 |
An innovative plant growth promoter for organic and traditional farming
|
 
|
Table of regulations |
|
Biostimulant Albit has a wide range of activities towards agricultural crops (antidotal, anti-stress, immunizing, remediant etc.). Data on this webpage are generalization of field trial results available at Albit LLC, and are given solely for information purpose. In each respective country, please follow the application recommendations issued by your national authorities.
General application recommendations
As a general rule for pre-sowing seed treatment of most agricultures, use Albit solution with concentration 5–10 ml/liter for moistening of seeds (e.g. in seed treatment machines), and 1—2 ml/liter to soak seeds in the solution for several hours. Albit cannot remain intact on the surface of treated seeds for long time, so the presowing seed treatment with Albit should be performed at most 24 hours prior to sowing (planting). Joint application of Albit with chemical seed treatment agents (which act as preservatives in this case) might considerably prolong shelf life of the treated seeds (up to several months). Soaking of seedlings of vegetables, flowers, trees and bushes in Albit (1-2 mL/L) before planting and watering the soil by this solution after planting are recommended.
For foliar spraying on most agricultural crops, perform treatments of vegetating plants 1-3 times in the first part of vegetation season (until blossoming/flowering), starting with the period of 3-5 leaves, and the second treatment with the interval of 2-3 weeks. In field crops make 1-2 sprayings, in permanent crops (trees, plantations) — 2-3 sprayings for vegetation season. For sprayings, concentration of Albit 1-2 ml/10 liters is recommended. Albit solution of this concentration may be used for foliar sprayings, watering, root and extra-root fertilizing, drip irrigation, soil saturation. It is desirable that the solution should get onto the plant leaves. Since Albit is a highly active product, hectare dose of Albit should not exceed 300 ml/ha per one spraying. Instead of performing separate treatments with Albit, you are advised to add 1-2 ml Albit/10 l working solution of standard scheduled herbicide, insecticide, fertilizer treatments in the first part of vegetation season. If several treatments with Albit are recommended, later treatments are performed only in case earlier recommended treatments are done (as supplement to earlier treatments).
Measuring risks are applied on standard flasks of Albit with capacity of 1 liter. One measuring risk corresponds to 40 mL of Albit. This volume is the most common dosage. 1 lid of a liter flask contains 20 mL of Albit; 1 teaspoon contains ~4 mL of Albit; 1 tablespoon contains 10 mL of Albit, 1 standard glass – 200 mL of Albit.
Table 1 summarizes the generalized recommendations for Albit application as fungicide, plant growth regulator and antidote. The Table contains data of Albit application based on results of reports of Scientific Research Institutes. The information in the Table is intended for guidance only. Please, follow the officially approved recommendations for Albit application in your country.
Table 1. Generalized application recommendations of biostimulant Albit
| Crops | Purpose | Application rate | Treatment method, processing time, application rate of working solution | Nr. of treatmts. | Additional information |
Wheat, winter and spring |
Increase of seed germination, activation of growth and development, increase of resistance to drought and other unfavorable environmental factors, increase of crop yield, improvement of crop quality (gluten content), protection against root rots, Septoria leaf spot, brown rust, mildew, increase of resistance to other plant diseases | 40–100 mL/t | Presowing seed treatment. Application rate 10 L/t | 1 | Application of Albit in composition with seed protectants (full or reduced dose). 100 mL/t should be used for control of phytotoxic effect of protectants and prolonged immunization of plants in all vegetation season |
