herbagreen slide show040213
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Maklumat lanjut mengenai produk HerbagreenTRANSCRIPT
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HERBAGREEN ®
the soft Revolution in Agriculture!
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Natural Calcite Mine in Europe
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HERBAGREEN® a micronised & activated powder
to be sprayed on the leaves of plants
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A 100% natural mineral IFOAM certified for organic growth
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The Mode of Action of HERBAGREEN®
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Key Nutrient Carbon and its impact on growth
All life forms – Plants, Animals, and Humans – are CARBON based. Plants get the carbon in form of Carbon Dioxide (CO2),
which is the most important and at the same time the most neglected plant nutrient. In thousands of experiments it has
been shown that increased CO2 available to the plants increases the growth of nearly all plants.
In short, the more CO2
the plants can take up - the better and healthier they grow!
Trees growing under same conditions but different CO2 concentrations:
Another example of the benefits of high CO2 concentrationas described above is shown in this picture. The difference
in developing plant and roots of a common house plant
(Devil's Ivy or Golden Pathos) is clearly demonstrated at a
CO2 concentration of 196ppm to 752ppm on the right side.
The atmosphere's current CO2
concentration is between 350 – 380ppm only!
Carbon can be thought of as the basic building block.
For optimal photosynthesis the plants require 1000ppm CO2.
From the atmosphere they are short of 600-650ppm.
All other nutrients or fertilizers are secondary and of no use, unless sufficient
CO2 is plant available. Therefore, Carbon is also called the elixir of life!
HERBAGREEN® atmospheric plus 150ppm plus 450ppm
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Wittwer, S.H. 1992. Rising Carbon Dioxide is great for plants.Policy Review , Fall 1992
“One of the best-kept secrets in the global warming debate is that the plant life
of Planet Earth would benefit greatly from a higher level of carbon dioxide (CO2)
in the atmosphere. You read that correctly.
Flowers, trees, and food crops love carbon dioxide,
and the more they get of it, the more they love it.
Carbon dioxide is the basic raw material that plants use in photosynthesis to
convert solar energy into food, fiber, and other forms of biomass. Voluminous
scientific evidence shows that if CO2 were to rise above its current ambient
level of 360 parts per million, most plants would grow faster and larger because
of more efficient photosynthesis and a reduction in water loss. There would also
be many other benefits for plants, among them greater resistance to temperature
extremes and other forms of stress, better growth at low light intensities,
improved root/top ratios, less injury from air pollutants, and more nutrients
in the soil as a result of more extensive nitrogen fixation.”
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The role of Calcium in the growth of plants.
The second very important nutrient provided by HERBAGREEN® is
Calcium
Calcium fertilization of many crops is frequently confused with lime or gypsum soil amendments. Many
believe application of these minerals to soils sufficiently supplies the calcium requirement of crops.These minerals improve the pH-value of the soil but are not immediately available as the required plant
nutrient.
Calcium in soluble form is a multifunctional nutrient in the physiology of crop plants. Cell wall strength
and thickness are increased by calcium resulting in a strong structural rigidity. With rapid plant growth,
the structural integrity of stems that hold blossoms and fruits, as well as the quality of fruit produced, is
strongly related to calcium availability.
Classical visual symptoms of calcium deficiency include death of growing points, prematureshedding of blossoms and buds and weakened stems.
Enhanced cell wall structural integrity supplied by calcium is also important for plant health. Many fungi
and bacteria invade and infect plant tissue by producing enzymes that dissolve the middle lamella (the
middle lamella is a pectin layer which cements the cell walls of two adjoining cells together ).
Increasing tissue calcium content reduces the enzyme activity for example of Erwinia bacteria which
infect many vegetable and cause storage rot in potato tubers. Beans with a low calcium content
(1.6%) where completely destroyed by these bacteria within 6 days. Plants with 3.4% calcium were
healthy and showed no symptoms of infection.
Fungal infections of plants are also substantially reduced by increased calcium uptake. As example
Fusar ium oxyspo rum , the fungal pathogen causing wilt and crown rot in tomato plants and is
attacking also banana plants. Research indicates that plants receiving low rates of calcium were
severely infected, compared to healthy plants receiving higher calcium rates.
