
analysis at both 1st and 2nd cut.
3) At only the line space of 1.0 m, no differnces was observed at 1st cut.
4) The test results show that best dose may be between 4 to 10 L/ha which is a similar results obtained by
Orlando Filho, J. (1991) and INICA(1992) with similar product.
5) In general mode, Certain relation of space between lines and year of cut to the best dose of ORGAMIN D-A. It
means that when the crop density is higher or the cut year is more advanced, the higher dose is more effective.
12.Conclusion and Recomendation:
1)A germination is not affected by spray of ORGAMIN D-A to cut-stems placed at the bottoms of plantation line.
2)Yield of sugar-cane(T/ha) can significantly elevated by foliar application of ORGAMIN D-A.
3)The space between lines lower than 1.3 m, the yield decreased, independently of treatment.
4)Not apply ORGAMIN D-A at the time of plantation.
5)Use ORGAMIN to re-germinated sugar-cane at 90th day after cut by foliar application.
6)To continue trials with ORGAMIN D-A and other varieties and different type of soil, different dose of NPK.
- 69 -

Report of Practical Use of ORGAMIN DA on Tangerine Orange(Unsyu Ornage)/JapanJPNPR0016

1. Reporter: Sankei Chemical Co., Ltd.
2. Cooperator: Mr. Y. Nishii, Seibu Arefu Co., Ltd.
3. Location: Minami-Muro District, Mie Pref., Japan
4. Crop: Tangerine Orange Var.: Sakikubo Wase Unsyu
5. Period of the test: August, '99 to October, 1999
6. Application of ORGAMIN DA :1st: August 11, '99, 1000 times volume water dilution, foliar, wet trough(Dithane and Orthoran were mixed to ORGAMIN DA)
2nd: August 29, '99, 1000 times volume water dilution, foliar, wet trough7. Harvest Date: September 28, 1999
8. Reading Date: September 29, 1999
9. Plot design/Sampling:
Randomly 40 fruits were collected from each of ORGAMIN DA treated and control plot for quality analysis.
10. Result:
Treatment

Fruits Size, Av. 40 fruits
DiameterHight Weight

Fruits Quality, Av. 20 fruits
Color
Sugar
Acidity Sugar/Acids

ORGAMIN DA diluted
in 1000 volume water

62.7 ㎜

47.2 ㎜103.6 g

3.1

10.1

0.91

11.10

Control, untreated

63.0

47.8

102.7

0.6

8.1

0.86

9.42

11. Discussion:1) About 1 month before harvest, ORGAMIN DA diluted in 1000 times volume water, was sprayed twiceover leaves to wet trough.
2) ORGAMIN DA improved in coloring and sugar content and sugar/acid ratio increased by about 1.5 point.

- 70 -

Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02002

1. Reporter: SANKEI CHEMICAL CO., Ltd.
2. Cooperator: Houdai Tea Farm
3. Period of the test: October 1997-April 1998
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Tea production by using
ORGAMIN DA AT LATE AUTUMN
5. Location: Ibusuki-gunn, Kagoshima
6. Crop: Tea, Var. Yutakamidori
7. Treatments:
Treatment 1:ORGAMIN DA, 1000 times dilution in water, 1 application(October 15)
Treatment 2:ORGAMIN DA, 1000 times dilution in water, 2 applications(October 15 and November 5)
Treatment 3:ORGAMIN DA, 500 times dilution in water, 1 application(October 15)
Treatment 4:ORGAMIN DA, 500 times dilution in water, 2 applications(October 15 and November 5)
Treatment 5:Non-treated Control
8. Formula of fertilizer:
9. Plot design: Raw 1.8 m width x 12.5 m long = 22.5 ㎡/plot x 2 replications for all treatment
10. Evaluation:♧ On April 19 of the next spring, the 1st harvest leaves were counted for evaluation.
♧ A frame, sized 20 cm x 40 cm was randomly placed on plots.
♧ All of the new shoots found in the frame were harvested.
♧ All of new shoots were classified by the number of leaves grown at the shoots.
♧ The number, weight and length of the harvested shoots were measured. Also the shoots with 3 or more leaves
were cut at the bottom point of the 3rd leaves and measured the length and weight.
11. Results
The Influences of ORGAMIN DA Application to Tea Tree in Autumn to The First Spring Harvest

Treatment
ORGAMIN DA x 1000 x 1
ORGAMIN DA x 1000 x 2
ORGAMIN DA x 500 x 1
ORGAMIN DA x 500 x 2
Control, non-treatment

All of Harvested New Shoots
Number of Shoots by number of leaves *>2
3
4
5
Total Total **Av. shootWeightLength***
g (%)
cm
263
247
144
29
683 183.6 (103.4)
8.0
274
212
158
35
679 179.7 (101.2)
8.0
177
216
195
37
625 218.6 (123.2)
8.3
204
194
192
33
623 213.0 (120.0)
8.3
329
195
156
10
690 177.5 (100.0)
8.3

Shoots cut with
3 leaves
Av.
WeightLengthcm
g5.6
116.6 g
5.5
118.9
5.4
134.0
5.6
114.5
5.6
114.5

12. Observations: * All of shoots harvested were classified by number of new leave on the shoots(leaves completely
open were counted)** Total weight is weight of harvested branches(with leaves) from 2 plots x 20 cm x 40 cm =1600 ㎡ .
*** Length of shoots: grown in the spring.
13. Discussion: 1) By visual observation of the tea trees, clear differences between ORGAMIN DA-treated plots andcontrol plots were not observed. No early germination by use of ORGAMIN DA in autumn was
not observed.
2) The treatment of ORGAMIN DA in autumn, especially by 500 times dilution, increased number of
4 leaves shoots And it decreased number of 2 or less leaves shoots.
3) The treatment of ORGAMIN DA 500 times dilution increased yield of leaves by over 20 % overcontrol. Between 1 spray and 2 sprays of same dilution ratio, no difference was observed.
14. Conclusion: ORGAMIN DA autumn treatment to tea trees can increase yield of spring leaves. 500 times dilution
seems to be better than 1000 times dilution.

