1 Presenting The Only Abaca Based Organic Foliar Fertilizer! GOPUREGANIC FERTILIZER FPA REG. NO. 1-1LP- 3015 Fortified with Abaca Enzyme and Flavonoids Only From: 1 Lite r 120m l GOLD LABEL EDITION For High Value Crops
1. 1 Presenting The Only Abaca Based Organic Foliar Fertilizer!
GOPUREGANIC FERTILIZER FPA REG. NO. 1-1LP-3015 Fortified with Abaca
Enzyme and Flavonoids Only From: 1 Liter120ml
2. 2 BIR Registration: 3RCOO00455091 / 1-7-2010
3. 3 SEC Registration: CS200917907 / 11-16-2009
4. 4 BFAD LICENSE TO OPERATE: RDI-MM-CDW-1043 /
MAY-11-2011
5. 5 DA/FPA Reg. No.: 1-1LP-3015 / July 26, 2012
6. 6 DA/Bureau of Soils & Water Management Guaranteed
Analysis Jan.11, 2011
7. 7 THE COMPANY PROFILE
8. 8
9. 9 Essensa Naturale, Inc. is a marketing company that offers
a quality alternative, toxic free, all natural health and wellness
products providing a durable, global dynamic income opportunity. To
ensure products superiority and provide a great partnership traits
to every Essensa Club member and at the same time give huge
earnings and recognitions to qualified professional business
builders.
10. 10 WHAT IS GO-PUREGANIC? A liquid fertilizer with full
organic supplements using a local formula made in the Philippines.
Natural organic matter made in ABACA plants. Only liquid fertilizer
fortified in abaca enzymes that helps for plant growth and
development performance. Organic liquid fertilizer that can use all
kind of crops Rich in Macro and Micro nutrients like N, P, K, Ca,
Mg, Fe, Zn, B, Mn, Cu and other beneficial micronutrients.
12. 12 http://www.ehow.com/about_4793719_uses-of-enzymes.html
WHAT ARE ENZYMES? (1) Enzymes are proteins that act as catalysts
for specific molecules. (2) Enzymes break down food to become
nutrition for plants body. "Catalyst" is the general term for a
substance that facilitates (catalyzes) one or more chemical
reactions. The most powerful and subtle catalysts in living things
are enzymes. These substances produced by living things are made
mostly of protein, and they are not only very potent (that is, only
a little is required to do a lot) but also very specific in terms
of the reactions they catalyze.
13. 13 (1) Improves Soil Nutrients It contains minerals
scientifically processed to rapidly stabilize the soil pH and
neutralize soil acidity (2) Sanitize & Rejuvenates the Soil
Helps the fixation rate of the major elements improving the soil
structure and improves aeration. Sanitizes the soil, killing fungi,
nematodes and other bad bacteria. (3) Act As Organic Plant Growth
Accelerator It helps plants grow faster shortening the maturity
period. (4) It Activates Beneficial Micro-organisms and
Non-symbiotic form of Nitrogen Fixing Bacteria They help convert
Nitrogen it into needed nitrate form that can be easily absorbed by
plants. (5) Economical One liter only per hectare per cropping. At
30ml per 16-liter backpack sprayer, one liter produces 33
backpacks. Only 8 backpack sprayers are enough to spray one
hectare. Therefore you can spray four times per hectare: 1st spray
during land preparation; 2nd spray 5 days after transplanting; 3rd
spray during tillering stage (pagsusuwi) and 4th spray during
flowering stage (pagbubuntis). (6) It has Sticker The sticker helps
bond the nutrients to surface of the leaves giving more time for
the plants to consume all nutrients supplied. (7) Safe and
Non-Toxic Because its all-natural, organic and non-toxic it is safe
for the plants animals and human beings. (8) Environment friendly
It does not pollute, so it help protect our environment (9)
100%Soluble It can easily be mixed with unchlorinated water. (10)
100%Absorbable It can easily be absorbed by plants through its
roots and foliage (leaves) (11) Natural Insect Repellent
Gopureganic strengthens the immune system of the plants giving it
its natural repellent capabilities. 11 Benefits of Gopureganic
Organic Foliar Fertilizer
14. 14 RECOMMENDED TIME OF APPLICATION During early in the
morning 5:00AM-9:00AM During in the afternoon 4:30PM-6:30PM Note:
Abaca enzymes has sensitive into sunlight, application in the
afternoon is highly recommend because evaporation period is very
low. RECOMMENDED WAYS OF USING GOPUREGANIC (Yield depends on soil
condition and farming practices) 1st USE OF GOPUREGANIC: It
recommends reducing chemical fertilizer at least 25% depends on
soil analysis plus 1li of GOPUREGANIC. Follow the spray schedule.
