"АгроБиоСтим" ООД - Технологии

BIOLOGICAL PRODUCTS “AgroBioStim” CORRESPOND TO NORMS OF BIOLOGICAL (ORGANIC) AGRICULTURE.

Natural stimulators, Ecofertilizers, Microfertilizers and Organic fertilizers of the trade mark “AgroBioStim” completely correspond to the European requirements and norms, the specified in Regulations ЕЕС № 2092/91; EC № 2384/94 for biological (organic) manufacture of vegetative production and cultivation of ecologically pure foodstuff.

For manufacture of biological products “AgroBioStim” principles of biological manufacture, components and products specified in the Appendix № 1 and № 2 Regulations ЕСС/2092/91 are used and completely correspond to Commission ES/1073/2000 Rules.

Company «AgroBioStim» Ltd

YOUR PARTNER IN MODERN AND ECOLOGICAL AGRICULTURE!

SUMMARY RECORD № 5

By results of field tests of humic stimulators and fertilizers of the trade mark “AgroBioStim”

on a winter wheat

(In 2007-2008)

Firm “AgroBioStim” Ltd continues field tests of humic preparations of the trade mark “AgroBioStim”. The special attention is directed on studying of influence of preparations and fertilizers of the trade mark “AgroBioStim” on a winter wheat. This year we have decided to spend field experiments on influence of various stimulators and fertilizers (sold in Bulgaria) at winter wheat cultivation, and to spend comparisons on influence of various stimulators and fertilizers on a winter wheat.

We have secreted some plots. On each plot various technologies of cultivation of a winter wheat are applied. All plots are in one area though are processed by various farmers.

The general indicators of field tests. The predecessor – sunflower, a ground – chernozem ordinary with the low content of humus. Agroclimatic conditions – identical.

The basic distinction consists in application of various stimulators and fertilizers at winter wheat cultivation.

Plot № 1 (Control – 1). Wheat field, the area of 120 hectares, near village Belgun and all crops of a winter wheat of firm “ASEN – 1”, a total area of 1000 hectares. Winter wheat cultivation on traditional technology. Crop has been made 5.10.2007
Plot № 2 (Control – 2). Wheat field, the area of 100 hectares, near village Belgun and all crops of a winter wheat of firm “AGROSPEKTR” Ltd, a total area of 3000 hectares. Cultivation of a winter wheat with application of other stimulators and fertilizers. Crop has been made 17.9.2007
Plot № 3 (Experiment – 1). Wheat field, the area of 140 hectares, near village Septembrici and all crops of winter wheat “SLAVI ATANASOV”, a total area of 1800 hectares. Cultivation of a winter wheat with application of humic stimulators and fertilizers of the trade mark «AgroBioStim». Crop has been made 7.10.2007

THE TECHNOLOGICAL SCHEME OF APPLICATION OF STIMULATORS AND FERTILIZERS.

Control plot № 1.

Presowing cultivation of seeds a fungicide.
Basic (vernal) top dressing of crops by nitric fertilizer in a dose of 300 kg/hectare.

Control plot № 2.

Presowing cultivation of seeds a stimulator «____» in a dose (1 tablet) 0,5 gr/1000 kg of seeds, together with a fungicide.
Basic (autumn) top dressing of crops by nitric fertilizer in a dose of 250 kg/hectare.
Basic (vernal) top dressing of crops by nitric fertilizer in a dose of 100 kg/hectare.
Unroot (vernal) top dressing of crops by a stimulator «____» in a dose (1 tablet) 0,5 gr/hectares, together with a solution of fertilizers “POLIFIT” NPK 20х20х20 + MICRO, in number of 25 kg/hectare, together with herbicide.

Skilled plot.

Presowing cultivation of seeds the Natural stimulator "CEREAL" in a dose of 100 ml/100 kg of seeds, together with a fungicide.

Basic (vernal) top dressing of crops by nitric fertilizer in a dose of 200 kg/hectare.

Unroot (vernal) top dressing of crops by a hymic fertilizer «OM FERTILIZER FOR GRAIN CROPS – SPRING» in a dose of 3 l/hectares, together with herbicide.

Application of herbicides and pesticides according to technology.

THE REPORT ON APPLICATION OF STIMULATORS AND FERTILIZERS.

1. The PRESOWING CULTIVATION OF SEEDS. Program conditions – are executed.

Control plot № 1. The Presowing cultivation of seeds by a fungicide – it is executed.
Control plot № 2. The Presowing cultivation of seeds by a stimulator «____» in a dose (1 tablet) 0,5 gr/1000 kg of seeds, together with a fungicide – it is executed.
Skilled plot. A presowing cultivation of seeds by the Natural stimulator "CEREAL" in a dose of 100 ml/100 kg of seeds, together with a fungicide – it is executed.