- 71 -

Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02003

1. Reporter: SANKEI CHEMICAL CO., Ltd.
2. Cooperator:
3. Period of the test: October 1998-April 1999
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Tea production by using
ORGAMIN DA AT LATE AUTUMN
5. Location: Ibusuki-gunn, Kagoshima
6. Crop: Tea, Var. Yabukita, 17 years' old
7. Treatments:
Treatment 1:ORGAMIN DA, 500 times dilution in water, 2 applications(October 27 and November 12)
Treatment 2:ORGAMIN DA, 1000 times dilution in water, 2 applications(October 27 and November 12)
Treatment 3:Non-treated Control
Obs.: ORGAMIN DA solutions were sprayed by knap-sack sprayer at ratio of 200 L per 1000 ㎡ . Surface
surfactant was used.
8. Formula of fertilizer:
9. Plot design: Raw 1.8 m width x 25 m long = 45 ㎡/plot 1 replication for all treatment
10. Evaluation:♧ On April 21 of the next spring, 1999, the 1st harvest leaves were counted for evaluation.
♧ A frame, sized 20 cm x 20 cm was placed in the center of each plot.
♧ All of the new shoots found in the frame were harvested.
♧ All of new shoots were classified by the number of leaves grown at the shoots.
♧ The number, weight and length of the harvested shoots were measured.
11. Results
The Influences of ORGAMIN DA Application to Tea Tree in Autumn to The First Spring Harvest

Treatment
ORGAMIN DA x 500 x 2
ORGAMIN DA x 1000 x 2
Control, non-treatment

All of Harvested New Shoots
Number of Shoots by number of leaves *>2
3
4
5
Total Total **Weight
cm
39
66
50
7
162
54.2 (133)
53
76
41
5
175
49.1 (120)
45
75
33
1
154 40.7 (100)Av. shootLengthcm ***
9.7
8.7
7.9

12. Observations: * All of shoots harvested were classified by number of new leave on the shoots(leaves completely
open were counted)** Total weight is weight of harvested branches(with leaves) from 1 plot x 20 cm x 20 cm =400 ㎡ .
*** Length of shoots: grown in the spring.
13. Discussion: 1) The treatment of ORGAMIN DA in autumn, especially by 500 times dilution, increased yield of
tea leaves than 1000 times dilution.
2) Increase of yield was observed clearly at just time of harvest than 1 week before that day of
harvest. Especially, the length of shoots have shown a clear difference.
3) The number of leaves tends to increase in the ORGAMIN DA-treated plots.
14. Conclusion: ORGAMIN DA autumn treatment to tea trees at 500 times dilution x 2 sprays, before and aftertree-shape-forming cut of old branches, can increase yield of spring leaves.

- 72 -

Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02004

1. Reporter: SANKEI CHEMICAL CO., Ltd.
2. Cooperator:
3. Period of the test: September 1998-April 1999
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Tea production by using
ORGAMIN DA AT LATE AUTUMN
5. Location: Hioki-gunn, Kagoshima
6. Crop: Tea, Var. Yabukita, 17 years' old
7. Treatments:
Treatment 1:ORGAMIN DA, 500 times dilution in water, 2 applications(September 2 and Sept. 8)
Treatment 2:ORGAMIN DA, 1000 times dilution in water, 2 applications(September 2 and Sept. 8)
Treatment 3:ORGAMIN DA, 500 times dilution in water, 3 applications(Sept. 2, Sept. 8 and November 10)
Treatment 4:ORGAMIN DA, 1000 times dilution in water, 3 applications(Sept. 2, Sept. 8 and November 10)
Treatment 5:Non-treated Control
Obs.: ORGAMIN DA solutions were sprayed by knap-sack sprayer at ratio of 200 L per 1000 ㎡ . Surface
surfactant was used.
8. Formula of fertilizer:
9. Plot design: Raw 2.0 m width x 15 m long = 30 ㎡/plot 1 replication for all treatment
10. Evaluation:♧ On April 24 of the next spring, 1999, the 1st harvest leaves were counted for evaluation.
♧ A frame, sized 20 cm x 20 cm was placed in the center of each plot.
♧ All of the new shoots found in the frame were harvested.
♧ All of new shoots were classified by the number of leaves grown at the shoots.
♧ The number, weight and length of the harvested shoots were measured.
11. Results
The Influences of ORGAMIN DA Application to Tea Tree in Autumn to The First Spring Harvest

Treatment
ORGAMIN DA x 500 x 2
ORGAMIN DA x 1000 x 2
ORGAMIN DA x 500 x 3
ORGAMIN DA x 1000 x 3
Control, non-treatment

All of Harvested New Shoots
Number of Shoots by number of leaves *>2
3
4
5
Total Total **Weight
cm
35
75
43
2
155
36.6 (112)
33
78
43
5
159
32.2 (102)
68
69
43
6
186 41.3 (131)
51
57
48
5
161
34.2 (108)
68
57
25
1
146
31.5 (100)Av. shootLengthcm ***
7.2
7.4
7.2
7.4
7.2

12. Observations: * All of shoots harvested were classified by number of new leave on the shoots(leaves completely
open were counted)** Total weight is weight of harvested branches(with leaves) from 1 plot x 20 cm x 20 cm =400 ㎡ .
*** Length of shoots: grown in the spring.
13. Discussion: 1) The treatment of ORGAMIN DA in autumn, especially by 500 times dilution, increased yield of
tea leaves than 1000 times dilution.
2) Increase of yield was observed clearly at just time of harvest than 1 week before that day of
harvest. Especially, the length of shoots have shown a clear difference.
3) The number of leaves tends to increase in the ORGAMIN DA-treated plots.
14. Conclusion: ORGAMIN DA autumn treatment to tea trees at 500 times dilution, 2 or 3 sprays, before and aftertree-shape-forming cut of old branches, can increase yield of spring leaves.