2nd USE OF GOPUREGANIC: In the same field without burning of rice
straws, recommend to reduce 50% chemical fertilizer plus 1li. Of
GOPUREGANIC follow the spray schedule. 3rd USE OF GOPUREGANIC: In
the third cropping season like 2nd procedure same field without
burning of rice straws, it recommends to reduce 75% chemical
fertilizer plus 1li. Of GOPUREGANIC follow the spray schedule. 4th
USE OF GOPUREGANIC: At the 4th use only 1li. Of GOPUREGANIC,
provided that follow the procedures same field, without burning of
rice straws
15. Gopureganic Liquid Organic Fertilizer For 30 ml dilution on
every16L-backpack sprayer, 1 liter Gopureganic can produce 33
Gopureganic-diluted 16L-backpack sprayers. Economical 33= x 15
16. Best Time to Spray Caution: Avoid direct sunlight when
spraying. b) After sunset: 16 a) Before sunrise
17. Gopureganic Liquid Organic Fertilizer Agricultural sticker
is already provided: a) nutrients sprayed on the leaves literally
sticks longer giving the plant more time to absorb the supplied
plant nutrients. b) Fast evaporation of volatile components are
prevented. 17
18. Safe and Non-Toxic Because the ingredients are all natural,
organic and non- toxic, it is safe for human beings, animals and
plants. Gopureganic Liquid Organic Fertilizer 18
19. SUGGESTED GOPUREGANIC FERTILIZER DILUTION PER 16-LITER
KNAPSACK SPRAYER (Backpack Sprayer) Spray Scheduleml/Knapsack
Sprayer Kinds of Crops 1st Spray: During Land Preparation
preferably 2-3days before last harrowing 30 mlRice 2nd Spray: 5-10
days after transplanting 3rd Spray: Tillering Stage or 15-25 days
after transplanting 4th Spray: Booting stage or 40-45 days after
transplanting Optional: apply at after flowering 1st Spray: spray
stem, roots & leaves when plant has 6-8 leaves already. 30
mlCorn Repeat: spray leaves every 20-30 days 1st Spray: near
flowering stage. Repeat: when fruit comes out 30 mlSquash, Water
Melon Cantaloupe Repeat: when the fruit color started to change
19
20. Suggested Dilution of GOPUREGANIC FERTILIZER per 16-LITER
KNAPSACK SPRAYER (Backpack Sprayer) Spray Scheduleml/Knapsack
Sprayer Kinds of Crops Spray once on the stem, roots and leaves
when the plant started or about to produce corm. . 30 mlPotato,
water yam, Sweet potato !st Spray: When about to start flowering
Repeat: Every two weeks while still flowering 30 mlTomato,
Eggplant, String beans, Bitter Melon Last Spray: When there are
fruits 1st Spray: when the plants have 6-8 leaves already30
mlCarrot, Radish Repeat: Every two months 1st Spray: when the plant
has 6-8 leaves already 2nd Spray: after two weeks 3rd Spray: on the
fourth week 30 mlGinger, Garlic, Onions 20
21. Suggested Dilution of GOPUREGANIC FERTILIZER per 16-LITER
KNAPSACK SPRAYER (Backpack Sprayer) Spray Scheduleml/Knapsack
Sprayer Kinds of Crops 1st Spray: During flowering stage30
mlPeanuts 2nd Spray: when the plant starts to produce legume pods.