2. AUTUMN TOP DRESSING OF CROPS. Program conditions – are executed.

Control plot № 1. An autumn top-dressing was not spent.
Control plot № 2. Basic (autumn) top dressing of crops by nitric fertilizer in a dose of 250 kg/hectare – it is executed.
Skilled plot. An autumn top-dressing was not spent.

3. The SPRING TOP-DRESSING OF CROPS. It is planned.

Control plot № 1. It is planned to spend a spring top-dressing of crops by nitric fertilizer in a dose of 300 kg/hectare.
Control plot № 2. It is planned to spend a spring top-dressing of crops by nitric fertilizer in a dose of 100 kg/hectare and as 1 tablet/hectares is planned to spend a foliar top dressing of crops by a stimulator «____» in a dose 0,5 gr/hectare, together with fertilizers «POLIFIT» NPK 20х20х20 + MICRO, in number of 25 kg/hectare, together with herbicide.
Skilled plot. It is planned to spend a spring top-dressing of crops by nitric fertilizer in a dose of 200 kg/hectare and as it is planned to spend a foliar top dressing of crops by a hymic fertilizer «OM FERTILIZER FOR GRAIN CROPS – SPRING» in a dose of 3 l/hectares, together with herbicide.

RESULTS OF FIELD TESTS OF HUMIC PREPARATIONS «AgroBioStim» AT WINTER WHEAT CULTIVATION.

In crop of a winter wheat humidity of soil remains very low. The strong drought (2007) compels farmers to postpone times of crop of a winter wheat. Before all have begun crop of wheat «AGROSPEKTR» Ltd. On the Control plot № 2, wheat has sown on September, 17th. Seeds have processed wheat a stimulator «____». And here on the Control plot № 1 and the Skilled plot wheat crop have made practically simultaneously – on October, 5-7th though on the Control plot № 1 stimulators were not used.

Photo 1-3. A skilled plot. Before crop wheat seeds have passed processing by a fungicide, together with the Natural (humic) stimulator "CEREAL". Which stimulates a germinative energy of

Influence of humic preparations «AgroBioStim» on a germinative energy of seeds, especially in a strong drought and according to low humidity of soil is interesting to observe.

"AgroBioStim", nitrogen, phosphorus, potassium, humic preparations, fulvic asids, amino, organic, minerals, natural stimulators, biostimulators, biological products, fertilizer, micro, macro, ecofertilizer, ecological, organic agriculture, natural, microelements, microfertilizers, organic bioproducts intended for the root additional fertilizing of agricultural cultures and renewal of soil fertility, including artificial revegetation of soils, fitogormony, vegetable, root, unroot additional, magnesium, iron, zinc, copper, deficit, coniferous forest, boron, molybdenum, manganese, bioproduct, Bacterial wilt - bacterial disease at which bacteria develop in spending system. Causes withering of separate organs or the whole plant. The bacterial wilt meets on all cultures. Seeds. The lack and deficiency of mobile, chlorosis, necrosis. SUMMARY RECORD. Control plot, Skilled plot, Experiment, test, Natural stimulator "CEREAL", hymic fertilizer "OM FERTILIZER FOR GRAIN CROPS - SPRING", "OM FERTILIZER FOR GRAIN CROPS - AUTUMN", By results of field tests of humic fertilizers of mark "AgroBioStim" on a breed winter wheat -2007.

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The first control check have made on October, 17th, in 10 days after wheat crop on the Control plot № 1 and the Skilled plot, and practically in 20 days after wheat crop on the Control plot № 2. Results of the control are shown on a photo 4-18.

Photo 4-6. Control plot № 1. Apparently on a photo 4 seeds

of wheat have sprouted non-uniformly.

On a photo 5-6 (Control – 1) it is visible, that a part of plants lag

behind in development. The average height of plants of 5-10 sm., length of a root system 2-4 sm.

Photo 7-9. Control plot № 2. Apparently on a photo 7 seeds of

wheat have not sprouted till now (though has passed 20 days),

affect a strong drought and a lack of moisture of soil. However we

have found plants of wheat and samples for the control took. On a photo 8-9 (Control – 2) it is visible, that wheat plants are more developed, processing of seeds by a stimulator affects. The average height of plants of 8-10 sm., length of a root system 6-7 sm.

Photo 10-12. Skilled plot. On a photo 10 it is visible, that wheat

seeds have sprouted in regular intervals and plants develop

normally, irrespective of a drought and a lack of moisture of soil.

