ALEOX AGRO
DIHYDROQUERCETIN FLAVORED
PRODUCT ALEOX AGRO
GENERAL DATAIn modern technologies of cultivation of agricultural crops for increase of productivity and quality of production, along with macrofertilizers (nitrogen, phosphoric, potash), an important role play fertilizers containing in their composition the microelements, amino acids, natural phytohormones, etc.. Use of such products is due to significant achievements in the field of biology, physiology, chemistry, biotechnology and other sciences. In addition, products of new generation are ecological and perfectly safe for man and environment.
One of the main directions is the production of formulations on the basis of substances isolated from plants with expressed immunomodulatory properties. In Russia, the development of such products has been underway for the past 15 years. Currently there are registered and successfully used the products based on triterpenic acids and dihydroquercetin, isolated of various kinds of coniferous trees.
OUR COMPANY PRESENTS FERTILIZER FROM PLANT RAW MATERIAL WITH IMMUNOMODULATORY AND ANTI-STRESS PROPERTIES BASED ON WIDELY KNOWN BIOFLAVONOID DIHYDROQUERCETIN -
ALEOX AGRO, WE (50 G / L DIHYDROQUERCETIN).
Due to dihydroquercetin, the product ALEOX AGRO increases the activity of stress resistance genes in plants. By reducing the vascular affection by fungal and bacterial diseases, it favorably affects the function of the plant's conducting system, improving the supply of their overground part with nutrients and enhancing the outflow of photosynthetic products from the leaves into the fruits and the root system. It contributes to an increase in the chlorophyll content in plants, and, consequently, to the intensification of photosynthesis, increasing the productivity of crop cultivation.
The high immunoprotective efficiency of dihydroquercetin makes it possible to reduce the infestation of plants by powdery mildew, septoria and helminthosporiosis by 30-50%, has a significant effect on the decrease in the development of rust, bunt and root rot.
PROPERTIES OF THE PRODUCT
ALEOX AGRO
DIHYDROQUERCETIN FLAVOREDBoosts energy of seed germination and intensity of root development system.
Increases productivity and quality of products.
Inhibits development of some fungal and bacterial infections.
Promotes faster maturation, biological and technological maturity.
Increases crop resistance to various stresses
(lack of moisture, frosts, mechanical damage, herbicide treatment and other)
WINTER WHEAT "MOSCOWSKAYA 39"
RESULTS OF THE TRIALS, RYAZAN REGION, SEASON OF 2013Method of treatment and consumption rates :
1) Treatment of seeds before sowing at a rate of 80 ml / t, the rate of consumption of the working fluid 10 l / t 2) Spraying during the vegetation period of the crop at a rate of 80 ml / ha, the rate of flow of the working fluid 300 l / ha: 1 st - at phase of beginning of booting , 2 nd - in the phase of appearance of the flag leaf.
Sowing properties of winter wheat seeds .
| option | Contents in berries juice | |
| energy of germination % | viability % | |
| 1. Without treatment (control) | 80.4 | 86.2 |
| 2. Analog (dihydroquercetin), 80 ml / t | 85.1 | 96.9 |
| 3. Aleox Agro, 80 ml / t | 85.6 | 97.3 |
WINTER WHEAT "MOSCOWSKAYA 39“
RESULTS OF THE TRIALS, RYAZAN REGION, SEASON OF 2013
Sowing properties of winter wheat seeds .
| option | The number of productive stems on 1m2, pcs. | Length (cm) | Quantity of grains in the spike, pcs. | Weight of 1000 grains, g | |
| of plant | spike | ||||
| 1. Without treatment (control) | 458.2 | 68.2 | 5.5 | 19.8 | 33.5 |
| 2. Analog (dihydroquercetin), 80 ml / t | 460.5 | 84.8 | 6.6 | 20.9 | 37.0 |
| 3. Aleox Agro, 80 ml / t | 462.5 | 86.4 | 6.9. | 21.0 | 37.5 |
WINTER WHEAT "KHARKOV 92"
RESULTS OF THE TRIALS, RYAZAN REGION, SEASON OF 2013
Method of treatment and consumption rates of Aleox Agro:
- spraying at period vegetation of the crop at a rate of 80 ml / ha, working fluid flow rate 300 l / ha: 1st - in the phase of the beginning of the booting, 2nd - in the phase of appearance of the flag leaf.