1st Spray: while plant is growing30 mlOrchids and 2nd Spray: when
its about to produce flowers or near flowering stage. Ornamental
plants Repeat: after harvesting the flowers. !st Spray: spray the
prepared hole for the banana sucker60 mlBanana 2nd Spray: spray 3
months after transplanting the banana sucker. 3rd Spray: shooting
stage or flowering stage 4th Spray: when banana fruits come out For
aerial spraying of plants leaves 298 ml per 159- liters Drum
21
22. Suggested Dilution of GOPUREGANIC FERTILIZER per 16-LITER
KNAPSACK SPRAYER (Backpack Sprayer) Spray Scheduleml/Knapsack
Sprayer Kinds of Crops 1st Spray: when about to bear flowers60
mlMango Repeat: when the fruit is about a pea size 1st Spray: spray
on leaves when it is about to bear flowers Repeat: when its bearing
fruits already 60 mlOrange, Citrus, Coffee, Guava, Rambutan,
Durian, Lanzones 1st Spray: 45 after transplanting Repeat: every 45
days 60 mlSugarcane 1st Spray: 3rd week after transplanting30
mlTobacco Repeat: every 3 weeks thereafter 22
23. 23 Crop 14 DAT 26-28 DAT Time of application Pechay 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Cabbage 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Mustard 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Lettuce 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Celery 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Important
reminders Generally , Gopureganic will be applied at .5 - .75 liter
per hectare per application. Be observant, if the plant is already
healthy, adjust your spraying intervals. Apply Gopureganic from 6
10 am and 3 6 pm only. Leaves have open stomata during these
periods, hence it increases the absorption efficiency of foliar
plant food. Do not spray when there is an immediate rainfall. Use
Gopureganic : the best for leafy and solenaceous crops . ( pechay,
mustard, cabbage, Cellerry, lettuce, eggplant, tomato , okra,
pepper, etc.)
