

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.
Winter wheat - 1
(2006-2007)
Winter wheat - 2
(2006-2007)
Winter wheat - 3
(2006-2007)
Winter wheat - 4
(2006-2007)
(2007-2008)
Winter wheat - 6
(2007-2008)
Winter wheat - 7
(2007-2008)
Winter wheat - 8
(2007-2008)
Winter wheat - 9
(2007-2008)
Winter barley - 1
(2006-2007)
(2007-2008)
Winter barley - 3
(2007-2008)
Winter barley - 4
(2007-2008)
Winter raps - 1
(2006-2007)
(2007-2008)
Winter raps - 3
(2007-2008)
Winter raps - 4
(2007-2008)
Winter raps - 5
(2007-2008)
Winter raps - 6
(2007-2008)
Sunflower - 1
(2007)
Sunflower - 2
(2007)
Corn - 1
(2007)
GRAIN CROP



Company «AgroBioStim» Ltd
YOUR PARTNER IN MODERN AND ECOLOGICAL AGRICULTURE!

SUMMARY RECORD № 1
By results of field tests of hymic fertilizers of the trade mark «AgroBioStim» on corn of breed “Kneja”.
(In 2007)
Field industrial tests of hymic fertilizers “AgroBioStim” are spent on experimental fields of firm “ANCHO GANCHEV” village Vranino and “SLAVI ATANASOV” village Septembrici on corn of breed “Kneja”. For the control the field of corn of firm “AGROSPEKTAR” Ltd. is taken village Mogilishte. Crop is made on April, 1-20st, 2007 the Average planned productivity makes 6-8 tons/hectares, under good agroclimatic conditions.
The general indicators of plots. The predecessor – a winter wheat, soil - a common chernozem with the low content of humus. The test period – droughty. In the autumn of 2006 of deposits has dropped out fewer norms. Winter – snowless. Spring – without deposits, the general content of a soil moisture – 50% from demanded norm. Heats of air and droughty spring compel manufacturers of agricultural products to reflect in profitability of cultivation of corn.
We have secreted 3 plots: 1 control and 2 skilled plots.
1. Firm “AGROSPEKTAR” Ltd. control plot, a total area of 70 hectares, near village Mogilishte. Corn cultivation on traditional technology.
2. A skilled plot № 1 “ANCHO GANCHEV”, two fields a total area of 120 hectares, near village Vranino. Cultivation of corn with application of humic stimulators and mark fertilizers “AgroBioStim”.
3. A skilled plot № 2 “SLAVI ATANASOV”, a total area of 60 hectares, near village Belgun. Cultivation of corn with application of humic stimulators of mark “AgroBioStim”.
THE GENERAL PROGRAM OF FERTILIZATION.
1. A control plot (corn cultivation on traditional technology):
2. A skilled plot № 1 (cultivation of corn with application of humic stimulators and fertilizers).
3. A skilled plot № 2 (cultivation of corn with application of humic stimulators).
Application of herbicides and pesticides according to requirements and "know-how".
THE REPORT ON APPLICATION OF FERTILIZERS:
1. THE PRESOWING CULTIVATION OF SEEDS. Program conditions – are executed.
2. BASIC TOP DRESSING BY FERTILIZERS. Program conditions – are executed.
3. THE FOLIAR TOP DRESSING THE HYMIC FERTILIZER. Program conditions – are executed.
RESULTS OF TEST OF HUMIC PREPARATIONS «AgroBioStim» ON CORN.
Photo 1
Photo 1-3. Plants of corn from the
Control plot, a development phase
– 5 leaf. Plants look well, with well
developed root system. The average height of plants of 24-26 sm, average length of a root system 10-13 sm.
Photo 4-6. Plants of corn from the
Skilled plot № 1. Phase developments
– 4 leaf. Plants look well, with well
developed root system. The average height of plants of 16-22 sm, average length of a root system 6-10 sm.