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11
Spraying of HERBAGREEN ®
HERBAGREEN® in Rice
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Herbagreen No
Herbagreen
Herbagreen No
Herbagreen Herbagreen
No
Herbagreen
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Strong & healthy rice leaves after spraying HERBAGREEN®
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HERBAGREEN® CONTROL
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Rice harvest in average 45% higher yield
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Rice yield compared: Control / HERBAGREEN®
Farmer LocationRice Varity Plantation
Out put kg /
rai increase increase
Name Rai Control HERBAGREEN kg/rai % K.Gorn Lumlukka หอมประทม 12 533 795 262 49% K.Gorn Lumlukka พษณโลก 15 700 922 222 32% K.Gorn Lumlukka หอมประทม 15 533 820 451 85% K.Gorn Lumlukka 15 533 833 300 56% K.Gorn Lumlukka 533 930 397 75%
K.Tavish Suphanburi หอมประทม 80 24 850 1,225 375 44% K.Tavish Suphanburi หอมประทม 80 24 850 1,100 250 30% K.Tavish Suphanburi หอมประทม 80 24 850 1,000 150 18% K.Tavish Suphanburi หอมประทม 80 24 850 1,000 150 18%
K.Sorayut Suphanburi หอมประทม 10 1,041 1,120 79 8% K.Sorayut Suphanburi หอมประทม 10 818 1,000 182 22%
K.Santhasak Nakhon Phatom 5 466 930 464 100% K. Samarng Korat 10 400 700 300 75%
Avg. increase: 276 kg 45%
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HERBAGREEN ® in Rubber This report is progressively build up from our first testing in
May 2011, up to the end of 2012. Photos taken, outputnumbers and plantation recoveries are collected from our
actual customer base. We monitored the impact before andafter using Herbagreen. Continued observation and additional
numbers received from our customers will soon furthersubstantiate the huge potential in rubber productivity.
Peter KraeutlerMD Transfertech Co., Ltd.
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1st testing of HERBAGREEN ® in Rubber Trees
• Location: Lamae in Chumphon Province• Test side suffers from unproductive rubber
trees
• 5 trees were selected for HERBAGREEN ®
testing
• First spraying: 16th May 2011
• The first 2 trees were in bad condition, loosing
leafs and trees were in progress of dying off.
• The others suffer from poor skin quality,
fungal infection and stem damage from
rubber tapping
• one spray application to stem and soil was
done this day
• Re-visiting test side after 3 weeks on 30th MayFirst visit on 16 May 2011
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Spray application 16th May 2011
• spraying stem: from bottom up to a
height of 3-4 meters above ground• target: - stimulate skin for good flow of
latex
• support tree in healing process of skin
damage / infections and fungal diseases
• spraying surrounding soil: up to 1,5
meter from stem
• target: stimulate soil surface with
HERBAGREEN ®
•improve pH value of soil
• prepare to flush Nano Minerals into
deeper soil structure by next rain
• stimulate better development of soil
micro organisms and nutrient up takecapability of rubber tree roots
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Observation after 2 weeks: • 4 of 5 trees were tapped for rubber milk
• plantation owner commented on improved “soft”
skin quality• all tapped trees produced latex, even the first two
trees which were dying off!
• this two trees with almost no leafs left should not
been tapped, but anyhow showed great recovery by
producing this new rubber flow.
30th May 2011
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Tree condition: • by spraying only soil and stem, all trees showed significant
recovery
• all trees showed excessive new branching and leaf development
• HERBAGREEN ® rubber trees are easily recognized by the light
green new leafs, rest of plantation had the usual dark green
appearance
• the two dying trees on the right hand side sprouted with a blast of
new life
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Significant recovery ! • first tree: when visiting plantation on 16th May, this tree had
already almost completely dyed off
• after spraying HERBAGREEN ® on stem and soil, new leaf
branches sprouted out all over the tree
• in other parts of this plantation many trees in this condition
had already been chopped.
• all visitors were impressed by this recovery!