24. 24 FFS w/ Integrated Techno Demo On Palay Check Ani ng
Masaganang Uhay Bgy. Techno Demo Techno-Demo on Different Organic
fertilizer Implementing Agencies: Office of the Provincial
Agriculturist, Nueva Ecija City and Municipal Agriculturist Office
Department of Agriculture, RFO lll
26. 26 Munoz, Nueva Ecija Using Gopureganic Munoz, Nueva Ecija
Using Urea Jun Evangelista Farm Munoz, Nueva Ecija Jun Evangelista
Farm Munoz, Nueva Ecija Jun Evangelista Farm Talavera, Nueva
Ecija
27. 27 Representative From Cooperating Companies
RepresentativeFrom Cooperating Companies Frank Tenebro Essensa
Naturale Inc. Agronomist
28. 28 Frank Tenebro Essensa Naturale Inc. Agronomist
29. 29 The Three Finalists
30. 30 EXCEEDTRIPLE ACREGOPUREGANIC SL-8H (113 days)SL-8H (113
days)SL-8H (113 days)Variety 12-17-1112-18-1112-17-11Date Seeded
1-13-121-09-121-04-12Transplanted 4-04-124-11-124-04-12Expected
Harvest 252525Ave. no. of hills/sq. m. 108.40 cm109.40 cm113.90
cmAve. Plant Height 111113Ave. No. of Productive tillers 18.00
cm22.00 cm22.10 cmAve. Panicle Length 270240305Ave. No. of grains
per panicle 1.20 kgs1.50 kgs1.50 kgsAve. weight per sq. m. 240
cavans/ha.300 cavans/ha.300 cavans/ha.COMPUTED YIELD
35. Techno-Demo Trials during wet season 2012 at Nueva Ecija
35
36. GOPUREGANIC field Representative conducting technical
briefing to the farmers of Nueva Ecija and preparing for
Techno-Demo field trials during wet season cropping 2012 36
37. Picture at right show the 1st application of GOPUREGANIC at
the rate of 30ml/knapsack sprayer during 2-3 days before last
harrowing, Picture at the left show 1st application can be done
right after transplanting or after draining the rice field. 37
38. Picture left show that knapsack sprayer should be wash
before use in Gopureganic to avoid contamination to other chemical,
because it we consider has live microorganism (enzymes) Picture
right show the measuring the recommended rate of Gopureganic per
knapsack sprayer. 38
39. TRANSPLANTING Transplant the seedling at early age 18-21
days after seeds sowing, younger seedlings can produce more tillers
than older seedlings 39
40. Rice Techno-Demo at vegetative 40
41. Flowering Stage 41
42. Techno-Demo Trial at 75% grain maturity 42
43. Grain maturity is almost 85% it is ready to harvest.
43
44. Field visitation of Techno-Demo together with Provincial
Agriculture Representative, City Agriculture Representative, Other
Organic Companies and Farmer Cooperator. Picture left are shows for
gathering data using crop cut to estimate potential yield per
hectare, perform by OPA representative, Other Organic Companies and
GOPUREGANIC representative. 44
45. 45
46. 46
47. Crop cutting was monitor by OPA representative to get
1meter square or 25hill represent for 1hectare (picture from left).
Manual threshing is done to get the potential yield per hectare
47
48. GP TRIAL ON PECHAY 48
49. TECHNO DEMO RESULTS Wet Season 2012 49
50. 50 Cost and Returned Analisys for One Hectare of Rice
Production using GOPUREGANIC LIQUID FOLIAR FERTILIZER ITEM QUANTITY
VALUE(P) I. GROSS INCOME 144cav/ ha. At 50kls/cav sold at P15/kl
108000 II. OVERHEAD COST Land Preparation Contract 4500 Pulling,
Distribution and Transplanting of Seedlings Contract 4500 Chicken
Dung Application 4MD @150/MD 600 Gopureganic Liquid Foliar
Fertilizer 2MD 300 Harvesting 10%/ 144cavans 10800 Threshing 7%/
144cavans 7560 Hauling P10/cavan 1440 Irrigation Fee 1700/ha. (wet
Season Cropping) 1700 TOTAL OVERHEAD COST 31400 III. COST OF
MATERIALS AND SUPPLIES Seeds 40kls @ 1200/40kls 1200 Chicken Dung
40bags @ 50/bag 2000 Gopureganic liquid foliar Fretilizer 1.5li
@2500/li 3750 Sacks 144pcs @P10/pc 1440 Threads 144pcs @.1/pc 14.4
Needle 1pc @7/pc 7 TOTAL COST OF MATERIALS AND SUPPLIES 8411.4
SUB-TOTAL OVERHEAD COST 31400 TOTAL COST OF PRODUCTION 39811.4 IV.