Productivity of winter wheat
| Option | Productivity, dt/ha | +_ to control, dt / ha |
| 1. Without treatment (control) | 31.1 | - |
| 2. Analog (dihydroquercetin), 80 ml / t | 34.8 | +3.7 |
| 3. Aleox Agro, 80 ml / t | 35.3 | +4.2 |
| Mean least difference05 | - | 2.95 |
WINTER WHEAT "KHARKOV 92"
RESULTS OF THE TRIALS, RYAZAN REGION, SEASON OF 2013Effect of product on the infestation of wheat with brown rust
| option | Brown rust | |
| infestation % | Development of the disease % | |
| 1. Without treatment (control) | 16.5 | 4.8 |
| 2. Analog (dihydroquercetin), 80 ml / t | 14.0 | 3.6 |
| 3. Aleox Agro, 80 ml / t | 12.4 | 3.0 |
Structure of the yield of winter wheat
| Options | Number of productive stems, pcs / m2 | Length of spike (20 plants), cm | Number of grains in spike ( by 20 plants), pcs. | Weight, of 1000 grains, g | ||
| pcs. | +_ to control | |||||
| pcs | % | |||||
| 1. Without treatment (control) | 445 | - | - | 6.3 | 21,2 | 41.2 |
| 2. Analog (dihydroquerce- tin) 80 ml / ha | 425 | -20 | -4,5 | 8.5 | 23.4 | 42.3 |
| 3. Aleox Agro, 80 ml / ha | 450 | 5 | 1.0 | 8.4 | 23.1 | 43.6 |
SUNFLOWER "ENISEY"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON 2013
Method of treatment and consumption rates of Aleox Agro:
presowing seeds treatment. Consumptiopn of the product 100 ml / t, consumption of the working solution is 10 l / t;
spraying: 1st - at the beginning of the formation of flower head, 2nd - in the beginning of flowering phase. Consumption of the product - 200 ml / ha, consumption of working solution - 300 l / ha.
Productivity of winter wheat
| Option | Productivity, dt/ha | +_ to control, dt / ha |
| 1. Without treatment (control) | 38.7 | - |
| 2. Analog (dihydroquercetin), 80 ml / t | 42.1 | +3, 4 |
| 3. Aleox Agro, 80 ml / t | 45.4 | +6,7 |
| Mean least difference05 | 2.4 | - |
SUNFLOWER "ENISEY"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON OF 2013
Method of treatment and consumption rates of Aleox Agro:
presowing seeds treatment. Consumptiopn of the product 100 ml / t, consumption of the working solution is 10 l / t;
spraying: 1st - at the beginning of the formation of flower head, 2nd - in the beginning of flowering phase. Consumption of the product - 200 ml / ha, consumption of working solution - 300 l / ha..
Impact of Aleox Agro on viability and germination energy of sunflower seeds
| Option | Energy of germination % | Viability % | |
| Laboratory | Field | ||
| 1. Without treatment (control) | 76.44 | 90.0 | 78.1 |
| 2. Analog (dihydroquercetin), 80 ml / t | 85.79 | 95.2 | 83.2 |
| 3. Aleox Agro, 80 ml / t | 87.2 | 95.2 | 84.9 |
| Mean least difference | 1.3 | 1.6 | 2.5 |
SUNFLOWER "ENISEY"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON OF 2013Impact Aleox Agro on a leaf apparatus of sunflower
| Option | Number of leaves on one plant, pcs. | Surface of leaves from one plant, thousand cm2 | Absorption of light chlorophyll-protein complexes% | The content of chlorophyll in leaves, mg / 100g |
| 1. Without treatment (control) | 23.9 | 6.40 | 70.3 | 248 |
| 2. Analog (dihydroquercetin), 200 ml / t | 25.0 | 7.10 | 73.5 | 250 |
| 3. Aleox Agro, 200 ml / t | 27.0 | 7.80 | 76.6 | 250 |
Impact of Aleox Agro for harvest and quality of sunflower seeds
| Option | Productivity, centner / ha | Addition to control | Quality indicators of seeds | Collection of oil t / ha | ||||
| dt/ha | % | Natural weight, g / l | Weight of 1000 seeds | Husk- ness % | Oil content % | |||
| 1. Without treatment (control) | 13.8 | - | - | 487.6 | 38.32 | 25.7 | 46.8 | 0.687 |
| 2. Analog (dihydroquercetin), 80 ml / t | 15.5 | 7.1 | 12.3 | 442.8 | 40.99 | 24.9 | 51.6 | 0,857 |
| 3. Aleox Agro, 80 ml / t | 15.8 | 2,0 | 14.5 | 439.5 | 40.37 | 25.1 | 54.4 | 0,899 |
| Mean least difference05 | 0.8 | - | - | 14.0 | 1.37 | - | - | - |
SUNFLOWER "ENISEY"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON OF 2013Impact Aleox Agro on a leaf apparatus of sunflower
| Option | Development of the disease, % | ||
| Phomopsis | Sclerotynyosis | Powdery dew | |
| 1. Without treatment (control) | 42.5 | 40.4 | 46.9 |
| 2. Analog (dihydroquercetin), 80 ml / t | 33.0 | 28.8 | 27.9 |
SUGAR BEET "RAMONSKAYA 47"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON OF 2013Impact Aleox Agro on viability and energy of germination of seeds of sugar beets
| Option | Energy of germination % | Viability % | |
| Laboratory | Field | ||
| 1. Without treatment (control) | 76 | 86 | 77 |
| 2. Analog (dihydroquercetin), 80 ml / t | 85 | 92 | 85 |
| 3. Aleox Agro, 80 ml / t | 89 | 93 | 86 |
Method of treatment and consumption rates of Aleox Agro:
presowing seeds treatment. Consumptiopn of the product 250 ml / t, consumption of the working solution is 20 l / t;
spraying of plants: 1st - in phase of 3-4 pairs of leaves, 2 nd - in phase of closing of rows. Consumption of the product - 250 ml / ha, consumption of working solution - 300 l / ha.