The presowing cultivation of seeds a humic stimulator yields the results. On a photo 11-12 (Experiment – 1) it is visible, that wheat plants well and in regular intervals develop. The average height of plants of 16-17 sm., length of a root system 6-8 sm.

In comparative pictures 13-15 the difference in development of plants of wheat between the Control plot № 1

In comparative pictures 16-18 the difference in development of plants of wheat between the Control plot № 2

ATTENTION. Because the natural stimulator "CEREAL" unequivocally gives a powerful power push for germination of seeds and amicable shoots of wheat, even in extreme agroclimatic conditions (in a dry season and low humidity of soils), it is necessary to consider, that the long drought and the big lack of humidity of soils can further is negative affect wheat crops. Therefore, if at crop it is planned, that wheat seeds will lie in soil some weeks to apply the Natural stimulator "CEREAL" it is not recommended.

The following control check has been spent on October, 31st. Because of constant rains it was difficult to us to pass on controllable plots. If earlier the soil was dry now crops fills in with water. With small breaks rains go 12 days. Results of a control trip are shown on a photo 19-32

Photo 19-22.

Control plot № 1, a phase of development of plants – 3rd sheet. Apparently on a photo 19-20 wheat has completely ascended and has started to develop quickly.

Photo 23-26.

Control plot № 2, a phase of development of plants – 2nd sheet. Apparently on a photo 23-24 wheat has completely ascended, however in development lags behind even the Control plot № 1.

Photo 27-30.

Skilled plot, a phase of development of plants – 3rd sheet. Apparently on a photo of 27-28 plants of wheat develop normally and advance in development of a plant from Control plots.

In pictures 31-32 the strong difference in development of plants is appreciable. If plants of wheat from the skilled plot (on the right side of pictures) strongly advance in development of a plant from Control plots, and it is clear (a presowing cultivation

Humic Natural stimulators of mark “AgroBioStim” guarantee prove the efficiency, especially at cultivation of crops in extreme agroclimatic conditions.

The full report by results of field tests of a humic stimulator "CEREAL" by the trade mark “AgroBioStim” on a winter wheat contains: 20 pages of the text, 12 comparative tables, schedules, analyses and more than 400 photos.

Alexander Malkov

“AgroBioStim” Ltd

Bulgaria – 2007-2008

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seeds, supplies plants with nutrients and guarantees amicable shoots? Crop of seeds of a winter wheat on the skilled plot have spent on October, 7th, 2007

and the Skilled plot is visible. On the left side of pictures (Control – 1) wheat plants strongly lag behind in development, in comparison with plants of wheat of the Skilled plot (Experiment – 1).

and the Skilled plot is visible. On the left side of pictures (Control – 2) wheat plants (processed by a stimulator) as lag behind in development, in comparison with plants of wheat from the Skilled plot (Experiment – 1), processed by a humic stimulator. Though there is no big difference in root system development (a photo 18).

On a photo 21-22 (Control – 1) it is visible, that plants develop normally, the tillering knot has started to be formed. The average height of plants of 15 sm., length of a root system 8-9 sm.

On a photo 25-26 (Control – 2) it is visible, that wheat plants have passed 2nd sheet in a phase of development. The average height of plants of 12 sm., length of a root system 8-9 sm.

On a photo 29-30 (Experiment – 1) it is visible, that wheat plants have passed in a tillering stage. Powerful development of an additional stalk which on the sizes does not concede to the basic stalk has begun. There is a powerful formation of knot of

a tillering, and development of an additional root system has begun. The average height of plants of 20 sm., length of a root system 8-12 sm.

of seeds the Natural stimulator "CEREAL" not the first year proves the efficiency). Especially strong difference in development is appreciable on a photo 32, where on the left side of a picture of a plant of wheat from the Control plot № 2.

However the difference in development of plants between Control plots specifies in an inefficiency of influence of the stimulator applied on the Control plot № 2. The matter is that if plants of wheat from the Control plot № 1 (where at processing of seeds stimulators were not applied) develop normally and have passed to a phase of development 3rd sheet plants of wheat from the Control plot № 2 (processed by a stimulator «___») lag behind in development, and to refer to a drought and a lack of a moisture of soil – it is not necessary. The impression is made, that or the technology of application of a stimulator, or a stimulator «___» is broken gives a boomerang effect.

The next control check has been spent on November, 8th. For the last period there have passed good rains that has favorably affected the general development of wheat. Results of control check are shown on a photo 33-44.