- 73 -

Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02005

1. Reporter: SANKEI CHEMICAL CO., Ltd.
2. Cooperator: Hodai Tea Farm
3. Period of the test: March 1997-April 1997
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Tea production,
ESPECIALLY FIRST HARVEST, BY SPRAY IN EARLY SPRING
5. Location: Ibusuki-gunn, Kagoshima
6. Crop: Tea, Var. Yutakamidori, 15 years' old
7. Treatments:
Treatment 1:ORGAMIN DA, 1000 times dilution in water, 1 application(March 28, 2 leaves open stage)
Treatment 2:ORGAMIN DA, 1000 times dilution in water, 2 applications(March 28 and April 8, 3 leaves open)
Treatment 3:Non-treated Control
Obs.: In the treatment 1, ORGAMIN DA solutions were sprayed by knap-sack sprayer at ratio of 200 L per 1000㎡. Surface surfactant was used. And in the treatment 2, 250 L of solution per 1000 ㎡ were used.
8. Formula of fertilizer:
9. Plot design: Raw 1.8 m width x 20 m long = 36 ㎡/plot x 2 replications for all treatment
10. Evaluation:♧ On April 11, 1997, the 1st harvest leaves were counted for evaluation.
♧ A frame, sized 20 cm x 40 cm was placed in 2 randomly selected places of each plot.
♧ All of the new shoots found in the frame were harvested.
♧ All of new shoots wer classified by the number of leaves grown at the shoots. The shoots with 1 leaf were
not counted.
♧ The number, weight and length of the harvested shoots were measured.
11. Results
The Influences of ORGAMIN DA Application to Tea Tree in Autumn to The First Spring Harvest
All of Harvested New Shoots
Number of Shoots by number of leaves *Treatment>23
45
Total Total **Weightg (%)
ORGAMIN DA x 1000 x 1 120
563
242
12
937
290.8 (111)
ORGAMIN DA x 1000 x 2
96
564
273
6
939
326.0 (125)Control, non-treated
121
584
135
0
840
261.6 (100)Total Numberof leaves2957(117)
3006(118)
2534(100)

Av. Lengthof newshoots cm
8.3
9.2
7.8

12. Observations: * All of shoots harvested were classified by number of new leave on the shoots(leaves completely
open were counted)** Total weight is weight of harvested branches(with leaves) from 2 plots x 20 cm x 40 cm x 2/plot
2= 3200 cm .
13. Discussion: 1) The treatment of ORGAMIN DA in spring, before harvest, by 1000 times dilution, increased yieldof tea leaves up to 25 percent over control.
2) The number of new leaves per each shoots has increased by spray of ORGAMIN DA and total
number of harvested leaves, as well as total weight also increased.

- 74 -

Experimental Results of CANOPY(=ORGAMIN DA) on Tea/JapanJPNPR02006

1. Reporter: SANKEI CHEMICAL CO., Ltd.
2. Cooperator: Hodai Tea Farm
3. Period of the test: March 1997-May 1997
4. Purpose: Evaluation of the efficacy of ORGAMIN DA on Tea production of 2ND HARVEST, BY SPRAY IN
EARLY SPRING, BEFORE AND AFTER 1ST HARVEST
5. Location: Ibusuki-gunn, Kagoshima
6. Crop: Tea, Var. Yutakamidori, 15 years' old
7. Treatments:
Treatment 1:ORGAMIN DA, 1000 times dilution in water, 2 applications before 1st harvest and 1 additional
applications before 2nd harvest.(March 28, 2 leaves open stage)
2:ORGAMIN DA, 1000 times dilution in water, 1 application before 1st harvest and 1 additional
application before 2nd harvest.
3: ORGAMIN DA, 1000 times dilution in water, 1 application before 2nd harvest.
4: ORGAMIN DA, 1000 times dilution in water, 2 applications before 1st harvest.
5: ORGAMIN DA, 1000 times dilution in water, 1 application before 1st harvest.
6: Non-treated Control
Obs.: In the treatment 1, ORGAMIN DA solutions were sprayed by knap-sack sprayer at ratio of 250 L per 1000㎡. Surface surfactant was used.
8. Formula of fertilizer:
9. Plot design: Raw 1.8 m width x 10 m long = 18 ㎡/plot x 2 replications for all treatment
10. Evaluation:♧ On May 26, 1997, the 2nd harvest leaves were counted for evaluation. In the location, the 1st harvest wasdone on/around mid April.
♧ A frame, sized 20 cm x 40 cm was placed in 2 randomly selected places of each plot.
♧ All of the new shoots found inside the frame were harvested.
♧ All of new shoots were classified by the number of leaves grown at the shoots. The shoots with 1 leaf were
not counted.
♧ The number, weight and length of the harvested shoots were measured.
11. Results The Influences of ORGAMIN DA Application to Tea Tree in Autumn to The First Spring Harvest
All of Harvested New Shoots
Number of Shoots by number of leaves *Treatment
23
45
Total Total **Total
Av. Length●: Marks date(s) applied
WeightNumberof new
1st harvest season 2nd harv.
g (%)
of leaves
shoots cm
3/28
4/8
5/8
1. ORGAMIN DA x 1000 x 3
330
631
48
0
1009
350.8 (116)2745 (115) 10.0 (116)●●●
2. ORGAMIN DA x 1000 x 2
255
617
86
2
960
341.4 (113)2715 (113) 10.0 (116)●●
3. ORGAMIN DA x 1000 x 1
286
586
74
0
946
357.0 (118)2626 (110)9.1 (106)●
4. ORGAMIN DA x 1000 x 2
330
597
40
0
967
333.1 (110)2611 (109)
9.4 (109)●●
5. ORGAMIN DA x 1000 x 1
420
533
15
0
968
323.3 (107)2499 (104)
9.0 (105)●
6. Control, non-treated
352
521
32
1
906
302.9 (100)2395 (100)
8.6 (100)
12. Observations: * All of shoots harvested were classified by number of new leave on the shoots(leaves completely
open were counted)** Total weight is weight of harvested shoots(with leaves) from 2 plots x 20 cm x 40 cm x 2/plot
2= 3200 cm .
13. Discussion: 1) The treatment of ORGAMIN DA in spring, by 1000 times dilution, before 2nd harvest have shown
increase of length of the shoots. But the tea trees which had been treated with ORGAMIN DA
at 1st harvest timing, this trend of increase of the length of shoots was stronger than use of
ORGAMIN DA only in the timing of the 2nd harvest.
2) The number of new leaves per each shoots tends to increase by spray of ORGAMIN DA. As thetreatments with the product are closed for harvest, or the number of treatments are more, the yield
is more.
3) No difference of water content in the leaves between treated with ORGAMIN DA and control.
- 75 -