Impact Aleox Agro on a leaf apparatus
| Option | Number of leaves on one plant, pcs. | Surface of leaves from one plant, Thousand cm2 | Absorption of light chlorophyll-protein complexes, % | The content of chlorophyll in leaves, mg / 100g |
| 1. Without treatment (control) | 39 | 2860 | 70.3 | 232 |
| 2. Analog (dihydroquercetin), 250 ml / t | 40 | 3190 | 74.5 | 276 |
| 3. Aleox Agro, 250 ml / t | 41 | 3430 | 76.6 | 287 |
SUGAR BEET "RAMONSKAYA 47"
RESULTS OF THE TRIALS, REPUBLIC OF BASHKORTOSTAN, SEASON OF 2013
Productivity of sugar beets during treatment with Aleox Agro before sowing and by vegetation of plants
| Option | Yields of standard root-crops t/ ha | Average yield dt / ha | Increase of productivity | |
| dt / ha | % | |||
| 1. Without treatment (control) | 24.58 | 374.3 | - | - |
| 2. Analog (dihydroquercetin), 80 ml / t | 38.98 | 402.7 | 28.4 | 10.75 |
| 3. Aleox Agro, 80 ml / t | 40.30 | 413.6 | 39.3 | 11.04 |
| Mean least difference05 | 3.2 | 4.2 | - | - |
SOYA "ALBA"
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013Method of treatment and consumption rates of Aleox Agro:
-seeds treatment. Consumption of the product – 100 ml/t, consumption of the working solution is 10 l/t,
- spraying of plants: 1-e - at the beginning of flowering, 2nd - 12-14 days after the first spraying. Consumption of the product - 80 ml/ha, consumption of the working solution - 300 l/ha.
The effect of the tested products on the formation of elements of structures of soybeans yield .
| Option | Quantity, pcs / plant | Seed weight, g / plant | Weight of 1000 seeds, g | ||
| Branches | Beans | Seeds | |||
| 1. Without treatment (control) | 2.4 | 46.4 | 94.3 | 11.75 | 127.13 |
| 2. Analog (dihydroquercetin), 80 ml / t | 2.9 | 54.0 | 109.7 | 14.30 | 132.46 |
| 3. Aleox Agro, 80 ml / t | 3.4 | 59.3 | 126.5 | 16.85 | 138.78 |
| Mean least difference05 | 0.1 | 1.9 | 3.9 | 0.51 | 4.65 |
SOYA "ALBA"
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013
Effect of test preparations on yield and yield of oil from hectare.
| Option | Productivity, dt/ha | Addition to control | Oil content, % | Collection of oil, dt / ha | |
| dt / ha | % | ||||
| 1. Without treatment (control) | 25.8 | - | - | 21.4 | 5.52 |
| 2. Analog (dihydroquercetin), 80 ml / t | 28.0 | 2.2 | 8.5 | 21.9 | 6.13 |
| 3. Aleox Agro, 80 ml / t | 30.4 | 4.6 | 17.8 | 22.1 | 6.72 |
| Mean least difference | 1.2 | - | - | - | 0.21 |
POTATO “UDACHA”
RESULTS OF THE TRIALS, BELGOROD REGION, SEASON OF 2013
Method of treatment and consumption rates of Aleox Agro:
- Pre-planting treatment of tubers. Consumptiopn of the product 20 ml / t, consumption of the working solution is 10 l / t;
- spraying of plants: 1 st - at phase budding - beginning of flowering, 2 nd - 20 days after first spraying. Consumption of the product - 200 ml / ha, consumption of working solution - 300 l / ha.
Influencee Aleox Agro on productivity and quality of potatoes tubers
| Option | Productivity, t/ha | Addition to control, t / ha | Starch, % | The content of nitrates in tubers, mg / kg |
| 1. Without treatment (control) | 20.7 | - | 12.15 | 8.35 |
| 2. Analog (dihydroquercetin), 200 ml / t | 24.1 | 3.4 | 12.93 | 7.52 |
| 3. Aleox Agro, 200 ml / t | 26.4 | 5.7 | 14.73 | 5.91 |
| Mean least difference | 1.6 | 1.6 | 0.68 | 0.34 |
CUCUMBER HYBRID 'F1 RABINUSHKA'
RESULTS OF THE TRIALS, MOSCOW REGION, SEASON OF 2013
Method of tratmentand ratesofconsumption of the product Aleox Agro:
- soaking of seeds before sowing during 2 hours. Consumption of the product 0.1 ml / kg, working solution consumption 1 l / kg;
spraying: 1st - in the phase of 2-3 leaves, 2 - in the phase of the beginning of flowering, 3rd - in the phase of mass flowering. Consumption of the product - 200 ml / ha, consumption of working solution - 400 l / ha.