| 30–40 mL/ha | Foliar spraying at the stages of tillering-stem elongation (BBCH 20–40), second spraying – at inflorescence emergence, heading (BBCH 50–70) stages. Application rate: ground sprayers – 200–300 L/ha, aviation sprayers – 50–100 L/ha | 1-2 | It is more efficient to apply Albit in tank mix with herbicides, as well as other pesticides, and liquid fertilizers. The second foliar spraying may be also conducted at the booting stage – stage of flag leaf (in this case, decrease of gluten content may occur despite of yield increase). 2nd spraying is recommended only in the case of earlier treatment. For spring wheat of northern regions and if vegetating season is wet, 2nd spraying should be abolished. For winter wheat, both sprayings should better be conducted in spring. A higher dose (40 mL/ha) is applied for plant immunization | ||
Barley, winter and spring  |
Increase of seed germination, activation of growth and development, increase of resistance to drought and other unfavorable environmental factors, disease infestation, reducing of plant stress after herbicide treatment, increase of crop yield, improvement of crop quality | 30-40 mL/t | Presowing seed treatment. Application rate – 10 L/t | 1 |
|
| 30–40 mL/ha | Foliar spraying at the stages of tillering–stem elongation (BBCH 20–40), second spraying – at the such stages: since flag leaf to earing–flowering (BBCH 40–70). Application rate: ground sprayers – 200–300 L/ha, aviation sprayers – 50–100 L/ha | 1-2 | A higher dose (40 mL/ha) is applied for plant immunization. The 2nd foliar spraying is conducted at the stage of flag leaf for maximal antidote effect (yield increase), at the stage of earing–flowering – for maximal efficacy against diseases. For brewing barley 1-st foliar spraying is applied |
||
Triticale, winter and spring  |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 10 L/t | 1 | Albit can be used as an antidote to target the phytotoxic effect of pesticides and other stresses (rate of 100 mL/t) |
| 30–50 mL/ha | Foliar spraying at the stage of tillering (BBCH 20–30). Application rate – 200 L/ha | 1 | A higher dose (50 mL/ha) is applied for plant immunization | ||
Rye, winter and
spring  |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 10 L/t | 1 | |
| 20 mL/ha | Foliar spraying at the stage of tillering (BBCH 20–30). Application rate – 200 L/ha | 1 | It is best to conduct foliar spraying of winter rye in spring | ||
Oats
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, to disease infestation, increase of yield, improvement of crop quality, reducing of mycotoxin content
|
20 mL/t | Presowing seed treatment, application rate – 10 L/t |
1 | After Albit treatment the reducing of disease (brown rust, red-brown blotch, Septoria leaf spot, root rots) and insect pests (flea beetles, wheat leaf-miner, corn-flies) was shown |
| 20 mL/ha | Spraying of plants in the tillering stage (BBCH 20–30). Application rate –200–300 L/ha |
1 | |||
Rice
 |
Increase of seed germination, tillering coefficient, length of roots, number of seeds in one panicle, weight of seed from main panicle, activation of growth and development, increase of resistance to unfavorable environmental factors, to disease infestation, increase of yield, improvement of crop quality |
50-100 mL/t | Presowing seed treatment, application rate – 15 L/t | 1 | Against phytotoxic effect of herbicides, application rate of Albit may be increased up to 200 mL/t. Additional foliar spraying with Albit (as antidote, 40 mL/ha) may be conducted in tank mixture with herbicide |
Millet
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of yield, improvement of crop quality |
50 mL/t | Presowing seed treatment, application rate of working solution – 20 L/t | 1 | |
| 30 mL/ha | Spraying at the stages of tillering (BBCH 20-30), application rate of working solution – 200-300 L/ | 1 | |||
Maize
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of yield of grain and green biomass, improvement of crop quality |
100 mL/t | Presowing seed treatment, application rate of working solution – 10 L/t | 1 | Application of Albit in-furrow during the planting (200 mL/hà) may replace seed treatment |
| 40 mL/ha | Foliar spraying: first at the stages of 3-6 leaves (BBCH 13-16) and second at the flowering stage (BBCH 50-65), application rate of working solution – 300 L/ha | 1-2 | Seed treatment and the first foliar spraying are the most effective (at the stages of 3-6 leaves). These treatments can be combined with application of herbicides. The second treatment is recommended as a supplement to the first one. | ||