Photo 7-9. Plants of corn from the
Skilled plot № 2. Phase developments
– 5 leaf. Plants look well, with well
developed root system. The average height of plants of 22-26 sm, average length of a root system 10-14 sm.
Photo 13-15. A skilled plot № 1.
A development phase – 6-7 leaf.
Corn plants develop very well and
have caught up in development of a plant from the Control plot. The average height of plants makes 36-40 sm, the average length of a root system makes 12-18 sm.
Photo 16-18. A skilled plot № 2. A development phase – 7-8 leaf. Corn plants develop very well and already overtake in development of a plant from the Control plot. The average height of plants makes 46-48 sm, the average length of a root system makes 12-18 sm.
What factors have affected a difference in development of plants of corn with Control and Skilled plots?
1. Strong influence on a delay in growth and development of plants from the Control plot renders a lack of moisture of soil and as consequence inaccessibility of nutrients (a photo 12).
2. On powerful development of plants, for the short period, the presowing cultivation of seeds the Natural Stimulator "CORN" with the high content of special structure of microelements and other nutrients has affected. Plants of corn from the Skilled plot № 1 (a photo 15) have caught up in development of a plant from the Control plot though crop was for 20 days later, and with plants from the Skilled plot № 2 (photos 18) have overtaken in development of a plant from the Control plot though crop was for 10 days later.
The difference in development of plants continues to increase.
And in our case strong influence on development of plants is
rendered by a drought. If corn plants on the Control and Skilled plot № 2 have received disposable having watered and access to nutrients in soil (a photo 20 and 24) plants from the Skilled plot № 1 have stopped in development because of low humidity of soil and as consequence of a lack of nutrients (a photo 22).
In connection with heats we have decided to spend small experience. On the Skilled plot № 2 (for a reference point took a pile, the photo 21) we have measured 30 м2 and by means of a manual pomp have spent moist processing of plants by a solution of humic acids (from calculation of 0,5 l/hectares).
Photo 25-26.
The Control plot.
Corn plants develop normally though on leaves there are traces of defeat from a drought (leaves have started to dry up). The average height of plants 80-90 sm.
Photo 27-28.
A skilled plot № 1.
Corn plants develop well, leaves have got intensive green colouring. The average height of plants 80-90 sm the foliar top dressing humic “OM FERTILIZER FOR CORN” affects.
The basic distinction in development of plants of corn the following:

Photo 38-40. Skilled plot № 2. Corn plants develop normally and as usually advance in development the Control plot. However the drought strongly influences plants and corn leaves have begun are braided and to dry up. The average height of plants remained 110-140 sm.
There were next data in development of plants of corn:
1. Plants from the Control plot, in a phase of emission of a brush, have started to dry up, and the bottom leaves have started to die off (a photo 32). Drought consequences affect.
2. At plants from the Skilled plot № 1 (a photo 36) not only has increased sheet mass, but also there is a powerful development of the plant. Processing of plants by a humic organomineral fertilizer “AgroBioStim” affects unroot. Defeats from a drought are not present.
3. Plants from the Skilled plot № 2 (a photo 38) as do not maintain a photo a drought and some leaves have started to dry up.
Photo 47-48.
Skilled plot № 2.
Corn plants have started to dry up, however delays in formation and development of ears is not observed.

Photo 51-53. Control plot.
Corn plants dry up and only about 40%
of plants have generated ears. Because
of a drought ears very quickly ripen. The sizes of 1st ear of 19 sm, the size of 2nd ear 15 sm.
Photo 54-56.
Skilled plot № 1а and 1b.
Corn plants on both plots in a fine
condition. Ears in a green cover and in a milky ripeness. The size of 1st ear of 22 sm, and the size of 2nd ear 14 sm.
Photo 57-59. Skilled plot № 2.
Corn plants continue to advance in
development and have started to dry
up. Ears were generated and have almost ripened. On the average about 60 % have generated ears. The average size of 1st ear of 22 sm, and the size of 2nd ear 18 sm. However grain ripens not simultaneously.

Photo 65, 66, 67, 69, 70. Skilled plot № 1а. Plants easy maintain a
drought and growth of ears and grain swelling proceeds.
Disposable having watered has improved a condition of plants.
Average productivity of a plot makes about 100% because of that that practically all plants have generated ears on 2-3 ears. The average size of an ear nearby 23-26 sm. 3rd ear has started to be formed, in the size about 20 sm.
Photo 68. Skilled plot № 1b. Plants began to react more strongly to a drought and have stopped in development.