Impact of Aleox Agro on the yield of cucumber Ryabinushka F1
| Option | Productivity, kg / m2 | Addition to control | Standard % | ||
| For the first 2 weeks | Total | Kg/m2 | % | ||
| 1. Without treatment (control) | 3.8 | 9.2 | - | - | 84.3 |
| 2. Analog (dihydroquercetin), 80 ml / t | 4.7 | 10.3 | 1.1 | 11.9 | 90.2 |
| 3. Aleox Agro, 80 ml / t | 4.9 | 10.5 | 1.3 | 14.1 | 92.7 |
| Mean least difference05 | 0.8 | 1.1 | - | - | - |
CUCUMBER HYBRID 'F1 RABINUSHKA'
RESULTS OF THE TRIALS, MOSCOW REGION, SEASON OF 2013Effect of Aleox Agro on biochemical composition of cucumber Ryabinushka F1.
| Option | Dry substance. % | Sugar, % | Vitamin C, mg % | NO 3 mg/kg |
| 1. Without treatment (control) | 5.0 | 2.28 | 4.0 | 165 |
| 2. Analog (dihydroquercetin), 250 ml / t | 4.9 | 2.52 | 4.4 | 197 |
| 3. Aleox Agro, 250 ml / t | 5.1 | 2.16 | 7.1 | 205 |
Effect of test products on productivity and fruit quality of cucumber
| Option | Productivity, dt/ha | Increase to control | Fruit content | ||
| dt / ha | % | Sugar, % | Vitamin C, mg / 100 raw substance | ||
| 1. Without treatment (control) | 84.3 | 3.8 | 9.2 | - | - |
| 2. Analog (dihydroquercetin), 80 ml / t | 90.2 | 4.7 | 10.3 | 1.1 | 11.9 |
| 3. Aleox Agro, 80 ml / t | 92.7 | 4.9 | 10.5 | 1.3 | 14.1 |
| Mean least difference | - | 0.8 | 1.1 | - | - |
TOMAT “DAR ZAVOLZHYA”
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013Method of treatment and consumption rates of Aleox Agro:
- spraying of plants: 1st - at the beginning of flowering of the first bunch, 2nd and 3rd - with an interval of 10 days. Consumption of product - 60 ml / ha, working fluid flow rate - 400 l / ha
The effect of the test product on tomato plant growth
| Option | Height of the plant, cm | Weight of above-ground organs, g / plant | Surface of the leaves, dm2 | |
| raw | dry | |||
| 1. Without treatment (control) | 57.8 | 142.14 | 40.37 | 33.11 |
| 2. Analog (dihydroquercetin), 60 ml / ha | 65.4 | 162.18 | 48.49 | 36.14 |
| 3. Aleox Agro, 60 ml / ha | 68.9 | 166.89 | 50.07 | 37.10 |
| Mean least difference | 2.2 | 5.14 | 1.58 | 1.23 |
Influence of test products on the formation of tomato fruits .
| Option | The content in fruits | Diameter, cm | Fruit weight, g | |
| Sugar, % | Vitamin C, mg / 100 g of raw substance. | |||
| 1. Without treatment (control) | 5.9 | 79.82 | 3.1 | 25.4 |
| 2. Analog (dihydroquercetin), 60 ml / ha | 7.6 | 88.74 | 3.4 | 32.1 |
| 3. Aleox Agro, 60 ml / ha | 8.1 | 94.21 | 3.6 | 33.0 |
| Mean least difference | 0.2 | 3.05 | - | - |
TOMAT “DAR ZAVOLZHYA”
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013
Effect of test products on productivity of tomatoes
| Option | Yield, dt / ha | Increase to control | |
| dt / ha | % | ||
| 1. Without treatment (control) | 215.4 | - | - |
| 2. Analog (dihydroquercetin), 60 ml / ha | 245.8 | 30.4 | 14.1 |
| 3. Aleox Agro, 60 ml / ha | 254.6 | 39.2 | 18.2 |
| Mean least difference | 11.0 | - | - |
GRAPES "SAPERAVI"
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013Method of treatment and consumption rates of Aleox Agro:
Spraying: 1st - the flowering phase, 2nd - 20 days after the first spraying. Consumption of product - 300-400 ml / ha, working fluid flow rate - 600 l / ha.
Effect of the test product on bunch formation and quality of grape berries
| Option | Qauntity of bunches, pcs / bush | Mass of the bunch, g | Contents in berries juice | |
| sugar, g/ 100 cm3 | titratable acids, g/dm3 | |||
| 1. Without treatment (control) | 23.6 | 158.8 | 20.7 | 7.3 |
| 2. Analog (dihydroquercetin), 400 ml / ha | 27.0 | 173.9 | 21.7 | 8.8 |
| 3. Aleox Agro, 400 ml / ha | 27.2 | 174.7 | 22.3 | 9.5 |
| Mean least difference | 0.9 | 5.8 | - | - |
GRAPES "SAPERAVI"
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2013
The effect of the test product on productivity of grapes
| Option | Productivity, kg / bush | Increase to control | Productivity t/ha | Increase to control | ||
| kg | % | t/ha | % | |||
| 1. Without treatment (control) | 3.71 | - | - | 8.30 | - | - |
| 2. Analog (dihydroquercetin), 400 ml / ha | 4.43 | 0.72 | 19.4 | 9.90 | 1.68 | 20.2 |
| 3. Aleox Agro, 400 ml / ha | 4.45 | 0.74 | 19.9 | 10,05 | 1.75 | 21.1 |
| Mean least difference | 0.2 | - | - | 0.4 | - | - |
GREEN PEPPER
RESULTS OF THE TRIALS, INDIA, TIRUVALLUR DISTRICT, SEASON OF 2014Agricultural practice
Experimental field was maintained according to the planned agricultural practice (pest control, weeding, fertilization, irrigation and etc.). Spraying of fertilizer Aleox Agro was performed at the stage of flowering of green pepper. The experiment took into account both quantitative and qualitative indicators. The definition of the latter was carried out visually. Upon completion of the trials, there were selected mature vegetables of market size and the yield was recorded by repeated counting .