NET INCOME 68188.6
51. 51 Cost and Returned Analisys for One Hectare of Rice
Production using 50% GOPUREGANIC LIQUID FOLIAR FERTILIZER PLUS 50%
CHEMICAL FERTILIZER ITEM QUANTITY VALUE(P) I. GROSS INCOME 130cav/
ha. At 50kls/cav sold at P15/kl 97500 II. OVERHEAD COST Land
Preparation Contract 4500 Pulling, Distribution and Transplanting
of Seedlings Contract 4500 Chicken Dung Application 4MD @150/MD 600
Gopureganic Liquid Foliar Fertilizer Appl'n 21D 150 Chemical
Fertilizer Application 1MD 150 Herbicide Application 1MD 150
Molluscicide Application 1MD 150 Insecticide Application 1MD 150
Harvesting 10%/ 130cavans 9750 Threshing 7%/ 130cavans 6825 Hauling
P10/cavan 1300 Irrigation Fee 1700/ha. (wet Season Cropping) 1700
TOTAL OVERHEAD COST 29925 III. COST OF MATERIALS AND SUPPLIES Seeds
40kls @ 1200/40kls 1200 Chicken Dung 40bags @ 50/bag 2000 Chemical
Fertilizer 3bags @ 1200/bag 3600 Gopureganic liquid foliar
Fretilizer .5li @2500/li 1250 Herbicide .125ml @820/500ml 205
Molluscicide 5sachets @66/sachet 330 Insecticide .25li @ 690/li
172.5 Sacks 130pcs @P10/pc 1300 Threads 130pcs @.1/pc 13 Needle 1pc
@7/pc 7 TOTAL COST OF MATERIALS AND SUPPLIES 10077.5 SUB-TOTAL
OVERHEAD COST 29925 TOTAL COST OF PRODUCTION 40002.5 IV. NET INCOME
57497.5
52. 52 Cost and Returned Analisys for One Hectare of Rice
Production using CHEMICAL FERTILIZER (Farmers Practices) ITEM
QUANTITY VALUE(P) I. GROSS INCOME 91cav/ ha. At 50kls/cav sold at
P15/kl 68250 II. OVERHEAD COST Land Preparation Contract 4500
Pulling, Distribution and Transplanting of Seedlings Contract 4500
Chemical Fertilizer Application 3MD 450 Fungicide Application 1MD
150 Plant Booster/Foliar Application 1MD 150 Insecticide
Application 1MD 150 Harvesting 10%/ 91cavans 6825 Threshing 7%/
91cavans 4777.5 Hauling P10/cavan 910 Irrigation Fee 1700/ha. (wet
Season Cropping) 1700 TOTAL OVERHEAD COST 24112.5 III. COST OF
MATERIALS AND SUPPLIES Seeds 40kls @ 1200/40kls 1200 Chemical
Fertilizer 46-0-0 (Urea) 2bags @ 1030/bag 2060 16-20-0 3bags
@1050/bag 3150 14-14-14 (complete) 2bags @1250/bag 2500 0-0-60
(muriate of potash) 1bag @1350/bag 1350 Fungicide 1box @250/box 250
Plant Booster/Foliar Fertilizer 2li. @500/li 1000 Insecticide 1li @
690/li 690 Sacks 91pcs @P10/pc 910 Threads 91pcs @.1/pc 9.1 Needle
1pc @7/pc 7 TOTAL COST OF MATERIALS AND SUPPLIES 13126.1 SUB-TOTAL
OVERHEAD COST 24112.5 TOTAL COST OF PRODUCTION 37238.6 IV. NET
INCOME 31011.4
53. 53 Cost and Returned Analisys for One Hectare of Rice
Production using ORGANIC FERTILIZER COMPETITOR BRAND T ITEM
QUANTITY VALUE(P) I. GROSS INCOME 103cav/ ha. At 50kls/cav sold at
P15/kl 77250 II. OVERHEAD COST Land Preparation Contract 4500
Pulling, Distribution and Transplanting of Seedlings Contract 4500
Chicken Dung Application 4MD @150/MD 600 Organic Fertilizer Appl'n
5MD 750 Effective Microorganism Application 1MD 150 Foliar
Application 1MD 150 Harvesting 10%/ 103cavans 7725 Threshing 7%/
103cavans 5407.5 Hauling P10/cavan 1030 Irrigation Fee 1700/ha.
(wet Season Cropping) 1700 III. TOTAL OVERHEAD COST 26512.5 III.