For the last period we observe the big difference in a
condition of plants of corn between (not irrigation) the Skilled plot № 1b both the Control and Skilled plot № 2. If corn plants on the Control and Skilled plot № 2 have practically dried up (because of the big drought) on the Skilled plot № 1b plants have sustained a drought and just now (in 30 days) there were first defeats from a drought. The foliar top dressing hymic fertilizers "AgroBioStim" has affected development of plants in a strong drought.
Photo 76-77. Control plot.
Corn plants have completely dried up and were lost. Many plants are amazed by a smut (a photo 77). Average productivity of a plot makes 16-20% from planned and harvesting to spend there is no sense.
Photo 79.
Skilled plot № 1b.
On not irrigation plot of a plant of corn have decided to gather for fodder.
Photo 80-81.
Skilled plot № 2.
Corn plants as have dried up. In connection with that that productivity of a plot makes about 30% from planned, a crop have decided not to gather. However defeats of smuts not considerably.
The strong drought has put heavy losses at corn cultivation.
Practically all crops have been destroyed. In our area it is unique
the Skilled plot № 1а completely has sustained a drought.
Resistance of plants to a drought was affected disposable having watered and a foliar top dressing humic “OM FERTILIZER FOR CORN”.


SHORT BREEDINGS:
The basic distinctions at corn cultivation:
The basic distinction consists in use of humic organo-mineral stimulators and fertilizers at corn cultivation that has affected end results, namely:
1. Corn plants already in a development initial stage have distinctions. If plants from the Control plot develop standardly plants from Skilled plots strongly advance in development and more quickly there pass development phases (the photo 12, 15, 18). For example, plants of corn from the Skilled plot № 2 (where crop has been spent with delay for 10 days) have quickly caught up and have overtaken in development of a plant from the Control plot. And plants of corn from the Skilled plot № 1 (where crop has been spent with delay for 20 days) for the short periods have caught up in development of a plant from the Control plot. Fast development of plants from Skilled plots was affected by processing of seeds by the Natural stimulator "CORN" which includes special structure of nutrients and microelements, and influence of humic acids have allowed plants from Skilled plots more resistantly to transfer a lack of a moisture of soil.
2. For all period of vegetation of a plant of corn from the Skilled plot № 2 continue to develop with an advancing, and in the end of vegetation the advancing in development has made 15-18 days. Moist processing of a small plot by humic acids, has given in the beginning powerful spur in development of plants and increase in mass of sheet, but for rather short period of a plant as have undergone to drought influence.
3. Unexpectedly high result we have received after a corn foliar top dressing on the Skilled plot № 1, special structure of a hymic fertilizer “OM FERTILIZER FOR CORN” in a dose of 3 l/hectares. As a result of a foliar top dressing a hymic fertilizer, at a plant (for the short period) the mass and a thickness of a stalk have almost increased green. Irrespective of a strong drought of a plant of corn continue to develop stably. However in 18-20 days safety properties of humic acids have ended also plants became more sensitive to influence of a strong drought. As a result, in 18 days after top dressing by a hymic fertilizer, on plants of the Skilled plot 1b there were defeats from a drought. During too time of a plant from the Control plot and the Skilled plot № 2 have practically dried up.
4. Higher result is received on the Skilled plot № 1а. The Foliar top dressing special structure of a hymic fertilizer “OM FERTILIZER FOR CORN” in a dose of 3 l/hectares and disposable having watered plants in a dose of 10-12 l on 1 m2. have yielded high result. Corn plants have completely sustained a drought and as a result the crop twice exceeding planned has been received.
5. On Skilled a plot of a plant of corn, in vegetation, at all were not amazed what or to diseases while on the Control plot the part of plants has caught a smut (a photo 77).
6. The strong drought has practically destroyed corn plants on the Control and Skilled plot № 2, and it forces to reflect on application of humic preparations at corn cultivation.
7. Economic benefit. Applications of the OM fertilizers “AgroBioStim” gives the chance to increase a crop of corn more than in 2 times and as for 20 days protects plants from defeats in a drought.
By us it is established, that the presowing cultivation of seeds of corn a humic stimulator "CORN" positively influences growth and development of plants, amplifies carbohydrate, nucleinic and albuminous exchanges. Plants become strong, quickly grow and advance in development, even in a dry season. Unroot processing of plants of corn specialised humic “OM FERTILIZER FOR CORN” causes increase in intensity of photosynthesis and to accumulation of nutrients, increases green mass and stimulates the general development of plants. Studying of reaction of corn on unroot processing by solutions of hymic fertilizers of mark “AgroBioStim” testifies to a resistant increase yield, and in drought years, gives the chance to plants to maintain a high drought till 20 days.
The full report by results of field tests of hymic fertilizers “AgroBioStim” on sunflower contains: 12 pages of the text, 5 comparative tables, schedules, analyses and more than 100 photos.
Alexander Malkov
“AgroBioStim” Ltd - 2007
BULGARIA
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