Sorghum
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of yield, improvement of crop quality |
80 mL/t | Presowing seed treatment, application rate of working solution – 20 L/t | 1 | Application rate of Albit may be increased up to 120 mL/t, 120 mL/ha for increase of anti-stress and antidote properties of the product |
| 80 mL/ha | Spraying at the stages of 3-5 leaves (BBCH 13-15), application rate of working solution – 200–300 L/ha | 1 | Buckwheat
 |
Increase of seed germination, activation of growth and development (more uniform development), increase of resistance to unfavorable environmental factors and to disease infestation, increase of yield, improvement of crop quality | 50 mL/t | Presowing seed treatment, application rate of working solution – 15 L/t | 1 | Additional application of Albit as antidote is recommended for maximal anti-stress effect (foliar spraying at the first half of vegetation season, 40 mL/ha) |
Sugar beet
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, decrease of stress after herbicide treatment, increase of yield, sugar content, control of rout sprout, increase of resistance to other diseases | 100 mL/t | Presowing seed treatment, application rate of working
solution – 15 L/t |
1 | May be used in seed coating (in combination with other pesticides) |
| 30–40 mL/ha | Spraying at the stages of 5-6 leaves (BBCH 15) before closing leaves in a row phase (BBCH 35) with interval 10-20 days. Application rate of working solution – 300 L/ha | 1-2 | Use of Albit is effective for foliar spraying in tank mix pesticides. A higher dose (40 mL/ha) is applied for plant immunization | ||
Sunflower
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors and to disease infestation, increase of yield, improvement of crop quality |
200 mL/t | Presowing seed treatment, application rate of working solution – 50 L/t | 1 | Application rate of Albit may be increased up to 500 mL/t for increase of antidote properties of the product. Seeds should be treated with the working solution of Albit with hand-held syringe. Leave the treated seeds on the ground in a shaded place, in a layer less then 20 cm, and keep them 2-3 days before sowing |
| 40 mL/ha | Foliar spraying: first at the stages of 4-7 leaves (BBCH 14-17) and second at the stage of beginning of blossoming (BBCH 50-65), application rate of working solution – 300 L/ha | 1-2 | In most cases, only one foliar spraying will be enough instead of 2 recommended ones (the first spraying is preferable) | ||
Potato
 |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, increase of yield, improvement of crop quality and fraction of commercial yield, protection against diseases (brown patch, late blight, Alternaria leaf spot) |
100 mL/t (or 10 mL/L of working solution) | Treatment of tubers before planting. Application rate – 10 L/t | 1 | Application of Albit in
tank mixture with insecticides and herbicides is effective. In conditions
of active disease development, the number of sprayings with Albit may be
increased up to 4 for plant immunization (with interval 10-15 days). In
this case, alternation of sprayings with Albit and treatment with fungicides
of direct effect is recommended. 2nd and following sprayings are recommended
only in the case of earlier treatment
|
| 50 mL/ha (1-2 mL/10 L of working solution) | Foliar spraying: first – at the stage of budding – closing of leaves in a row (BBCH 30-60), second – after 10-15 days of the first foliar spraying. Application rate – 300-400 L/hà |
2 | |||
Fiber flax and
oilseed flax
 |
Increase of seed germination, acceleration of plant development, increase of resistance to unfavorable environmental factors, reducing of plant stress after herbicide treatment, increase of yield, improvement of crop quality (percentage-number of flax fiber), protection against diseases (anthracnose, mottle, bacterial disease, pasmo disease) | 50-100 mL/t | Presowing seed treatment. Application rate – 5-15 L/t | 1 | Higher dose (70-100 mL/t) is used against diseases. For increase of efficacy of pesticides, addition of adjuvant (NaCMC, 0.2 kg/t) in working solution is recommended |