The effect of the test product on productivity of grapes
| Treatment | Replication | Physical state | Yield |
| T1 Aleox Agro 1 ml / l water | |||
| T1 R1 | Good | 140 kg / plot | |
| T1 R2 | Good | 142 kg / plot | |
| T1 R3 | Good | 139 kg / plot | |
| T2 Standard 1ml / l | |||
| T2 R1 | Good | 135 kg / plot | |
| T2 R2 | Good | 137 kg / plot | |
| T2 R3 | Good | 133 kg / plot | |
| T3 Control water spraying | |||
| T3 R1 | Good | 132 kg / plot | |
| T3 R2 | Good | 138 kg / plot | |
| T3 R3 | Good | 130 kg / plot |
Since the spraying was done at the mid-growth stage of the crop / closer to the harvesting stage - the exact effect was not determined, but the fruit yield was 5% higher than the standard and 10% higher than the control
Can be carried out new trials in order to get result of actual effects of the product.
CHILLI
RESULTS OF THE TFIALS, INDIA, TIRUVALLUR DISTRICT, SEASON OF 2014Agricultural practice
Experimental field was maintained according to the planned agricultural practice (pest control, weeding, fertilization, irrigation and etc.). Spraying of fertilizer Aleox Agro was performed at the stage of flowering of green pepper. The experiment took into account both quantitative and qualitative indicators. The definition of the latter was carried out visually. Upon completion of the trials, there were selected mature vegetables of market size and the yield was recorded by repeated counting .
Yield and physical observation
| Treatment | Replication | Physical state | Yield |
| T1 Aleox Agro 1 ml / l water | |||
| T1 R1 | Good | 62 kg / plot | |
| T1 R2 | Good | 65 kg / plot | |
| T1 R3 | Good | 60 kg / plot | |
| T2 Standard 1ml / l | |||
| T2 R1 | Good | 55 kg / plot | |
| T2 R2 | Good | 56 kg / plot | |
| T2 R3 | Good | 58 kg / plot | |
| T3 Control water spraying | |||
| T3 R1 | Good | 50 kg / plot | |
| T3 R2 | Good | 48 kg / plot | |
| T3 R3 | Good | 53 kg / plot |
Since the spraying was done at the mid-growth stage of the crop / closer to the harvesting stage - the exact effect was not determined, but the fruit yield was 6% higher than the standard and 12% higher than the control.
Can be carried out new trials in order to get result of actual effects of the product.
TOMATOES
RESULTS OF THE TRIALS, INDIA, TIRUVALLUR DISTRICT, SEASON OF 2014Agricultural practice
Experimental field was maintained according to the planned agricultural practice (pest control, weeding, fertilization, irrigation and etc.). Spraying of fertilizer Aleox Agro was performed at the stage of flowering of tomato. The experiment took into account both quantitative and qualitative indicators. The definition of the latter was carried out visually. Upon completion of the trials, there were selected mature vegetables of market size and the yield was recorded by repeated counting .
Yield and physical observation
| Treatment | Replication | Physical state | Yield |
| T1 Aleox Agro 1 ml / l water | |||
| T1 R1 | Good | 125 kg / plot | |
| T1 R2 | Good | 120 kg / plot | |
| T1 R3 | Good | 127 kg / plot | |
| T2 Standard 1ml / l | |||
| T2 R1 | Good | 119 kg / plot | |
| T2 R2 | Good | 117 kg / plot | |
| T2 R3 | Good | 118 kg / plot | |
| T3 Control water spraying | |||
| T3 R1 | Good | 113 kg / plot | |
| T3 R2 | Good | 110 kg / plot | |
| T3 R3 | Good | 105 kg / plot |
Since the spraying was done at the mid-growth stage of the crop / closer to the harvesting stage - the exact effect was not determined, but the fruit yield was 6% higher than the standard and 15% higher than the control.
Can be carried out new trials in order to get result of actual effects of the product.
MOMORDICA
RESULTS OF THE TEST, INDIA, TIRUVALLUR DISTRICT, SEASON OF 2014Agricultural practice
Experimental field was maintained according to the planned agricultural practice (pest control, weeding, fertilization, irrigation and etc.). Spraying of fertilizer Aleox Agro was performed at the stage of flowering of momordica. The experiment took into account both quantitative and qualitative indicators. The definition of the latter was carried out visually. Upon completion of the trials, there were selected mature vegetables of market size and the yield was recorded by repeated counting
Yield and physical observation
| Treatment | Replication | Physical state | Yield |
| T1 Aleox Agro 1 ml / l water | |||
| T1 R1 | Good | 55 kg / plot | |
| T1 R2 | Good | 53 kg / plot | |
| T1 R3 | Good | 56 kg / plot | |
| T2 Standard 1ml / l | |||
| T2 R1 | Good | 50 kg / plot | |
| T2 R2 | Good | 48 kg / plot | |
| T2 R3 | Good | 52 kg / plot | |
| T3 Control water spraying | |||
| T3 R1 | Good | 43 kg / plot | |
| T3 R2 | Good | 44 kg / plot | |
| T3 R3 | Good | 42 kg / plot |
Since the spraying was performed at the mid-growth stage of the crop / closer to the harvesting stage, accurate the effect of exposure was not determined, but the fruit yield was 4% higher, than standard and by 10% on control.