• we expect a full recovery of this tree by mid of June
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All-round improvement • spraying the soil with HERBAGREEN ® , the result was visible
by an improved micro organism environment.
• large numbers of earth worms were back and helped to loosen
up the soil structure around the tree and allowed a better oxygen
supply to the hair roots.
• the untreated trees were still with a hard and compacted soil
structure with no worms active there
• good soil environment may have helped also to recover these
damaged rubber trees.
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Improved skin healing • effect of spraying HERBAGREEN ® on skin:
•softer skin, clear advantage for rubber tapping
• bacterial and fungal infections were eliminated in
very short time
• old skin parts ready to be shed faster and easier
than in non treated trees
• fast development of healthy new skin layers
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Test Site Rayong - Aug 2011-
curious rubber
community
monitoring
progress in
rubber test
This test side has been our first site where a farmer has treated a bigger number of his rubber trees with HERBAGREEN ® . He identified prior to spraying his unproductive trees which did
not produce any latex for years. He planned to chop down these trees and sell them to the
wood processing factory. Already after 2 sprayings we observed the recovery of dry bark trees
resulting in full rubber flow. The owner first did not believe this possibility but accepted the
success after all dry rubber trees produced a very healthy rubber flow.
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First rubber tapping of dry rubber trees
The unimaginable happens. An unproductive rubber tree is tapped by its owner, not believing
rubber ever will flow again after years of dryness. Spraying only twice all his dry trees recovered
to full flow of latex!
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Rubber flow:
• rubber tree with dry skin, sprayed 3 times with
HERBAGREEN ® produced more Latex flow than regular productive trees!
• With only1 tapping, rubber cup was almost filled up!
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Rubber trees already dry, not producing anylatex, for 1-2 years
Spraying the stem
and the soil
surrounding the tree
HERBAGREEN ® - spraying dry Rubber Trees
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Recovery of bad conditioned bark
•This tree suffers
from typical damageof over fertilization.
The chemical stress
breaks bark apart
hardening rest of it.
•after 1x spraying of
HERBAGREEN ®,bark softened and
thick old parts could
be removed easily.
• other control trees
in farm remained
with hard bark and
fungal nests below
bark.
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Having sprayed HERBAGREEN® 2 x in one month the trees
are revitalized and produce latex
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Recovered dead skin down to the roots
• this tree with dry skin for over 5 years, had been sprayed
2 times with HERBAGREEN ®
• to analyze, rubber expert observed rubber flow from high stem,down to low part and further to roots and even hair roots.
• result: rubber flow was in all parts present, which indicated total
recovery of this tree!
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Rubber and its Issues:
Too much fertilization damages
bark to its breaking point !
Permanent chemical stress invites
fungal infection like Phythopthera
Poor rubber content after
tapping
Fungal, bacterial and virus
infections in rubber plantations
Fungal infections in bark
reduce / stop rubber flow
Acidic soil condition from too
much chemical application isdamaging soil and plants
Pl t ti d b H b
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Plantations recovered by Herbagreen
Spraying HG to stem and soilstimulate also healthy branch growth HG balances pH in soil andincrease healthy rooting!
No more disease development
on leafs
Clean and fungal free bark
secure permanent rubber flow
In winter season rubber trees shedleafs and usually stop its rubber flow
In winter season HG stimulates rubber
trees to produce continued rubber flow!
C l i
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Conclusion: • Unproductive (‘dry’) Rubber trees in the Rayong Region,
North Eastern and in Southern Provinces have recovered100% after application of HERBAGREEN ® !
• Even the worst cases such as plantations damaged by
chemical fertilization which had been “ dead” for 10 yearsor plantations with dry bark up to 80% recovered after only2-3 sprayings (only Variety No. 24 needed a few moreapplications to recover).
• After application of HERBAGREEN ® tapping was started andall trees regained productivity. Depending on the formercondition trees showed an output increase of 25% up to230%.