| 50-100 mL/hà | Foliar spraying at the stage of "fir-tree" (BBCH 20-30). Application rate – 200-300 L/hà | 1 | 50 mL/hà is an optimal dose for fiber flax, 100 mL/hà – for oilseed flax. For herbicidal stress neutralization Albit may be applied both in tank mix with herbicides and after their application (during 5 days). After Albit treatment, decrease of harmfulness of flax flea beetles is observed | ||
Soybeans  |
Increase of seed germination, rise the amount of nitrogen-fixing nodules, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, decrease stress after herbicide treatments, increase of crop yield, improvement of crop quality |
50 mL/t | Presowing seed treatment. Application rate – 15 L/t | 1 | Application of Albit together with inoculates of nodule bacteria requires increased dose of Albit (60-80 mL/t) |
| 40-50 mL/hà | Foliar spraying at the stage of 2-3 true leaves (ÂÂÑÍ 12-13) or at the budding stage (ÂBCH 50-60). Application rate – 300 L/hà | 1 | A higher dose (50 mL/ha) is applied for plant immunization. Albit may be applied as antidote in tank mix with herbicides according to the recommendations | ||
Pea |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 15 L/t | 1 | |
| 30 mL/hà | Foliar spraying at the budding stage (ÂBCH 50-60). Application rate – 300 L/hà | 1 | Albit may be applied as antidote in tank mix with pesticides according to the recommendations | ||
Chickpea  |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 30-50 mL/t | Presowing seed treatment. Application rate – 10 L/t | 1 | A higher dose (50 mL/ha) is applied for plant immunization |
| 30 mL/hà | Foliar spraying at the stage of 4-5 true leaves (ÂBCH 14-15). Application rate – 200 L/hà | 1 | Seed treatment or foliar spraying may be applied for maximal effect (effect of 2-fold treatment is lower than 1-fold one). Albit may be applied as antidote in tank mix with pesticides according to the recommendations | ||
Peanut |
Increase of seed germination, activation of growth and development, increase of resistance to drought, increase of crop yield | 30-50 mL/t | Presowing seed treatment. Application rate – 10 L/t. | 1 | Application of Albit in-furrow during the planting (200 mL/hà) may replace seed treatment |
| 30-50 mL/hà | Foliar spraying at the stage of 4-5 true leaves (ÂBCH 14-15). Application rate – 200 L/hà. | 1 | Albit may be applied as antidote in tank mix with pesticides according to the recommendations. Seed treatment or foliar spraying may be applied for maximal effect (effect of 2-fold treatment is lower than 1-fold one) | ||
Lentil |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 50-150 mL/t | Presowing seed treatment. Application rate – 10-15 L/t | 1 | A higher dose (150 mL/ha) is applied in combination with pesticides and for increase of plant stress resistance |
| 30-100 mL/hà | Foliar spraying at the budding stage (ÂBCH 50-60). Application rate – 200-300 L/hà | 1 | Albit may be applied as antidote in tank mix with pesticides according to the recommendations. Maximal recommended doses of Albit are applied in combination with pesticides | ||
French beans  |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 15 L/t. | 1 | |
| 30 mL/hà | Foliar spraying at the budding stage (ÂBCH 50-60). Application rate – 300 L/hà. | 1 | |||
Fodder beans |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 15 L/t. | 1 | For induction of long-term resistance to herbicide stress and diseases application rate of Albit may be increased up to 100-150 mL/t. |
| 30 mL/hà | Foliar spraying at the budding stage. Application rate – 300 L/hà. | 1 | Albit may be applied as antidote in tank mix with pesticides according to the recommendations; in this case 2-fold spraying with Albit is recommended | ||
Lupine  |
Increase of seed germination, activation of growth and development, increase of resistance to unfavorable environmental factors, disease infestation, increase of crop yield, improvement of crop quality | 50 mL/t | Presowing seed treatment. Application rate – 15 L/t | 1 | To achieve a high yield of lupin, it is recommended to do combined seed treatment with Albit and rhizobacteria |
| 30 mL/hà | Foliar spraying at the budding stage (ÂBCH 50-60). Application rate – 300 L/hà | 1 | As an antidote, Albit may be applied both in a tank mix with pesticides, and separately from them (after pesticide application, following the recommendations correspondingly) | ||