COST OF MATERIALS AND SUPPLIES Seeds 40kls @ 1200/40kls 1200
Chicken Dung 40bags @ 50/bag 2000 Organic Fertilizer 50bags/
@200/bag 10000 Effective Microorganism 1li. @750/li 750 Foliar
Fertilizer 4li @ 190/li 760 Sacks 103pcs @P10/pc 1030 Threads
103pcs @.1/pc 10.3 Needle 1pc @7/pc 7 IV. TOTAL COST OF MATERIALS
AND SUPPLIES 15757.3 V. SUB-TOTAL OVERHEAD COST 26512.5 VI. TOTAL
COST OF PRODUCTION 42269.8 VII. NET INCOME 34980.2
54. 54 Cost and Returned Analisys for One Hectare of Rice
Production using ORGANIC FERTILIZER COMPETITOR BRAND T.A ITEM
QUANTITY VALUE(P) I. GROSS INCOME 89cav/ ha. At 50kls/cav sold at
P15/kl 73500 II. OVERHEAD COST Land Preparation Contract 4500
Pulling, Distribution and Transplanting of Seedlings Contract 4500
Chicken Dung Application 4MD @150/MD 600 Organic Fertilizer Appl'n
2MD 300 Harvesting 10%/ 89cavans 6675 Threshing 7%/ 89cavans 4672.5
Hauling P10/cavan 890 Irrigation Fee 1700/ha. (wet Season Cropping)
1700 III. TOTAL OVERHEAD COST 23837.5 III. COST OF MATERIALS AND
SUPPLIES Seeds 40kls @ 1200/40kls 1200 Chicken Dung 40bags @ 50/bag
2000 Organic Fertilizer 3500/hectare 3500 Sacks 89pcs @P10/pc 890
Threads 89pcs @.1/pc 8.9 Needle 1pc @7/pc 7 IV. TOTAL COST OF
MATERIALS AND SUPPLIES 7605.9 V. SUB-TOTAL OVERHEAD COST 23837.5
VI. TOTAL COST OF PRODUCTION 31443.4 VII. NET INCOME 42056.6
55. 55 Cost and Returned Analisys for One Hectare of Rice
Production using ORGANIC FERTILIZER COMPETITOR BRAND AP ITEM
QUANTITY VALUE(P) I. GROSS INCOME 78cav/ ha. At 50kls/cav sold at
P15/kl 58500 II. OVERHEAD COST Land Preparation Contract 4500
Pulling, Distribution and Transplanting of Seedlings Contract 4500
Chicken Dung Application 4MD @150/MD 600 Organic Fertilizer Appl'n
2MD 300 Harvesting 10%/ 78cavans 5850 Threshing 7%/ 78cavans 4095
Hauling P10/cavan 780 Irrigation Fee 1700/ha. (wet Season Cropping)
1700 III. TOTAL OVERHEAD COST 22325 III. COST OF MATERIALS AND
SUPPLIES Seeds 40kls @ 1200/40kls 1200 Chicken Dung 40bags @ 50/bag
2000 Organic Fertilizer 3500/hectare 3500 Sacks 78pcs @P10/pc 780
Threads 78pcs @.1/pc 7.8 Needle 1pc @7/pc 7 IV. TOTAL COST OF
MATERIALS AND SUPPLIES 7494.8 V. SUB-TOTAL OVERHEAD COST 22325 VI.
TOTAL COST OF PRODUCTION 29819.8 VII. NET INCOME 28680.2
56. 56 Cost and Returned Analisys for One Hectare Rice
Production using Different Organic and Chemical Fertilizer During
Wet Season 2012 COMPANY QUANTITY VALUE(P) I. GROSS INCOME
Gopureganic Liquid Fertilizer 144cav/ ha. At 50kls/cav sold at
P15/kl 108000 50-50 Gopureganic and Chemical 130cav/ ha. At
50kls/cav sold at P15/kl 97500 Pure Chemical Fertilizer 91cav/ ha.