Evaluation of ORGAMIN D-A on Tomato/USA

USOF0019

1. Reporter: RD Kukas, Tracs Corporation
2. Period of the test: May 19 '97 to August 19, '97
3. Purpose: Evaluation of the efficacies of ORGAMIN D-A on tomato for processing
4. Location: Tulare, California
5. Crop: Tomato, variety:Rio Gran,
6. Applications of ORGAMIN D-A:
1st:May 19, '97, foliar, at 5 leaves stage, 1st bloom
2nd:May 30, '97, foliar
3rd:June 9, '97, foliar
4th:June 19, '97, foliar
5th:July 2, 97, foliar
7. Yielding date: August 19, '97
8. Plot design:Random block, 6 replications
9. Results:
Tri
no
1
2
3

Treatment
Name

Rate
oz/acre(=L/ha)

ORGAMIN D-A

25.6(=1.87 L/ha)=0.2 Gal/acre
ORGAMIN D-A
38.4(=2.81 L/ha)=0.3 Gal/acre
Check
---

LB/10 FT

Yield
Aug. 19
LB/acre St ton/acre MT/ha (%)$/acre88.50

77,101

38.57

86.41 (135.9)

1,928.3

84.78

73,88836.93

82.82 (130.23)

1,846.7

65.13

56,74428.37

63.60 (100.0)

1,418.3

Obs.:All of ripe tomatoes were hand harvested from 10 foot of raw in each plot. The tomatoes were weighed and thedata is presented as the weight per 10 foot of raw. The LB/acre, Tones(short)/acre and Metric Tones/ha were
calculated. The dollar amount per acre was calculated using a contract price of $50.00 per ton(short).

Result of Demonstrative Test of ORGAMIN on Tomato/Brazil

BRPR0007

1. Reporter: Yoritoshi Umeki
2. Period of the test:February to August, '78
3. Purpose: To evaluate performance of ORGAMIN on tomato in the field
4. Location: Farm of Mr. Yoshinori Umeki, Sol Nascente, Julio Mesquita, Sao Paulo, Brazil
5. Crop: Tomato, variety:Roma, Seeding:February 20, '78
6. Applications of ORGAMIN: 0.5 % x 10 times
7. Yielding date:
8. Plot design:1 replication, 1 plot of 2.42 ha/plot
9. Fertilizer:4-14-8 mixed 3,500Kg/ha
10. Results:
Treatment
No.

Treatment
name

1
2

ORGAMIN
Check

Rate
Concentration
ratio(%)x time

Yield
Kg/ha

(%)

0.5 x 10 times------

75,28062,313

(121)
(100)

- 76 -

Result of Demonstrative Test of ORGAMIN on Tomato/Brazil

BRPR0008

1. Reporter: Cooprtativa Agricola de Cotia
2. Period of the test:August, to December '76
3. Purpose: To evaluate performance of ORGAMIN on tomato in the field
4. Location: Farm of Mr. Kaneo Monma, Santo Amaro, Sao Paulo, Brazil
5. Crop: Tomato, variety:Santa Cruz, transplanted on August 10, '76 with sutem support
6. Applications of ORGAMIN: 1.0 % x 7 times in Octover and December with intervals of 7 days.
7. Yielding date:
8. Plot design:1 replication, 1 plot of 50 plants
9. Fertilizer:4-14-8 mixed 3,500Kg/ha
10. Results:
Treatment
No.

Treatment
name

1
2

ORGAMIN
Check

Rate
Concentration
ratio(%)x tims

Yield
Kg/50 plants(%)

1.0 x 7 times------

261.2
217.9

(120)
(100)

Experimental Results of ORGAMIN on Tomato/Vietnam

VIOF017

1. Reporter: VIETNAM PESTICIDE COMPANY(Cooperation with National Plant Protection Institute)
2. Cooperator: Engineer Nguyen Huu Vinh
3. Period of the test:Transplant October 4, '95 to harvest
4. Purpose: Evaluation of the efficacies of ORGAMIN on Tomato at farm land
5. Location: Tu Liem District, Ha Noi Capital
6. Crop: Tomato, Planted density:1,200 plants/360 ㎡
7. Treatments:
Treatment 1:Untreated control
Treatment 2:Sprays at dose of 0.3 %: 1st:At seed-bed(2 leaves stage)(Consumption of water:240-540 L/Ha) 2nd:Regrowth after transplanting
3rd:1st flower cluster
4th:Young fruits(2nd flower cluster appeared)
8. Formula of fertilizer:
9. Plot design:ORGAMIN 0.3 % plot 360 ㎡, Lbspray 0.5 % plot 360㎡ and untreated control 360 ㎡ eachtreatment 1 replication
10. Results:
Treatment 1st Flower- No.flo- No.fruits/ Frutifi1st Harvest
2nd Flower cluster
cluster(Days) wer/clustercation No.fru- Wt of fruits(Kg)No.Fl.
No.Fr./ Frutific.
cluster%
its/plplant Av. 360 ㎡
buds/cl cluster%
ORGAMIN(0.3 % x 4)
Libspray(0.5 % x 4)
Control