Spring and winter rapeseed (canola)
 |
Increasing of field germination, acceleration of plant growth and development, improving of plant resistance to unfavorable conditions of environment, providing the defense against plant diseases, decreasing of stress after herbicide and insecticide treatments, increasing of yield, oil content in seed and improving of yield quality |
50-60 mL/t | Presowing seed treatment. Application rate – 10 L/t | 1 | A higher dose (60 mL/t) is applied for increasing of seed germination |
| 50-60 mL/ha | Foliar spraying: first – at the rosette stage–stem elongation (BBCH 20-45), second – at the budding stage–beginning of flowering (BBCH 50-65). Application rate – 200 L/hà | 1-2 | Foliar spraying may be conducted in tank mix with pesticide treatments according to their recommendations (from the first half of plant vegetation to flowering stage inclusively). The first spraying of winter rape is recommended to conduct in autumn, the second – in spring. A higher dose (60 mL/ha) is applied for plant immunization and foliar spraying as antidote after pesticide overdose | ||
Clover |
Activation of growth and development, accelerated regrowth after mowing, increasing the number of inflorescences, accelerated passing of phases of plant development, increasing of plant resistance to unfavorable conditions of environment, providing the defense against plant diseases, increasing the green mass yield, improving of product quality |
40 mL/hà | Foliar spraying: first – at the beginning of vegetation (after overwintering), second – at the booting stage – beginning of budding stage (BBCH 10-40). Application rate – 300 L/hà | 2 | It is more efficient to apply Albit in tank mix with leaf fertilizers. To enhance regrowth after mowing, Albit may be applied for spraying during 7 days after mowing |
| Galega (Galega orientalis)  |
Increasing of field germination, activation of growth and development, accelerated regrowth after mowing, increasing of plant resistance to unfavorable conditions of environment, providing the defense against plant diseases, increasing the green mass yield, improving of product quality | 70 mL/t | Seed treatment. Application rate – 15 L/t | 1 | |
| 40 mL/hà | Foliar spraying at the budding stage (BBCH 30-50). Application rate – 300-400 L/hà | 1 | To enhance regrowth after mowing, Albit may be applied for spraying during 7 days after mowing | ||
| Alfalfa and other fodder grasses  |
Increasing of field germination, accelerated regrowth after mowing, increasing the number of inflorescences, activation of growth and development, increasing of plant resistance to unfavorable conditions of environment, providing the defense against plant diseases, increasing the green mass yield and seeds, improving of product quality | 50 mL/t | Seed treatment. Application rate – 15 L/t | 1 | |
| 40 mL/hà | Foliar spraying: first – at the beginning of vegetation (after overwintering). Application rate – 300 L/hà | 1 | It is more efficient to apply Albit in tank mix with leaf fertilizers | ||
| 70 mL/hà | Foliar spraying: during 7 days after each mowing. Application rate – 300 L/hà |
2-3 | Foliar spraying also may be applied for regrowth of plants after severe pest damage. It is more efficient to apply Albit in tank mix with insecticides | ||
Amaranth |
Increasing of field germination, acceleration of growth and development, increasing of plant resistance to unfavorable conditions of environment, providing the defense against plant diseases, increasing the green mass yield and seeds | 0.5-4 mL/L of water | Soaking of seeds before sowing from 30 minutes (with constant stirring) up to 10 hours (without stirring). Application rate – 1 L/kg. |
1 | It is more efficient to apply Albit as antidote in tank mix with chemical protectants. A higher dose is applied for increasing the plant resistance to the following spraying of plants with pesticides. Solution of Albit (used for seed treatment) also may be applied into the soil during planting |
Tomatoes |
Increased germination rate; stimulated growth and development of crops; increased resistance to adverse environmental conditions, pesticide stress, disease damage; increased early yield and overall yield; increased vitamin content and reduced nitrate content in fruits; improved product quality | 2 ml/kg (2 ml/L of water) |