Can be carried out new trials in order to get result of actual effects of the product.
RICE "DIAMANT"
RESULTS OF THE TRIALS, KRASNODAR TERRITORY, SEASON OF 2015
Method of treatment and consumption rates of product:
- Control, without the use of Aleox Agro;
BI, pre-sowing treatment of seeds (consumption of the product - 25 ml / t, working solution - 10 l / t) + spraying of plants in the tillering phase (consumption of the product - 25 ml / ha, working solution - 100 l / ha);
- ВII, presowing treatment of seeds (consumption of the product - 50 ml / t, working solution - 10 l / t) + spraying of plants in the tillering phase (consumption of the product - 50 ml / ha, working solution - 100 l / ha);
- BIII, presowing treatment of seeds (consumption of the product - 100 ml / t, working solution - 10 l / t) + spraying of plants in the tillering phase (consumption of the product - 100 ml / ha, working solution - 100 l / ha).
Impact of Aleox Agro on quality and productivity of rice
| Options | Weight of 1000 grains, g | Vitreousness, % | Stress crack, % | Productivity, dt/ha | Yield increase | |
| dt / ha | % | |||||
| Control without treatment | 26.3 | 88.0 | 9.5 | 70.8 | - | - |
| Aleox Agro (25 ml / t / ha) | 26.9 | 91.5 | 8.0 | 77.5 | 6.7 | 9.5 |
| II. Aleox Agro (50 ml / t / ha) | 27.7 | 93.0 | 7.2 | 79.9 | 9.1 | 12.9 |
| III. Aleox Agro (100 ml / t / ha) | 27.8 | 94.5 | 6.5 | 81.7 | 10.9 | 15.4 |
CORN "ROSSIYSKAYA 1"
RESULTS OF THE TRIALS, VORONEZH REGION, SEASON 2015
Method of treatment and consumption rates of product:
- Control, without the use of Aleox Agro;
- BI, spraying of plants in the phase of 3-5 leaves and heading of panicles (consumption of the product - 50 ml / ha, working solution - 300 l / ha);
- BII, spraying of plants in the phase of 3-5 leaves and heading of panicle (consumption of the product - 100 ml / ha, working solution - 300 l / ha);
- BIII, spraying of plants in the phase of 3-5 leaves and heading of panicle (consumption of the product - 150 ml / ha, working solution - 300 l / ha)
Impact of Aleox Agro on quality and productivity of corn
| Options | Weight of 1000 grains, g | Vitreousness, % | Stress crack, % | Productivity, dt/ha | Yield increase | |
| dt / ha | % | |||||
| Control without treatment | 259.1 | 552.3 | 4070 | 61.3 | - | - |
| I. Aleox Agro (50 ml / ha) | 268.8 | 601.1 | 4551 | 65.2 | 3.9 | 6.4 |
| II. Aleox Agro (100 ml / ha) | 274.3 | 671.8 | 5148 | 72.0 | 10.7 | 17.5 |
| III. Aleox Agro (150 ml / ha) | 276,0 | 674.3 | 4953 | 72.2 | 10.9 | 17.8 |
EARLY ONION "SPENISH"
RESULTS OF THE TRIALS, ASTRAKHAN REGION, SEASON OF 2017
Method of treatment and consumption rates of product:
- Control, without the use of Aleox Agro;
- BI, with irrigation water through the drip irrigation system: 1 st - in the full germination phase, 2 - in the phase of 5-6 leaves, 3rd - 14 days after the second application, product consumption - 200 ml / ha.;
- ВII, spraying of plants: 1 st - in the full germination phase, 2 - in the phase of 5-6 leaves, 3rd - in 14 days after the second application, product consumption - 100 ml / ha, consumption of the working solution - 200 l / ha.
Impact Aleox Agro on onion yield structure
| Options | Number of bulbs, pcs / m2 | Diameter of the bulb, cm | The average weight of the bulb, g | Productivity, t / ha | Yield increase | |
| t/ha | % | |||||
| Control without treatment | 74.0 | 5.8 | 109.7 | 81 | - | - |
| I. Aleox Agro (0.2 l / ha) (drip) | 74.3 | 6.3 | 133.7 | 99 | 18 | 22,2 |
| II. Aleox Agro (0.1 l / ha) (spraying) | 73.0 | 8.1 | 164.3 | 120 | 39 | 48.1 |
POTATOES "RIVIERA"
RESULTS OF THE TRIALS, ASTRAKHAN REGION, SEASON 2017
Method of treatment and consumption rates of product:
- Control, without the use of Aleox Agro;
- BI, with irrigation water through the drip irrigation system: 1 st - in the full germination phase, 2 - in the budding-flowering phase, 3 rd - 14 days after the second application, product consumption - 200 ml / ha.;
- ВII, spraying of plants: 1 st - in the full germination phase, 2 nd - in the budding-flowering phase, 3rd - 14 days after the second application, product consumption - 100 ml / ha, consumption of the working solution - 200 l / ha.