40

5.4

3.2

59.25

2.60

0.190

228.0(118.8%) 9.1

7.20

79.12

40

4.7

2.6

55.31

2.40

0.184

220.8(115%)

8.90

7.00

78.65

43

3.5

1.8

51.42

2.40

0.160

192.0(100%)

6.40

4.00

62.50

- 77 -

Report of Practical Use of ORGAMIN on Tomato/Taiwan

TWNPR006

1. Reporter: Lih-Nung Agricultural Chemical Ind., Ltd.
2. Cooperator: Mr. Cheng Shin-Gaang
3. Location: Shin-Gaang, Chia-Yi, Taiwan
4. Crop: Tomato, Var.: Know-Yun 303, Transplanted on Oct. 7, 1998
5. Period of the test: Oct. '98 to Nov. 1998
6. Application of ORGAMIN:
1st: Oct. 19, '98, 1.3 L/ha diluted in 500 times volumes water, foliar
2nd: Oct. 28, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
3rd: Nov. 3, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
4th: Nov. 11, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
5th: Nov. 16, '98, 1.3 L/ha diluted in 500 times volume of water, foliar
7. Reading Date: November, 1998
8. Plot design: 2 replications with 10 ㎡ per block
9. Result:
Treatment
ORGAMIN

Rate
Liter/ha
1.3 x 5 times

Control, untreated

Yield Evaluation
Kg/10 ㎡
%
41
113.9
36

100.0

10. Discussion:- 78 -

Percentages of fruits by size(%)
Large
Medium
Small
45
37
8
23

46

11

Energyc(=ORGAMIN) field trial on the turf of Golf Course Turf/JapanJPNPR501

1. Reporter: Japan Carlit, Co., Ltd.
2. Cooperator: Mr. Yamaguchi, Igaho Country Club, Co., Ltd.
3. Period of the test: April to December, 1990
4. Purpose: Evaluation of the efficacy of ORGAMIN on the turf of golf course: Observation of total weight, weightof aerial parts plus crawling branches, weight of fine roots, weight of cut leaves, color of leaves and existence ofdiseases;
5. Location: Igaho Country Club, Shibukawa, Gunma
6. Crop and Variety: Turf: Bencross
7-1. Treatments of Test- A: Observation of growth including root development: Each plot had 1 replication of 36 ㎡
Treatment 1: ORGAMIN treatment by 200 times dilution in water, 1st April 12, 2nd April 23 and 3rd
May 2nd. Applications were done using watering can.
Treatment 2: ORGAMIN treatment by 400 times dilution in water, 1st April 12, 2nd April 23 and 3rd
May 2nd. Application was done using watering can.
Treatment 3: Non-treated control
a. The results was evaluated on May 30, 1990
b. Volume of solution used: 1,000 ml/㎡
c. The lawn of 5 cm deep and 4.25 inch diameter were cut and washed for weighing.
Results:(Test-A)
Table-1
Non-treated Control(T-1)
200 Times Dilution(T-2)
400 Times Dilution(T-3)
Aerial Part
Roots
Aerial Part
Roots
Aerial Part
Roots
A
85.2
4.4
84.3
4.9
79.9
4.5
B
34.1
5.1
77.3
5.2
48.7
5.0
C
72.9
4.6
29.1
4.9
82.2
4.6
D
47.3
4.9
93.5
5.4
36.4
4.7
E
99.4
4.6
56.0
5.8
39.6
4.7
Average
67.8
4.7
68.0
5.2
57.4
4.7
Root weight vs6.48 %
7.10 %
7.57 %
Total plant weight(100.0)(109.6)(116.8)Discussion: By visual observation, growth and leaf color of the turf did not show difference between
ORGAMIN-treated and Non-Treated Control however, a difference was shown in the "Root weight vsTotal plant weight". ORGAMIN treatment showed better development of the roots system. In theboth plots of ORGAMIN 200 times and 400 times dilution did not show any phytotoxicity symptoms.
7-2. Treatment of Test-B: Observation of resistance level against disease
Treatment 1: ORGAMIN treatment by 200 times dilution in water, 1st May 30, 2nd June 12 and 3rd June 22.
Applications were done using watering can. 1 plot test of 20 ㎡
Treatment 2: ORGAMIN treatment by 400 times dilution in water, 1st May 30, 2nd June 12 and 3rd June 22.
Applications were done using watering can. 1 plot test of 20 ㎡
Treatment 3: ORGAMIN treatment by 200 times dilution in water, 1st May 30, 2nd June 12 and 3rd June 22.
Applications were done engined sprayer. 1 plot test of 40 ㎡
Result(Test-B)
In 1990, on May 30, June 12 and June 22, ORGAMIN was sprayed to the plots of turf, using watering can andengined sprayer. No difference among treatments of ORGAMIN, from the aspect of disease incidence, leaves color
and phytotoxicity appearance by visual evaluation. However, a clear difference in leaves weight was obviously
observed as shown in the Table 2. Each plot of turf surfaces of 11.2 ㎡(=10 m x 0.56m x 2)
were cut for
observation.
Table-2
Raw weight of cut leaves(g)Number of leaves per 100 mg
Total weight(%)
Control
318.1 (100)453, 439, 403
Av. 431.7 (100)
ORGAMIN treatment
352.1 (110.7)
359, 391, 414
Av. 388.0 (89.8)(cont'd)- 79 -