Soak seeds before sowing for 3 hours. Application rate 1 L/kg |
1 |
After planting the seedlings, water the soil with a 1-2 ml/L water concentration of the solution (solution is applied to the soil near the roots, not on plants’ leaves) |
30 ml/ha (1 ml/10 L of water) |
Spraying crops: 1st spray in the 2-3 true leaves stage (BBCH 12-13), 2nd spray 15 days later. Application rate 300 L/ha |
2 |
Two sprays are the minimum treatment option. If intensive use of chemicals is the case (especially in glasshouse conditions), we recommend using Albit as an antidote (safener) every 1-2 weeks alongside the routine pesticide treatments (up to 10 per growing season) at a working solution rate of 1-2 ml/10 L (or 30-65 ml/ha). Albit can also be applied through drip irrigation: 2 ml/10 L of product is added to the irrigation system and supplied until the final rate of 1 L of Albit per ha is reached (three times in the first half of the growing season). Similarly, a solution of 1-2 ml/10 L can be used for regular irrigation instead of water (the solution should wet the plants' leaves) | ||
Cucumbers
 |
Increased germination rate; stimulated growth and development of crops; increased resistance to adverse environmental conditions and disease damage; increased early yield and overall yield; reduced nitrate content in cucumbers; improved product quality | 2 ml/kg (2 ml/L of water) |
Soak seeds before sowing for 3 hours. Application rate 1 L/kg |
1 |
After planting the seedlings, water the soil with a 1-2 ml/L water concentration of the solution (solution is applied to the soil near the roots, not on plants’ leaves) |
30 ml/ha (1 ml/10 L of water) |
Spraying crops: 1st spray in the 2-3 true leaves stage (BBCH 12-13), 2nd spray 15 days later (before sowing the seedlings into the ground). Application rate 300 L/ha |
2 |
Two sprays are the minimum treatment option. If intensive use of chemicals is the case (especially in glasshouse conditions), we recommend using Albit as an antidote (safener) every 1-2 weeks alongside the routine pesticide treatments (up to 10 per growing season) at a working solution rate of 1-2 ml/10 L (or 30-120 ml/ha). Albit can also be applied through drip irrigation: 2 ml/10 L of product is added to the irrigation system and supplied until the final rate of 1 L of Albit per ha is reached (three times in the first half of the growing season). Similarly, a solution of 1-2 ml/10 L can be used for regular irrigation instead of water (the solution should wet the plants' leaves) | ||
Peppers
 |
Increased germination rate; stimulated growth and development of crops; increased resistance to adverse environmental conditions and disease damage; increased early yield and overall yield; increased vitamin content and reduced nitrate content in fruits; improved product quality | 2 ml/kg (2 ml/L of water) |
Soak seeds before sowing for 3 hours. Application rate 1 L/kg |
1 |
After planting the seedlings, water the soil with a 1-2 ml/L water concentration of the solution (solution is applied to the soil near the roots, not on plants’ leaves) |
30 ml/ha (1 ml/10 L of water) |
Spraying crops: 1st spray in the 2-3 true leaves stage (BBCH 12-13), 2nd spray 15 days later. Application rate 300 L/ha |
2 |
Two sprays are the minimum treatment option. If intensive use of chemicals is the case (especially in glasshouse conditions), we recommend using Albit as an antidote (safener) every 1-2 weeks alongside the routine pesticide treatments (up to 10 per growing season) at a working solution rate of 1-2 ml/10 L. Albit can also be applied through drip irrigation: 2 ml/10 L of product is added to the irrigation system and supplied until the final rate of 1 liter of Albit per hectare is reached. Similarly, a solution of 1-2 ml/10 L can be used for regular irrigation instead of water (the solution should wet the plants' leaves) | ||
Onion
 |
Increase of bulbs yield (open ground); green biomass yield, leaf length, solids content (nutritive value of biomass) (in greenhouse) chlorophyll and ascorbic acid content. Decrease of nitrate content | 5 ml/kg (5 ml/L of water) | Preplanting soaking of onions for 1 hour. Working solution consumption is 1 L/kg | 1 | In greenhouses Albit should be applied according to recommendations for vegetables |