Effect of Aleox Agro on the structure of the potato yield
| Options | Height of plants, cm | Number | Average weight | Productivity, | Yield increase | |
| t/ha | % | |||||
| Control without treatment | 71.7 | 11.3 | 91.1 | 41 | - | - |
| I. Aleox Agro (0.2 l / ha) (drip) | 72.7 | 11.3 | 134.7 | 61 | 20 | 47.9 |
| II. Aleox Agro (0.1 l / ha) (spraying) | 97.2 | 11.7 | 118.7 | 55 | 14 | 34.2 |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Purpose | Product consumption rate, ml / ha, ml / kg, ml / t | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Spring and winter wheat, winter rye | Increase of field germination, immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) |
| 80 ml / ha | Spraying: 1st - in the phase of the beginning of booting, 2nd - in the phase of appearance of the flag leaf. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Spring and winter barley | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) | |
| 80 ml / ha | Spraying: 1st - in the phase of the beginning of booting, 2nd - in the phase of appearance of the flag leaf. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Soya | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 20 l / t | - (1) | |
| 80 ml / ha | Spraying: 1st - in the beginning of flowering phase, 2nd - 12-14 days after the first spraying. The flow rate of the working fluid is 300 l / ha. | - (2) | ||
| Sunflower | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) | |
| 100-200 ml / ha | Spraying: 1st - at the beginning of the formation of flower head, 2nd - in the beginning of flowering phase. The flow rate of the working fluid is 300 l / ha. | - (2) |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Purpose | Product consumption rate, ml / ha, ml / kg, ml / t | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Sugar Beet | Increase of field germination, immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 250 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 20 l / t | - (1) |
| 100-250 ml / ha | Spraying: 1st - in a phase of 4-5 pairs of leaves, 2nd - in a phase of closing of rows. The flow rate of the working fluid is 300 l / ha. | - (2) | ||
| Potatoes | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 100 ml / t | Presowing treatment of tubers. Consumption of working fluid - 10 l / t | - (1) |
| 100-200 ml / ha | Spraying: 1st - in the beginning of flowering phase, 2nd - 20 days after the first spraying. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Winter rapeseed | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) | |
| 100-150 ml / ha | Spraying: 1-e - in the phase of formation of the rosette (in autumn), 2-in the branching phase, 3-in the period of budding-beginning of flowering. Consumption of working fluid - 300 l / ha. | - (3) | ||
| Spring rape | 100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) | |
| 100-150 ml / ha | Spraying: 1st - in the branching phase, 2nd - during budding - beginning of flowering. Consumption of working fluid - 300 l / ha. | - (2) |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Purpose | Product consumption rate, ml / ha, ml / kg, ml / t | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Cucumber (open and protected ground) | Increase of immunity to diseases and adverse environmental factors, acceleration of maturation, increase of early and overall yield, improvement of product quality | 200 ml / ha | Spraying: 1st - in the phase of 2-3 leaves, 2 - in the phase of the beginning of flowering, 3rd - in the phase of mass flowering. Consumption of working fluid - 400 l / ha. | - (3) |
| Tomato (open and protected ground) | 0.1 ml / kg | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 1 l / kg | - (1) | |
| 60 ml / ha | Spraying: 1st - in the beginning of flowering phase of the first brush, 2nd - 10 days after the first spraying, 3rd - 10 days after the second spraying. Consumption of working fluid - 400 l / ha. | - (3) | ||
| Grapes | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 400 ml / ha | Spraying: 1st - in the flowering stage, 2 nd - 15-25 days after the first spraying. Consumption of working fluid - 800-1000 l / ha. | - (2) |
| Flowers and ornamental crops | Increase of immunity to diseases and unfavorable factors of the environment, improvement of decorative qualities | 60-100 ml / ha | Spraying: 1st - at the beginning of vegetation, 2nd - 10 days after the first spraying, 3rd - 10 days after the second spraying. Consumption of working fluid - 400 - 600 l / ha. | - (3) |
| Maize / Corn | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 100-150 ml / ha | Spraying: 1st - in 3-5 leaves, 2nd - in the phase of tasselling. Consumption of working fluid - 300 l / ha. | - (2) |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Purpose | Product consumption rate, ml / ha, ml / kg, ml / t | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Peas, chick peas, lupins | Increase of field germination, immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 50-100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) |
| 100-200 ml / ha | Spraying: 1st - in phase of 2-10 leaves, 2nd - in the phase of budding. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Rice | 50-100 ml / t | Pre-sowing seed treatment. Consumption of working fluid - 10 l / t | - (1) | |
| 50-100 ml / ha | Spraying of crops in the tillering phase. Consumption of working fluid - 300 l / ha. | |||
| White cabbage | 1.0-1.5 ml / kg | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 1 l / kg | ||
| 100-150 ml / ha | Spraying: 1st - in the phase of the rosette, 2 - in the phase of tying the head. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Bulb onions | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 50-100 ml / t | Presowing treatment of onion-seedling. Consumption of working fluid - 20 - 40 l / t | - (1) |