JPNPR501(pp2/2)
7-3. Test for observation of green color maintenance level at nursery. ORGAMIN was sprayed 3 times on September
25, October 5 and Oct. 16, 1990, in the nursery. At No. 3 green, twice on Oct. 5 and Oct. 16, ORGAMIN was
sprayed. At all areas, ORGAMIN was diluted in 400 times volume water. 1000 ml solution per ㎡ was only rate.
Observation was made on December 20 of 1990 by visual and using Minolta SPDA chlorophyl meter. The results areshown in the Table-3.
Table-3

Chlorophyl Density measured with Minolta SPDA Chlorophyll Meter

Chlolophyll: Min to Max
Average%Nursery bed
Control
ORGAMIN-treated
1.9 to 23.5
2.0 to 28.1
9.7
15.1
100
155.6

No. 3 Green
Control
ORGAMIN-treated
2.0 to 32.1
2.8 to 34.6
12.3
15.4
100
125.2

Discussions:★ Growth: By visual observation, ORGAMIN-treated plots did not show difference compared to non-treated control
however, by surface leaves cutting and by cup cutting observations, ORGAMIN treatment showed advantage overcontrol, especially on root system development.
★ Leaf Color: By visual observation, ORGAMIN-treated plots did not show difference compared to non-treatedcontrol however, chlorophyl density check using Minolta SPDA Chlorophyl meter showed clear advantage of
ORGAMIN treatment to increase chlorophyl of the turf.
★ Diseases and Drought: In the test plots of the turf, ocurrence of any disease was not observed. So, the influenceof ORGAMIN to the disease of the turf could not be observed. However, after the tests were run, extra ordinalhigh temperatures have damaged the turf in general. The turf of the non-treated plot suffered drought andhigh temperatures showed many of wilted plants and dried-up leaves while, ORGAMIN-treated turf almost
could keep normal status which clearly showed advantage of ORGAMIN treatment, especially byspring spray.
★ Phytotoxicity: By use of 200 and 400 times dilution in water, ORGAMIN did not show any phytotocicity to turf.

- 80 -

Test Result of AMIGROW(=ORGAMIN) on Vegetable/Pak choi/JapanJPNPR0003

1. Reporter: Hokko Chemical Corporation
2. Cooperator:
3. Period of the test: October '85 to January '86
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) on vegetables in small scale field
5. Location: Farm of Hokko Chemical Research Center, Atsugi, Kanagawa
6. Crop: Aojiku Pakchoi and Radish of variety Kanemachi Kokabu, both transplanted on October 10, '86
7. Treatments:
Treatment 1: ORGAMIN sprays at dose of 6.0 L/ha, x 6 times
1st October 28 and the rest 5 times with intervals of 10 days.
Treatment 2: Untreated control
8. Formula of fertilizer:
9. Plot design:3 replications, 1 block with 2 ㎡
10. Result:
Treatment
Length of leaves
WeightAv. cm
% Av./plant gr %Aojiku Pakchoi
1. ORGAMIN
22.3 104.2
239
107
6.0 L x 6
2. Control
21.4 100
223
100
Radish
1. ORGAMIN
6.0 x 6
2. Control

No. of leaves
14.8 cm 104
14.2

Length of leaves
Av./leaf%
34.1 cm 105

100

32.7

100

Root
diameter %6.7 cm 105

Weght/plant
224 gr

117

6.4

191.2

100

Test Result of AMIGROW(=ORGAMIN) on Vegetable, Nozawana/Japan100

JPNPR0009

1. Reporter: Japan Carlit Co., Ltd., Japan
2. Cooperator:
3. Period of the test: September to november '87
4. Purpose: To evaluate performance of AMIGROW(=ORGAMIN) in commercial farm of leaf vegetable "Nozawana"
5. Location: Farm of Mr. Iwao Hirose, Yoshioka-Mura, North Gunma
6. Crop: Nozawana, seeded September 19, '87
7. Treatments:
Treatment 1: ORGAMIN sprays at dose of 400 times dilution in water at 20 Liter/400 ㎡ on October 6 and60 liter/400 ㎡ on October 16, '87
Treatment 2: Untreated control
8. Formula of fertilizer:
9. Plot design:1 replication, 1 block with 400 ㎡
10. Result:
Treatment

Yield

Kg

%

1. ORGAMIN
400 times dill. x 2
2. Control

2,120

120.5

1,760

100
- 81 -

Field Tests of Efficacies of ORGAMIN DA and ECOLOGYC on Water Melon/Brazil

BRPR0021

1. Reporter: I. Kon-AGRO COSMOS (Cosmos Agrícola Produção e Serviços Ltda.)
2. Cooperator: Estaçã Shokucho Do Brasil Agríicola Ltda.
3. Purpose of the test:Evaluation of performance of ORGAMIN DA & ECOLOGYC on Water Melon
4. Location:Engenheiro Coelho-State of São Paulo, Brazil
5. Period of the test: December, 2002 to April 2003
6. Crop/Variety: Water melon(Citrullus lanatus), Var. AG 598
7. Applications: 1st application: 2002/12/27, plant hight: 4-6cm, consumption of the solution: 400 Litee
2nd application: 2003/01/06, plant hight: 50-88 cm, consumption of the solution: 600 Litee
3rd application: 2003/01/16, with bloom, consumption of the solution: 600 Litee
4th application: 2003/01/29, with fruits, consumption of the solution: 800 Litee
5th application: 2003/02/10, with fruits, consumption of the solution: 1000 Litee
The dose of ORGAMIN DA and ECOLOGYC were 2.0 L/ha and 2.0 L/ha at all time.
8. Treatments: 1. Untreated control with half of the basic soil fertilizer recommended.
2. ORGAMIN DA: with half of the basic soil fertilizer recommended.
3. ECOLOGYC: with half of the basic soil fertilizer recommended.
4. Untreated control with normal(recommended) soil fertilizer
9. Results: Weight of fruits harvested from 48 ㎡of each treatment are shown in the Table below.
Twice harvested and the result are shown in Kg/48 ㎡.