Photo 33-35. Control plot № 1, a phase of development of

plants – 3rd sheet. Apparently on a photo 33 there is a normal

development of plants of wheat. On a photo 34-35 (Control – 1)

it is visible that, for the last period, wheat plants continue development and formation of knot of a tillering proceeds. The average height of plants makes 13-15 sm., length of a root system 8-9 sm. Average thickness of a stalk of 1,5-2 mm. Average weight of plants 0,3 gr.

Photo 36-38. Control plot № 2, a phase of development of plants

– 3rd sheet. Apparently on a photo 36 there is an accelerated

development of plants of wheat. On a photo 37-38 (Control – 2) it is

visible, that for the last period of a plant of wheat quickly develops and catches up in development of a plant from the Control plot № 1. The average height of plants of 14-16 sm., length of a root system 8-9 sm. Average thickness of a stalk of 1,5-2 mm. Average weight of plants 2,5 gr.

Photo 39-41. Skilled plot, a phase of development of plants

"tillering". Apparently on a photo of 39 plants of wheat, as before,

advance in development of a plant from Control plots. On a

photo 40-41 (Experiment – 1) it is visible, that wheat plants pass a tillering stage. The average height of plants of 24 sm, length of a root system 8-12 sm. Average thickness of a stalk of 3-4 mm. Average weight of plants 0,8 gr., weight of a root system 0,05 gr.

In pictures 42-43 it is visible, that the difference in development

of plants of wheat between Control plots and the Skilled plot

continues to increase. If plants from Control plots are in phase

developments 3rd sheet plants from the Skilled plot pass phase tillering.

Interesting indicators in development of plants between Control plots (a photo 44). If plants of wheat from the Control plot № 1 remained at former level plants of wheat from the Control plot № 2 have quickly caught up in development of a plant from the Control plot № 1.

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Photo 45-47. Control plot № 1, a phase of development of

plants 3rd sheet – the tillering beginning. Apparently on a

photo 45, wheat develops stably. On a photo 46-47 (Control – 1)

it is visible that, for the last period, wheat plants continue development and formation of knot of a tillering proceeds. The average height of plants makes 12-18 sm, length of a root system 8-10 sm. Average thickness of a stalk of 2-3 mm. Average weight of plants 0,423 gr., weight of a root system 0,05 gr.

The next control check has been spent on November, 23rd. For the last period rains went without interruption, and it can affect the general development of wheat not favourably. Results of control check are shown on a photo 45-56.

Photo 48-50. Control plot № 2, a phase of development of plants

– 3rd sheet. Apparently on a photo 48 crops of wheat look well.

On a photo 49-50 (Control – 2) it is visible, that for the last period

of a plant of wheat continue to lag behind in development. The average height of plants of 16-20 sm, length of a root system 10-12 sm. Average thickness of a stalk of 2-2,5 mm. Average weight of plants 0,325 gr., weight of a root system 0,05 gr.

Photo 51-53. Skilled plot, a phase of development of plants

"tillering". Apparently on a photo of 51 plants of wheat continue to

develop with an advancing. On a photo 52-53 (Experiment – 1) it is

visible, that wheat plants pass a tillering stage and is generated 2-3 additional productive stalks. The average height of plants of 22-24 sm, length of a root system of 8-12 sm, goes powerful development of an additional root system. An average thickness of a stalk of 4-5 mm. Average weight of plants 0,95 gr., weight of a root system 0,1 gr.

In pictures 54-56 it is visible, that the difference in development of plants of wheat between Control plots and the Skilled plot continues to increase. If wheat from Control plots pass a phase 3rd sheet – the tillering beginning wheat from the Skilled plot stably pass a tillering stage and develops 2-3 additional productive stalks.

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It is necessary to observe, how wheat in winter dormancy will lead itself, whether can winter and sustain plants winter frosts.

This year the winter was favourable. In January good snow has dropped out and has held on 20 days, the thickness of a snow cover was 30-40 see Then in February there has come thaw. In a current of 20 days the day temperature reached + 15^оС, and night – 10-12^оС. This period difference of temperatures was the most dangerous to plants. By the end of February air temperature was stabilised, in the afternoon air temperature rises to 18-20^оС, and night – to 0+2^оС. However there was other problem – practically there are no vernal rains and if to consider a strong drought last year (in the autumn in 1 metre layer of earth humidity reached 50% from demanded norm) and droughty spring the new drought can become accident for agriculture. In some areas (village Septebrici) the top layer of the earth quickly dries up, and there were first cracks.

Many economy in the end of February have begun a spring top-dressing of crops by nitric fertilizers, however (as we have noticed) fertilizer is not dissolved and continues to lay on a soil surface. Under such agroclimatic conditions of the big result from top dressing by nitric fertilizers to expect it is not necessary.