| 100-150 ml / ha | Spraying: 1st - in the phase of 2-3 leaves, 2nd - in the phase of 5-6 leaves. Consumption of working fluid - 300 l / ha. | - (2) | ||
| Lawn grass | Increase of immunity to diseases and unfavorable factors of the environment, improvement of decorative qualities | 100-150 ml / ha | Spraying: 1st - in the spring, during the period of regrowth, 2 nd, 3 rd, 4 th - with an interval of 10-15 days (after mowing the grass stand). Consumption of working fluid - 300 l / ha. | - (3-4) |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Purpose | Product consumption rate, ml / ha, ml / kg, ml / t | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Flower crops (bulbous) | Increase of immunity to diseases and unfavorable factors of the environment, improvement of decorative qualities | 100-150 ml / ha | Spraying during bud formation. Consumption of working fluid - 300 l / ha. | - (1) |
| Apple tree, pear tree | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 400 ml / ha | Spraying: 1st - in the phase "pink bud", 2 - "fruit walnut". Consumption of working fluid - 1000 l / ha. | - (2) |
| Peach, apricot | Spraying: 1st - in budding phase, 2nd - at the beginning of ovary formation. Consumption of working fluid - 1000 l / ha. |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Description | Product consumption rate | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Potatoes | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 2 ml / 1 l of water | Presowing treatment of tubers. Consumption of working fluid - 1 l / 100 kg | - (1) |
| 1 ml / 3 l water | Spraying: 1st - in the beginning of flowering phase, 2nd - 20 days after the first spraying. Consumption of working fluid 3 l / 100 m2. | - (2) | ||
| Cucumber (open and protected ground) | Increase of immunity to diseases and adverse environmental factors, acceleration of maturation, increase of early and overall yield, improvement of product quality | 1 ml / 1 l of water | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 100 ml / 100 g of seeds | - (1) |
| 2 ml / 4 l of water | Spraying: 1st - in the phase of 2-3 leaves, 2 - in the phase of the beginning of flowering, 3rd - in the phase of mass flowering. Consumption of working fluid - 4 l / 100 m2. | - (3) | ||
| Tomato | 0.01 ml / 100 ml of water | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 100 ml / 100 g of seeds | - (1) | |
| 0.6 ml / 4 liters of water | Spraying: 1st - in the beginning of flowering phase of the first brush, 2nd - 10 days after the first spraying, 3rd - 10 days after the second spraying. Consumption of working fluid - 4 l / 100 m2. | - (3) | ||
| Grapes | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 2.5 ml / 8-10 liters of water | Spraying: 1st - in the flowering phase, 2 nd - 15-25 days after the first spraying. Consumption of working fluid - 8-10 l / 100 m2. | - (2) |
| White cabbage | Increase of field germination, immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 1-1.5 ml / 1 l of water | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 200 ml / 100 g of seeds | - (1) |
| 1-1.5 ml / 3 l of water | Spraying: 1st - in the phase of the rosette, 2 - in the phase of tying the head. Consumption of working fluid - 3 l / 100 m2. | - (2) |
REGULATION OF APPLICATION
PRODUCT ALEOX AGRO| Crop | Description | Product consumption rate | Method, treatment time, limitations | Waiting time (multiplicity of treatments) |
| Bulb onions | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 1 ml / 2 l of water | Soaking of onion seedlings before sowing for 1-2 hours. Consumption of working fluid - 200 ml / 100 g of seeds | - (1) |
| 1-1.5 ml / 3 l of water | Spraying: 1st - in the phase of 2-3 leaves, 2nd - in the phase of 5-6 leaves. The flow rate of the working fluid is 3 l / 100 m2. | - (2) | ||
| Pea | Increase of field germination, immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 1 ml / 2 l of water | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 200 ml / 100 g of seeds | - (1) |
| 1-1.5 ml / 3 l of water | Spraying: 1st - in phase of 2-10 leaves, 2nd - in the phase of budding. The flow rate of the working fluid is 3 l / 100 m2. | - (2) | ||
| Apple tree, pear tree | Increase of immunity to diseases and adverse environmental factors, productivity and improvement of product quality | 4 ml / 10 l of water | Spraying: 1st - in the phase "pink bud", 2 - "fruit walnut". The flow rate of the working fluid is 1.5-5 l / 1 plant. | - (2) |
| Peach, apricot | Spraying: 1st - in budding phase, 2nd - at the beginning of ovary formation. The flow rate of the working fluid is 1.5-5 l / 1 plant. | - (2) | ||
| Lawn grass | Increase of immunity to diseases and unfavorable factors of the environment, improvement of decorative qualities | 1-1.5 ml / 3 l of water | Spraying: 1st - in the spring, during the period of regrowth, 2 nd, 3 rd, 4 th - with an interval of 10-15 days (after mowing the grass stand). The flow rate of the working fluid is 3 l / 100 m2. | - (3-4) |
| Flower crops (bulbous) | 1-1.5 ml / 1 l of water | Soaking of seeds before sowing during 2 hours. Consumption of working fluid - 200 ml / 100 g of seeds | - (1) | |
| Flower-ornamental crops | 0.6 ml / 4 liters of water | Spraying: 1st - at the beginning of vegetation, 2nd - 10 days after the first spraying, 3rd - 10 days after the second spraying. Consumption of working fluid - 4-6 l / 100 m2. | - (3) |
ALEOX AGRO
DIHYDROQUERCETIN FLAVOREDNepriklausomybes a.22, Rokiskis, 42118, Lithuania
tel.: +370 675 12855, e-mail: rokilabor@gmail.com
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