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Profitable rubber farming: All reports are based on facts and figures, collected from
and presented by our customers
R bb O d h i i
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Rubber: Our customers and their issues Prachinburi, Mr. Sombun: checked the product
quality of Herbagreen by testing 20 trees effected
with dead skin. 3 Herbagreen application on previous
dead/dry rubber trees, resulted in healthier trees, softbark which is better for tapping and good rubber flow.
He see Herbagreen of high Value for his investment.
Province: Rayong, Mrs. Waree: her
Situation: healthy looking rubber trees, but 100
trees don’t produce any rubber. Having testedmany products with no effect to recover her
plants, she gave 1 more trial to Herbagreen. Mrs.
Waree confirm that Herbagreen is working very
well in rubber and she recommend this now to
others.
Province: Kanchanaburi, Mrs. Srichan.
Problem: Fusarium fungal infection, effected this
regional rubber plantations. Typically are black fungal
dots on leafs and bark. In many cases dying trees are
the result. Herbagreen has been applied 4 time since -
with the result that Mrs. Srichans plantation is the only
that recovered from the fungal infestation very well. Her
trees recovered to an extend that she harvested latex
with excellent yield.
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Rubber yield increase by Herbagreen Province: Prachinburi Rayong Kanchanaburi Bungkarn
Farmer name: Mr.Sombun Mrs. Waree Mr. Srichan Kanchit
age of plant years10 8 10 14
plot size rai 20 11 20 21 Controloutput/tapping kg 400 kg 67 kg 20 sheets 650 kg
no. of Herbagreen applications monthly 4 times 4 times 3 times
HG yield/tapping kg or sheets 500 kg 100,5 kg 30 sheets 860 kg
increase % 25% 50% 50% 25% HG yield/tapping kg or sheets 700 kg 183 kg 30 sheets 1,015 kgincrease % 75% 173% 50% 56% HG yield/tapping kg or sheets 194 kg 36 sheets 1,090 kg
increase % 190% 80% 68% HG yield/tapping kg or sheets 226 kg 36 sheets 1,115 kg
increase % 237% 80% 72% HG yield/tapping kg or sheets 1,020 kg
increase % 57% Control output gr./tree/tapping 93 gr./tree 85 gr./tree 413 gr./tree
Avg. Herbagreen outpout gr./tree/tapping 139 gr./tree 285 gr./tree 648 gr./tree 3 X tapping 4 X tapping
Oct. 2012
P fit bilit i bb Actual cost of farming should be re-evaluated and calculated
f l t ti d ith thi t l
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Profitability in rubber Thai national para rubber average revenue is: 17,940 Thb/rai/year (2003) Calculation: Milk: sales price 82 Thb minus 46 Thb cost = 36 Profit/kg
average cost per para rubber tapping is 46Thb/kg cost Rubbersheet: sales price 84 Thb/kg minus 65 Thb cost = 19 Thb Profit
average cost per unsmoked rubber sheet is 65Thb/kg rubber sheet price Jan 2013 84 Thb/kg this need to be re-checked
Provinc
e: Prachinburi monthly monthly Rayong monthly monthly Kanchanaburi 20 harvest monthly monthly Bungkarn monthly monthlyFarmername: Mr.Sombun revenue/rai profit/rai Mrs. Waree revenue/rai profit/rai Mr. Srichan per month revenue/rai profit/rai Kanchit revenue/rai profit/rai
age of plant years 10 rubber price fix cost 8 rubberprice fix cost 10 sheet
price/kg fix cost 14 rubber price fix cost
plot size rai 20 82 46 Thb 11 82 46 Thb 20 84 65 Thb/kg 21 82 46 Thb