- 82 -

Result of Demonstration Applocation of ORGAMIN on Wheat/Brazil

BRPR0006

1. Reporter: Chuzo Fjioka, owner of farm
2. Cooperator:
3. Period of the test: April to September '79
4. Purpose: To evaluate performance of ORGAMIN in commercial farm of wheat
5. Location: Farm of Mr. Chuzo Fujioka, Paulistana, Parana, Brazil
6. Crop: Wheat, Variety: Jubateco
7. Treatments:
Treatment 1: ORGAMIN 5-7 L/ha x 4 sprays: May 11(5.0 L/ha), May 25(5.0), June 7(5.0) and June 29(7.0)
Treatment 2: Untreated control
8. Formula of fertilizer: 500 Kg/ha 4-31-13
9. Plot design:1 replication, 1 block with 400 ㎡
10. Result:
Treatment
Yield Kg%
1. ORGAMIN
5-7 L/ha x 4
2. Control

2,479

150

1,653

100

Field Test Results of Application of ORGAMIN on Wheat/Brazil/1987

BRPR0010

1. Introduction
ORGAMIN has been reckognized for it's efficacy to increase yield and to improve quality of various crops. In the
North Parana Region where wheat is most important crop, ORGAMIN is widely used to treat wheat. The practcal use
of ORGAMIN went ahead of the accumulation of the official and/or private technical data. The start of practical use
of ORGAMIN was based on the widely spread recognition of the efficacy among farmers. We still feel necessity toaccumulate reliable indetailed technical data.To cover this point, the practical field evaluation tests were widely run in1987 crop season. Fortunately we had cooperations of local technical people, Engenheiros Agronomos and the farmowners of 30 locations. A summery of the tests is shown at the following pages.
2. Test Results
The tests results are summerized in the Summery Table. Because of some unfavorable weather, mechanical andother factors, from only 16 test sites we succeeded to obtain full data.
3. Observations: Trough all technical information we obtained, we can summerize the efficacies of ORGAMIN as
follows:① Vigorous Development of Root System of Wheat :ORGAMIN showed excellent efficacy to stimulate developmentof the root system of wheat. Compared to untreated control, wheat of ORGAMIN-treated plot had 2 to 3 times
more volume of the root.
② Strong Growth of Stems: As the result of the improved development of the root system, the stems and the leaves
of ORGAMIN-treated wheat became strong and sound.
③ Prolonged Growing Period: At the ORGAMIN-treated plots, wheat prolonged it's life cycle for about one week.
Increase of the yield recorded at many of the test sites partly could be understandable for this phenomena.
④ Increase of Yield: We observed maximum 55 % to minimum 4 % of increase of the yield of wheat grain in the
ORGAMIN-treated plots. The productivity of the wheat grain of this region is 2,240 Kg/ha while, ORGAMIN-treated wheat of our tests have produced 2,770 Kg/ha in average which is 26 % increase over local average.
⑤ Improvement of The Quality Measured by "Kg/100 Liters" Index.: An improvement of quality of grain is very
important from the stand point of the farmers' income increase. The grain of ORGAMIN-treated plots resulted
maximum 7 points superior to the untreated control and the average improvement was 3.3 points.
⑥ Improvement of Crop Resistance to The Disease: In the test number 7 of the Summary Table, a highly notabledifference of the yield between ORGAMIN-treated and control plots is reported. The notably low yield of grain at
the control plot was reported to be caused by disease of Piricularia oryzae which widely occurred in the region
while, the damage of the wheat of ORGAMIN plot suffered by the disease was light. The fact may suggest apossibility that ORGAMIN have fortified the natural power of the crop to resist a attack of disease. Similar
phenomena are observed in other tests with other crops.

See Summary Table at next page
- 83 -

SUMMARY OF THE TESTS OF ORGAMIN APPLICATIONS ON Wheat/Brazil-1
Name of Farm/
Propriety

Location

Variety

Basic Fertilizer
Kg/ha, N-P-K

1)Santo Antonio,
Jose G. Neto

Alvorada do
Sul-Parana

Cocoraque145 (4-30-10)2)Ferracin,
Pedro Ferracin

Sertanopolis,
ParanaAnahuac145 (2-30-10)

3)Imbauva,
Marcos Marchi

Paiquere,
ParanaTapajara

167 (4-30-10)

4)Correntina,
Tomita Itimura

Sertaneja,
ParanaAnahuac

125 (4-30-10)5)Pontal do
Tibaji, Jose
Antonio Nunes
6)Matao,
Reis brothers

Sertaneja,
ParanaCocoraque167 (4-30-10)

Florestopolis,
ParanaTapejara

165 (4-30-10)

7)N.S.Aparecida,
Olivardo Toneze

Leopolis,
ParanaAnahuac

1248)Santa Fe

Leopolis,
ParanaAnhauac124 (4-24-12)

9)San Judas,
Wilson bagio

Cornerio,
Parana10) Santa Ana
J. Baumgartener

Santa Mariana
ParanaAnahuac227 (4-9-10)11)Irmoes,
Uemura,Uemura brothers

Maua,
ParanaTapejara

269 (5-24-24)

BRPR0010

ORGAMIN Treatment
Days afterDoseseeding
L/ha
1st
30
6.2
2nd
55
8.3
3rd
85
8.3
Control
--1st
40
8.3
2nd 65
8.3
Control
--1st
30
8.3
2nd 70
8.3
Control--1st30
2nd 70Control
1st30
2nd 70Control
1st30
2nd 55
3rd
85
Control
1st30
2nd 70Control
Treated