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Vernal control check has been spent on February, 27th, 2008 On all plots the planned spring top-dressing of plants has been spent by nitric fertilizers. Results of control check are shown on a photo 57-68.

Photo 57-59. Control plot № 1, a phase of development of plants

– a tillering. Plants have developed on the average 1-2 additional

stalks. Plants have wintered well, though the top part of leaves

with traces of defeat from frosts. 58-59 (Control – 1) average height of plants of 10-12 sm, length of a root system 8-10 see a photo the Average thickness of a stalk of 3-5 mm. Average weight of plants 0,6 gr.

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Photo 60-62. Control plot № 2, a phase of development of plants

– a tillering, on the average 1 additional stalk. Plants have wintered

normally, though the ends of leaves with traces of defeat from frosts.

On a photo 61-62 (Control – 2) it is visible, that for the last period of a plant of wheat continue to lag behind in development. The average height of plants of 10-14 sm, length of a root system 10-12 see the Average thickness of a stalk of 4-5 mm. Average weight of plants 0,4 gr.

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Photo 63-65. Skilled plot, a phase of development of plants – the

tillering, on the average is completely generated 4-5 additional stalks,

from them 3-4 productive stalks. Plants have wintered normally,

however on leaves there are traces of defeat from frosts. On a photo 64-65 (Experiment – 1) it is visible, that average height of plants of 12-14 sm, length of a root system of 8-12 sm, an average thickness of a stalk of 4-6 mm. Average weight of plants 0,925 gr.

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In pictures 66-68 it is visible, that for the winter period of a plant of wheat continued to develop, however the difference in wheat development between Controls plots and the Skilled plot remains big. Wheat from Control plots pass a tillering period, but clusters poorly. At wheat from the Skilled plot 4-5 stalks have in addition developed, and the additional root system has powerfully developed.

In the middle of March the additional foliar top dressing of all crops has been spent. During a top-dressing following fertilizers and preparations were applied:

Control plot № 1 have processed a difficult fertilizer “FORTE РОСО” - (18х18х18 + МЕ), in a dose of 3 kg/hectare.
Control plot № 2 was processed a stimulator «____» in a dose (1 tablet) by 0,5 gr/hectares, together with a solution of fertilizers “POLIFIT” NPK 20х20х20 + MICRO, in number of 25 kg/hectare.
Skilled plot - contrary to the arrangement, the Skilled plot and as all crops of wheat, have been processed by a difficult fertilizer “FORTE РОСО” in a dose of 3 kg/hectare.

ATTENTION: In connection with infringement of technology of tests of biological products “AgroBioStim” we are compelled to transfer field tests of wheat for other plots, and the present Skilled plot to leave as the Control plot. However, leaving the Skilled plot, with perfectly developed plants of wheat, we will watch further a condition of crops, influence of plants of wheat on top dressing by difficult fertilizers “FORTE РОСО” (the Winter wheat – 7 and 9 see) is interesting to observe.

SHORT BREEDINGS:

(Applications of a humic Natural stimulator "CEREAL")

According to the present Summary record it is possible to draw following preliminary breedings:

1. Seeds of wheat processed by a humic stimulator "CEREAL", have given powerful signal to start to development of plants. If wheat from Control plots develops standard, plants of wheat from the Skilled plot (processed by a stimulator "CEREAL") for the short period began to advance quickly in development wheat from Control plots. The advancing in development of plants from the Skilled plot has remained up to the termination of field test.

2. Irrespective of a strong drought (2007) in crop, wheat (processed by a humic stimulator "CEREAL") has given strong and amicable shoots. Powerful development of shoots was affected by the organic acids connected in an indissoluble chain with microelements – chelates which supply a root system of plants with nutrients, especially in an initial stage of development of wheat, and it in turn guarantees stability of growth and development of plants under extreme agroclimatic conditions. At the same time, the lack of moisture of soil has strongly detained development of shoots of wheat on the Control plot № 2 where seeds have been processed by a stimulator “____”.

3. At wheat from the Skilled plot not only there has passed a powerful autumn tillering, but also the additional root system that has allowed plants to transfer easily autumn rains and winter frosts was well generated.

Now the big experimental material about influence of humic biological products on growth and efficiency of plants, breath and photosynthesis, carbohydrate, nucleinic and albuminous exchanges is saved up. At the same time, the method of preseeding influence on seeds humic biological products yet has not received a wide circulation.

By us it is established, that a presowing cultivation of seeds of wheat a special humic stimulator "CEREAL", stimulates a germinative energy of seeds and helps development of amicable shoots, stimulates development of an additional root system and an autumn tillering that strongly influences the future productivity of wheat.