Controloutput/tapping kg 400 kg 1,640 Thb 720 Thb 67 kg 500 Thb 219 Thb 20 sheets(1kg) 400 1,848 Thb 380 Thb 650 kg 2,538 Thb 1,114 Thb
no. of Herbagreenapplications monthly 4 times 4 times 3 times
HG yield/tapping
kg orsheets 500 kg 2,050 Thb 900 Thb 100,5 kg 750 Thb 328 Thb
30sheets(1.1kg) 600 3,024 Thb 627 Thb 860 kg 3,358 Thb 1,474 Thb
increase % 25% 50% 50% 25% HG yield/tapping
kg orsheets 700 kg 2,870 Thb 1260 Thb 183 kg 1,364 Thb 599 Thb
30sheets(1.1kg) 600 3,024 Thb 627 Thb 1,015 kg 3,963 Thb 1,740 Thb
increase % 75% 173% 50% 56% HG yield/tapping
kg orsheets 194 kg 634 Thb
36 sheets(1.25kg) 720 3,780 Thb 820 Thb 1,090 kg 4,256 Thb 1,868 Thb
increase % 190% 80% 68% HG yield/tapping
kg orsheets 226 kg 857 Thb
36 sheets(1.25kg) 720 3,780 Thb 820 Thb 1,115 kg 4,353 Thb 1,911 Thb
increase % 237% 80% 72% HGyield/tapping
kg orsheets 1,020 kg 3,982 Thb 1,749 Thb
increase % 57% Control outputgr./tree/tapping
93gr./tree
85gr./tree
Avg. Herbagreen
outpoutgr./tree/tapping
139gr./tree
285gr./tree
3 X tapping 4 X tapping
from our plantation users and compare with this governmental
fixcost numbers
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Banana: HERBAGREEN® makes the big difference The Situation: Mrs Panitha, plants Bananas in here plantation, which suffered from pest and disease. Usage of too
much chemicals and fertilizers didn’t deliver improvements to here farm. The result was a very low yield and very few
A-grade Bananas which would gain higher price for export. Her husband already asked to destroy the
bananas and change over to other type of crops. With her request to test 1 more product, he feared to loose again
money on a product that does not work. After spraying Herbagreen , they not only discovered that the Bananas wererecovering to better condition, but they also realized that Herbagreen is a 100% natural product since they overused
initial their formulation. No damage what so ever were occurring to the plants. With Herbagreen they see many strong
points: no fungi on flower, getting longer branches with more fruit, very clean skin on Bananas, more banana per
branch and growing very nicely. Herbagreen is very easy to work with and leads to over 90% export qualityBananas!
Mrs Panitha and Husband
Mrs Panitha’s export quality Banana. Clean skin without any damages is the key . A 5x higher sales price is her reward.
Herbagreen and how to apply: Mrs Panitha starts spraying once the Banana tree is ready for blossoming. They apply
every 4 days Herbagreen in a 0.4% solution straight to the flower and stem only. This spraying is going on until the Banana
branch is ripe to cut off the top flower. Once the Banana is covered with the Plastic bag they stop the application. – Thistechnique has been used by them and generates high quality Bananas in the right size for export.
Mrs. Panitha was able to
increase her income with
Herbagreen from 100,000
Thb/year to earn thesame amount within 3month!
First spraying before flower appear. Spray every 4 days to flower and stem Easy and fast to apply Up to double fruit development
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HERBAGREEN® & Yield increase in Banana
Harvest Harvest Total cut Total AVG
A-grade for
Export A-grade
A-grade
income B-grade B-grade
B-grade
income total income A .grade Remark
No. Date Branch Out put ( kg.)