At 50kls/cav sold at P15/kl 68250 Organic Fertilizer Brand T
103cav/ ha. At 50kls/cav sold at P15/kl 77250 Organic Fertilizer
Brand TA 89cav/ ha. At 50kls/cav sold at P15/kl 73500 Organic
Fertilizer Brand AP 78cav/ ha. At 50kls/cav sold at P15/kl 58500
II. EXPENSES COMPANY OVERHEAD COST (P) COST OF MATERIALS TOTAL(P)
and SUPPLIES(P) Gopureganic Liquid Fertilizer 31400 8411.4 39811.4
50-50 Gopureganic and Chemical 29925 10077.5 40002.5 Pure Chemical
Fertilizer 24112.5 13126.1 37238.6 Organic Fertilizer Brand T
26512.5 15757.3 42269.8 Organic Fertilizer Brand TA 23837.5 7605.9
31443.4 Organic Fertilizer Brand AP 22325 7494.8 29819.8 III. NET
INCOME VALUE(P) Gopureganic Liquid Fertilizer 68188.6 50-50
Gopureganic and Chemical 57497.5 Pure Chemical Fertilizer 31011.4
Organic Fertilizer Brand T 34980.2 Organic Fertilizer Brand TA
42056.6 Organic Fertilizer Brand AP 28680.2
57. GP TRIAL ON PECHAY 57
58. Research Title: Effect of GOPUREGANIC on Pechay Location:
Pangil,Laguna Period: 3 months (March-May 2011) Funding: Lynx-Nia
Medica, Inc. Field Technician: Marlon Talavera Date Planted: April
04, 2011 (Nursery) Date Transplanted: April 11, 2011 Researcher:
DR. DANILO M. MENDOZA University Researcher lV (Plant Nutrition),
UP Los Baos College, Laguna FPA Accreditation Code No. PNT 110
58
59. T1 C0NTROL T4 RR-CF+RR-GP T6 RR-CF + RR-GP T5 RR-GP T2
RR-CF T3 RR-CF T2 RR-CF T6 RR-CF + RR-GP T5 RR-GP T3 RR-CF T1
C0NTROL T4 RR-CF + RR-GP T6 RR-CF + RR-GP T1 - CONTROL T5 RR-GP T3
RR-CF T2 RR-CF T4 RR-CF + RR-GP Replication #1 Replication #2
Replication #3 Treatment is repeated 3 times at Randomized Complete
Block Design (RCBD) Size of the Plot: 10m x 1.2m = 12 sq.m. Space
between plots = 0.5 metro Space between plants= 20cm x 20cm = 300
plants per plot 59
60. 60 HIGLAND PANGIL, LAGUNA VEGETABLE DEMO FARM (7-10 DAT)
(26-28 DAT) Suggested Dilution for Pechay during the Experiment:
12.82ml diluted solution per sq. m. = 960ml diluted solution per
hectare Spraying Schedule 1st spray: 14 DAT April 15, 2011 &
every 14 days interval thereafter
61. T1 Control 61 DATE May 3, 2011 May 3,2011 May 3, 2011
Average Rate T1 Control Plot T3 RR-CF T5 RR-GP Dimension Height 9.7
cm 8.7cm 10 cm No. of leaves 5 5 5 Width of leaves 4.5 cm 4.7 cm 6
cm T3 RR-CF T5 RR-GP 22 DAT 22 DAT 22 DAT 2nd GP treatment
5/3/2011
62. 62 1 week after 2nd spray May 10, 2011 (28 DAT) Date May
10, 2011 May 10, 2011 May 10, 2011 Average Rate T1 Control T2 RR-CF
T5 RR-GP Dimension Height 10 cm 10 cm 10 cm No. of leaves 5 5 7
Width of leaves 4.6 cm 5.3 cm 14.8 cm Harvest Time 5/10/2011
63. Commercial Fertilizer in combination with Gopureganic
results in plants having healthy, bigger, and stronger stalks
growing upward direction, thicker, greener and bigger leaf size at
the age of 3 weeks DAT only. 63
64. 1/2RR-CF+RR-GP (a) Bigger leaves, (b) Upright bigger stalks
(c) More roots at the age of 3 weeks DAT. T1- CONTROL (a) Smaller
leaf, (b) Smaller stalks, (c) Weaker leaves (d) Shorter roots at 3
weeks DAT T-5 RR-GP (a) Much bigger leaves (b) Upright & much
stronger bigger stalks (c) Much more roots and longer at the age of
3 weeks DAT.. Comparative Statistics 64
65. 65 Result of the Pechay Experiment: Spraying Schedule 1st
spray: 14 DAT April 15, 2011 2nd spray: 22 DAT May 03, 2011 Result:
3rd spray & thereafter cancelled Reason: Plants matured earlier
and harvested.. Growth &Yield Parameters gathered at harvest to
determine the effects of Gopureganic: 1. average number of leaves
produced = 7 2. marketable yield weight (Kg/ha) = 30 tons
66. 66 Sample pictures of other crops from demo farm at
Galalan, Pangil, Laguna using GoPureganic Fertilizer
67. 67 Pechay 28 DAT22 DAT 14 DATSeedlings at nursery
68. 68 Chinese cabbage Lettuce Seedlings at nursery 40 DAT
Maturity 50-60 days 40 DAT Maturity 50-70 days Cabbage 50 DAT
Maturity 50-60 days
69. 69 Cauliflower 15 DAT Maturity 50-120 days 50 DAT Maturity
50-120 days 50 DAT Maturity 50-120 days 50 DAT Maturity 50-120
days
70. Pepper 40 DAT Maturity 40- 50 days 40 DAT Maturity 40- 50
days 10 DAT Maturity 40- 50 days 40 DAT
71. 71 Multi-Crop Vegies Seedlings at nursery Transplanting
seedlings
72. 72 Crop 14 DAT 26-28 DAT Time of application Pechay 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Cabbage 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Mustard 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Lettuce 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Celery 30 50
ml /16 liters 30 50 ml /16 liters 12 14 Days interval Important
reminders Generally , Gopureganic will be applied at .5 - .75 liter
per hectare per application. Be observant, if the plant is already
healthy, adjust your spraying intervals. Apply Gopureganic from 6
10 am and 3 6 pm only. Leaves have open stomata during these
periods, hence it increases the absorption efficiency of foliar
plant food. Do not spray when there is an immediate rainfall. Use
Gopureganic : the best for leafy and solenaceous crops . ( pechay,
mustard, cabbage, Cellerry, lettuce, eggplant, tomato , okra,
pepper, etc.)
73. GP TRIALAT LYNX-NIA FARM 73
74. ABACA AMERICAN LEMON COFFEE ILANG-ILANG CACAO AVOCADO
DURIAN SANTOL MACADEMIA LONGQUAT PEPPER LEMONGRASS PASSION FRUIT
ORCHIDS ORNAMENTAL PLANTS Photos by: Joy Alcasabas & Art
Murillo Goto Kola GP trials at the 70 hectares Lynx-Nia Medica Inc.
Farm, Bgy. Llavac, Real Quezon 74
75. GOPUREGANIC FERTILIZER Concentrated Organic Liquid
Multi-function Juice for Plants FPA REG. NO. 1-1LP-3015 Only one
liter Gopurganic Fertilizer per hectare per cropping at a very low
cost
76. 76 Why Foliar Fertilizer?
77. 1) Giving nutrients to the plants through foliar feeding,
immediate results can be seen. Advantages of Foliar Feeding 77
78. 3) Nutrients feed through the leaves (Foliar fed) is a sure
way to relieve nutritional stress of the plants faster. 2) The
important macro and micro elements are absorbed by the plants
easily when it is not available in the soil. 78
79. 4) To revive a nutritionally distressed plant, foliar
feeding works best because nutrients goes through the stomata
opening that leads directly to the plant system. Stoma of a tomato
leaf as seen through the colorized scanning electron microscope
image Under the leaf. Here the stomata is colored green (because of
chlorophyl) while the epidermis is red due to pigmentation. 79
80. 5) If ever the soil has lost most of its nutrients, the
fastest and surest solution is at the back of the farmer a 16L
backpack sprayer with Gopureganic Liquid Organic Foliar Fertilizer.
80
81. Best Time to Spray Caution: Avoid direct sunlight when
spraying. a) Before sunrise b) After sundown 81