5.4
5.4
--8.3
8.3
--6.2
8.3
8.3

Control
1st30
2nd 55
3rd
80
Control
1st30
2nd 70Control
1st45
2nd 56
3rd
91
Control

--6.2
8.3
8.3

8.3
8.3
---

8.3
8.3
--6.2
6.2
8.3
--- 84 -

Av.
Kg/ha

Yield
Percentage
%

Kg/
100L

3,000

114

84

2,630
2.850

100
104

81
80

2,730
2.980

100
138

79

2,160

100

2,160

133

1,620
2,760

100
139

81

1,980

100

71

2,360

119

83

1,980
2,310

100
155

80

1,490
2,740

100
130

2,110

100

3,250

110

82

2,950
3,210

100
152

79

2,110

100

2,980

109

82

2,730

100

82

Observations(ref. photo Nos.)*Seeding:87/5/9*Harvest:87/9/4*Strongly developed rootsystem in treated plants.
*Seeding:87/5/6*Harvest:87/9/8*1st application was delayed.
*Seeding:87/5/6*Harvest:87/9/10*Better plant growth and improved
Kg/100L was observed.
*Seeding:87/4/3*Harvest:87/8/13*Good development of roots/treated*Seeding:87/5/6*Harvest:87/9/10*Root system well developed vol/lengt*Seeding:87/5/6*Harvest:87/9/11*Seeding:87/4/20*Occurence of disease Piricuraria
oryzae gave damage of control plot.
*Seeding:87/April*Notable increase of Kg/100 Liter wasobserved at treated area.
*Seeding:87/4/24*Harvest:87/8/30*Significant increase of root, yield andKg/100 L by ORGAMIN treatment.
*Seeding:87/4/13*Harvest:87/8/28*Seeding:87/4/15*Harvest:87/9/5*Disease "Mau de pe" occured in treated area.

SUMMARY OF THE TESTS OF ORGAMIN APPLICATIONS ON Wheat/Brazil -2
Name of Farm/
Propriety

Location

Variety

Basic Fertilizer
Kg/ha, N-P-K

12)Yamanaka,
Jose Yamanaka

Maua,
ParanaIAC-5

248 (2-20-20)

13)Serra Morena,
Francisco
Campos Lima F.

Urai,ParanaAnahuac

125 (4-24-12)

14)Yamaguchi,
H. Yamaguchi

Phenix,ParanaTapajara

248 (4-24-12)15)N.S.Aparecida
Tomow Karigyo

S. Pedro do
Ivari, Parana

Anahuac

165 (4-22-12)16)N.S.Aparecida
Kenji Karigyo

S. Pedro do
Ivari, Parana

Anhauac

165 (4-22-12)

17 S. Parana,
Osvaldo Bonini

Alvorada doSul, Parana

Anhauac145 (4-30-10)18)S.S. Joaquim
E. Kawanaka

Alvorada doSul, Parana

Anahuac

167 (4-30-10)

19)S. Antonio,
A.&A. Zamarian

Sertaneja,
ParanaCocoraque124 (4-24-12)20)Sao Joao,
Luiz A. P. Lima

Alvorada doSul, Parana

Cocoraque229(4-24-12)

21) Agua Limpa,
Katsuhiko
Itimura22)Maria Amelia
N.Zamarian et al.

S. Pedro do
Ivari, Parana

Anahuac

165 (4-17-10)

Cornerio
Procopio,ParanaAnhauac

BRPR0010

ORGAMIN Treatment
Days afterDoseseeding
L/ha
1st
43
8.3
2nd 66
8.3
Control
--1st
30
4.1
2nd 75
8.3
3rd
85
8.3
Control
--1st
38
4.1
2nd 70
6.2
Control
--1st
44
4.1
2nd 68
8.3
3rd
86
8.3
Control
--1st
35
6.2
2nd 60
6.2
3rd 85
6.2
Control--1st:Ramific.
4.2
2nd:Sprout
8.3
3rd:Earing
8.3
Control
1st44
4.2
2nd 65
8.3
3rd
80
8.3
Control
1st
2nd
Control
1st65
2nd 85

--8.3
8.3
--4.2
8.3

1st 50/55
2nd 75/80

4.2
8.3

1st:Ramifi.
2nd:Sprout
3rd:Earing
Control

4.2
8.3
8.3
--- 85 -

Av.
Kg/ha
2,530

Yield
Percentage
%
120

Kg/
100L
82

2,110

100

77

3,000

125

80

2,400
2.960

100
125

79
81

2,360

100

78

2,480

125

81

1,980

100
117

78
83

100
About
120

76

2,850
2,430
Only visual evaluation
was made
Becauseof rain,no yield
was evaluated.

100

Whole area was treated.
Av. yield:2,663

Observations(ref. photo Nos.)*Seeding:87/4/28*Harvest:87/9/4*Seeding:87/4/8*Harvest:87/September*Increased root system of treatedplants were observed.
*Seeding:87/4/11*Harvest:87/8/27*Seeding:87/4/11*Harvest:87/8/27*Seeding:87/4/9*Harvest:87/9/8*In treated area, good root development in volume and length, and stout
stems were observed.
*Size, volume and deapth of root oftreated area were superior to control.

82

83

Whole area was treated.
375 to 500 Kg/ha more yieldthan control by visual evaluation
was observed.

*In treated area, good root development in volume and length and stout
stems were observed.
*Development of root was excellent.
*Observer was convinced that
ORGAMIN treatment increased yieldby 10-20 %.
*Seeding:87/5/15*Harvest:87/September*Improved grain weight by ORGAMIN
was observed.

- 86 -