Kg /
branch harvest kg. baht/kg baht harvest kg. baht/kg baht baht % harvest
1 30 Jul'12 50 143 2,86 22 22 440 121 6 726 1,166 15% Control
2
7 Aug'12 90
210
2,3335
22 770 175
6 1050
1,820
16%
Control 1 17 Aug'12 60 154 2,56 94 22 2,064 60 6 360 2,424 61.% Hg sprayed
2 24 Aug'12 48 122 2,54 84 22 1,848 38 6 228 2,176 69% Hg sprayed
3 12 Sept'12 30 116 3,86 104 35 3,640 12 6 72 3,712 89% Hg sprayed
4 14 Sept'12 24 142 5,90 135 40 5,400 7 6 42 5,442 95% Hg sprayed
5 18 Sept'12 47 178 3,78 178 40 7,120 0 6 0 7,172 100% Hg sprayed
6 23 Sept'12 49 178 3,63 168 46 8,188 10 6 60 9,259 94% Hg sprayed
7 29 Sept'12 52 259 4,98 246 40 10,824 13 6 78 11,003 95% Hg sprayed
8 2 Oct'12 38 174 4,58 174 40 6,960 0 6 0 6,960 100% Hg sprayed
9 5 Oct'12 140 744 5,31 704 40 28,016 40 6 240 29,256 94% Hg sprayed
10 9 Oct'12 70 336 4,80 324 35 11,340 12 6 72 11,412 96% Hg sprayed
A-Grade 85,400 1,152 1,3% B-grade
income onlyby HG
Herbagreen in Banana contributes to a significant improvement in Quality and yield. Below table shows
the high increase of A-grade yield, which generates a 5x higher sales price since only A-grade Bananas
are used for Export. Also more level of Bananas are developed throughout the blossoming period,
resulting in almost doubling of Bananas. Our Herbagreen user has roughly increased his revenue 10times! Mrs. Panitha, in Chanthaburi, October 2012
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HERBAGREEN® in Oil Palms
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Visual review after 5 ½ month
27.July 2010 27.July 2010
5.January 2011 5.January 2011
January 2011
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When applying HERBAGREEN® many female
blossoms develop resulting in high yield of fruits
A t l Sit ti
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Actual Situation Actual:• 23 Palm /Rai
• 8 Month /year Rain, 4 Month without
• only 20 kg weight per Palm Fruit (max)!• no Insect problem except Rat eat Palm Fruit
• output depend on age ( to be defined )
• will clarify cost of farming on next visit / set HG target
• Plantation need more Female than Male flowers
• need larger Fruit with thicker Skin
• need bigger and wider Body, resulting in more fruit
•Leafs are dry and yellow, need more green and wider
Female
Male
July 2010
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Female flower = Fruit
Female
HERBAGREEN®
= Fruit
2 - 4 time sprayed
C t l l t
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Control plant
Male
Male Flowers
Comparison of Number of Fruits per plant
Male flowers = No Fruit
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Average Result: HERBAGREEN® - 9,7 fruit /plant, Control - 5,4 fruit /plant
HERBAGREEN®
HERBAGREEN®Control Plant
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HERBAGREEN®
up to 21 fruits / palm, higher avg. yield by 89% !
Test phase of
10 month
No. of
Palm
1st
harvest 2nd
harvest 3rd
harvest 4th
harvest Total
harvested
Average
per palm
yield
difference 5. 2. 11 20.2.11 18.3.11 26 .4.11
HERBAGREEN ® 800 1,380 kg 2,300 kg 5,915 kg 9,025 kg 18,620 Kg 23.28 Kg + 89%
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HERBAGREEN
Results in Oil Palms
Palm Oil
field test
Number
of trees
Harvest 1 Harvest 2 Harvest 3 Harvest 4 Total
harvest
Harvest
per tree
Yield
increase5. 2. 11 20.2.11 18.3.11 26 .4.11
HERBAGREEN
800 1380 kg 2300 kg 5,915 kg 9,025 kg 18,620 Kg 23.28 Kg +89%
Control 3000 1910 kg 4250 kg 12,000 kg 19,425 Kg 37,585 Kg 12.53 Kg
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HERBAGREEN® on Sugar cane
G th D i b HERBAGREEN® d ith Control
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HERBAREEN® LEFT / CONTROL PLANT RIGHT
Growth Dynamics byHERBAGREEN® compared with Control
HERBAREEN® LEFT / CONTROL PLANT RIGHT
C i C t l ithHERBAGREEN®
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Comparison Control withHERBAGREEN®
HG with bigger Leafs and straight up electrified appearance
Rusty contaminated control compared with pure white HG Cane
Control group has round bowed leafs without strength
dynamic
HG leaf (left) with wider, longer and darker green
BRIX improvement after 4 Months and 3 sprayings
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BRIX Result of HERBAREEN® Plant 15-17BRIX testing inside of Sugarcane field
BRIX Result of Control Plant 11-12Dynamic / electrifiedHERBAREEN® Sugarcane
BRIX improvement after 4 Months and 3 sprayings
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HERBAGREEN® in Coffee
Coffee plantation in Chumpon/Thailand sprayed 3 times
Result is a high yield of premium quality coffee beans
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HERBAGREEN® in Coffee
Part of the Chumpon plantation as CONTROL was not sprayed
Result was low yield, trees attacked by pest and fungi
Plants grow visibly bigger and shiny leaves.
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LONGAN trees sprayed 7x with HERBAGREEN® had in the regionthe highest and in quality best harvest.
A-Grade B-Grade C-Grade
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HERBAGREEN® in Oranges
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Lemon leaves attacked by fungi.
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Lemons attacked by fungi.
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Lemon leaves treated with HERBAGREEN®
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Clean high quality lemons
sprayed 2x with HERBAGREEN
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HERBAGREEN® CONTROL
Vicious cycle of chemical application and attraction of pests
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Chemical appl icat ions create Stressed plants send Healthy plants, no s ignals,st ress for plants infrared signals at t ract ing pests no at t ract ion of pests
After applying HERBAGREEN® plants are well balanced in their pH value, increased nutrient uptake results in healthy plants
which do not attract Pest and Disease. This observation has been
seen and recorded by all our customers at their various crops.
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Citrus Canker : Citrus Canker is a bacterial infection of stem, leafs and fruits. Canker lowers significantly the vitality of
Citrus/Lime trees. As a result falling of leafs and fruits affects plantations. The limes also appear uglyand unsellable. Canker is a very persistent bacterium which is usually very difficult to eradicate.
Un-sellable Cankereffected Lime Canker effects on leafs Bacterial damage on
surface of Lime Canker damage onstem
Regular application of Herbagreen improves the condition of plants and therefore stop Canker spread
to the point of no further infection on bark, new leafs and fruits. Leaf, blossom and fruit shedding is
stopped. Healthy plantation, high fruit development and A-grade Lime are the result. Herbagreencreates high yield and top quality Limes , generating a high financial income for farmer!
A-grade Limes by
Herbagreen Healthy tree and Lime by
Herbagreen Healthy Leafs by
Herbagreen
Healthy plant with
Herbagreen!
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Rice Blast Disease :
Initial effects on Rice plants Healthy and
Blast Disease
free rice fields
byHerbagreen!
Rice Blast Disease , a fungal infection, is the most important disease attacking rice all over the world.
It destroys yearly rice, that could feed up to 60 million people. Within a very short time spores aremultiplied and cover vast areas and contribute to very high crop losses.
Final damage caused by
Rice Blast Fungus
Recovery from Rice Blast afteronly one Herbagreen
application. The new leafs are
completely free of disease,
visible as healthy plants and
showing dynamic growth of
new and clean leafs. No
further spread of Rice Blastoccurs!
Leafs damaged by Blast Disease
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Brown Plant Hopper (BPH) attacking rice fields
In Thailand every year about 100,000ha
rice fields are destroyed by the BPH. Even
repeated spraying of pesticides turned out
to be useless against this pest.
Spraying attacked rice fields withHERBAGREEN® resulted in a
fast disappearance of the BPH.
The insects died, as seen in the
right picture, or tried to escape.
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Bacterial Damage :Bacterial Damage in plantations and crops are having various reasons: The ultimate cause is definitely the over use of
chemicals applied to plants and soil. The Stress generated to plants weakens their immune system and allow hazardous
pathogens easily to damage plants. In many cases whole plantations are damaged and sometimes need to be destroyed.
By the simple application of Herbagreen these affected plants are recovering from chemical and bacterial damages and are
revitalised when Herbagreen is used in follow up treatment. The natural composition and the activation of Herbagreen are
the healing natural balance the plants have been missing.
Rotten fresh branch in young oil palm Spraying of affected palm with Herbagreen
Recovered palm after
only 40 days from this
severe bacterial
damage.
Without Herbagreen
application this palm
would have died.
Besides rotten
fruits, blossom
and fruit shedding
are common
effects of
chemical overuse
in plantations
Herbagreen sprayed plot hadno bacterial damage anywhere
Excessive use of Chemical Pesticides
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Farmers use chemical fertilizers and synthetic pesticides to increase
crop yield and kill harmful insects. In Thailand it has been shown that
using harmful chemicals may accomplish neither.
According to a recent article published by
Science & Development Network,
Thai farmers made an outbreak of harmful insects worse by
using too many chemical pesticides. An outbreak of BPH has
destroyed about 4% of the total paddy fields in Thailand. It
appears that the over usage of chemical fertilizers hadincreased the BPH fertility.
The pesticides applied, such as Pyrethroids, appear to have no
effect on the BPH but instead kill spiders, the natural enemies
of the BPH.
The BPH suck the plant sap of the leaves causing yellowing of
the plants resulting finally in a complete drying of the plants.Treated with HERBAGREEN® plants develop so strong leaves
that the BPH cannot penetrate and suck the sap. Additionally the
sap has a higher BRIX which is dangerous for the BPH.
fi f
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The Benefits of HERBAGREEN ®
• Reduction of Chemical Fertilizer by 40 to 70%
• Reduction of Pesticides up to 70%• Reduction of Crop-Loss
• Harvest yield average 30% up!
•100% Health Friendly Product
I FOAM certif ied for organic growth
• Better Crop Quality – higher BRIX
longer shelf life
• Higher Income for Farmers.
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HERBAGREEN ®
71
Thanks for your attention!
Plants & Farmers Love
The role of increased
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Carbon Dioxide
in the growth of plants.
Hardy & Havelka, 1975
a classic study showed that a tripling of atmospheric CO2 results in a six-fold increase
in biological nitrogen fixation by Rhizobial
Bacteria (from 75 to 425kg per hectare)in nodules attached to the roots of soybean.
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Imai & Murata.
Effect of Carbon Dioxide on Growth and Dry Matter Production of Crop Plants. Japan.Journ.Crop Sci., 1978
Quote: “After 10 days of treatment with nitrogen at 350ppm and 1000ppm CO2
the dry weight (DW) of rice plants was as follows:
350ppm CO2, 30 mg nitrogen per plant DW = 835 mg per plant
350ppm CO2, 120 mg nitrogen per plant DW = 1,081 mg per plant
1000ppm CO2, 30 mg nitrogen per plant DW = 1,199 mg per plant1000ppm CO2, 120 mg nitrogen per plant DW = 1,862 mg per plant
This demonstrates that at higher levels of atmospheric CO2,
food crops have considerably lower requirements for fixed nitrogen
for the same growth; alternatively, for the same nitrogen treatment
they achieve considerably enhanced growth.
Higher levels of atmospheric CO2 lead to greater
biological nitrogen fixation from the atmosphere,
so less is required to be added as fertilizer.”
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Walter Larcher
Physiological plant ecology:
eco-physiology and stress physiology of functional groups.Springer , 2003
Quote:
“According to over 3000 scientific publications on the biology
of CO2 effects, a broad spectrum of growth responses to CO2
enrichment exists. Since elevated CO2 often reduces the plants’
demands for other resources, CO2 effects on growth do not simplyfollow Liebig’s law of the minimum.
Plants exposed to elevated CO2 need less enzymes (and thus lower
quantities of leaf proteins and nitrogen), lose less water (can cope
with less soil moisture and often operate at smaller stomata openings)
and need less light (because of a shift in the light compensation point
for photosynthesis) to reach the equivalent, or even higher photosynthetic
rates than plants growing under control conditions with “normal” CO2
concentrations.”
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Wittwer, S.H.
Rising Carbon dioxide Is Great for Plants
“The Water Conservation Laboratory of the U.S. Department of Agriculture
has compared the growth of orange trees under the current atmospheric CO2
concentration of 360 ppm, and a concentration of 650 ppm. The trees at the
elevated levels have accumulated 2.8 times more biomass in five years, and in
their first two years of production produced 10 times more oranges.”
“Hartwell Allen, a plant scientist with the
U.S. Department of Agriculture’s Agricultural Research Service
in Gainesville, Florida, has estimated that soybean yields have
increased by 13 percent because of a rise in global
carbon dioxide concentration.”