| 40 mL/hectare | Spraying of onion in open ground with Albit in combination with insecticides, fungicides and herbicides | 1 | |||
White and Chinese cabbage
 |
Increase of yield, germination and germination power, quality of seedlings, average weight of cabbage head, quality and marketability. Control of damping-off and bacterial black rot |
1 ml/kg (1 ml/L of water) | Presowing seed soaking in Albit solution (1 ml/L) for 3-10 hours. Working solution consumption 1 L/kg of seeds | 1 | Highly effective to join of Albit application with insecticides |
| 50 mL/hectare (1 ml/10 L of water) | Foliar sprays at the BBCH stage 13-15 or 3-5 true leaves (during transplantation and ingrowths of seedlings), at the BBCH stage 41-45 or (development of harvestable vegetative plant parts) and in 15 days after. 400-500 L/hectare |
2-3 | |||
Hop
 |
Increase of yield and quality of cones. Control of diseases | 250 mL/hectare | Spraying at a plants height of 2-2.5 m. 500 L/hectare | 3 | It is recommended to apply Albit in composition with scheduled treatments with insecticides |
| 500 mL/hectare | Spraying at a plants height of 3-4 m. 1000 L/hectare | ||||
| 750 mL/hectare | Spraying at a plants height of 5.5-7 m. 1500 L/hectare | ||||
Cotton
 |
Increase of yield, germination, germination power, acceleration of growth and development, increase in the number of internodes, sympodial branches, accelerating of growth and maturation of the bolls, percent of their disclosure. Increased resistance to root rot, and cotyledon form of bacterial blight of cotton (Xanthomonas campestris pv. malvacearum) | 75 mL/t | Presowing seed treatment, 10-15 L/t for smooth or 500-700 L/t for pubescent cotton seeds | 1 | Is seeds treatment was not provided. It is possible to apply Albit only for foliar spraying |
| 40-50 mL/ha | Spraying at the stage of budding stage (BBCH 51-59). 300 L/ha or in accordance with pesticides application rules, with witch Albit is used | 1-2 | It is recommended to apply Albit together with scheduled treatments with herbicides, insecticides, and fungicides in tank mixtures. Albit acts as an antidote to the herbicidal stress | ||
Grapevine
 |
Increase of yield, number of ripened grapes, annual increment of shoots, single shoot increment, ripe shoot increment, weight and plumpness of a bunch. Control of downy and powdery mildew |
200-250 mL/hectare (2-2,5 mL/10 L of water) | Spraying before flowering (BBCH stage 60), after flowering (BBCH stage 69), starting of fruits swelling (BBCH stage 71), touching berries in bunches (BBCH stage 79), berries developing color (BBCH stage 83). 1000 L/ha |
3-5 | Joint application in the mixtures with regular sprayings with fungicides and insecticides |
Apple,
pear and the other horticultural trees.
 |
Increase of yield, annual increment of shoots, photosynthetic activity of leaves, assimilation leaf surface, average weight of fruits, resistance to adverse environmental factors. Control of scab and Phyllosticta leaf spot |
100 mL/hectare (or 1 ml/10 L of water, 0.5 mL/tree) | Spraying at the stages of inflorescence emergence (51-54), pink buds (BBCH stage 57), and fruit size up to 20 mm (BBCH stage 71-72). Also apply Albit for immunization before visible signs of the disease. Working solution consumption 1000 L/hectare or 2-5 L per tree | 2-5 | Albit application in combination with minimal recommended rates of chemical fungicides is the most effective for reduction of treatment cost and for obtaining organic yield |
Cherry
 |
Activation of growth and developmental processes; increased resistance to adverse environmental conditions and disease; increased yields; improved product quality |
100 ml/ha | Spray treatments: 1st – at the budding phase; 2nd and 3rd – with a 15 day interval. Application rate 1000 L/ha | 3 | |
Plum
 |
Activation of growth and development, increased tolerance to drought, low temperatures and other adverse environmental conditions, stimulated disease resistance, yield increase, product quality improvement | 250 ml/ha | Spray treatments: 1st before flowering; 2nd after flowering; 3rd during the fruit formation phase; 4th – two weeks before harvest. Application rate 1000 L/ha | 4 | Application of Albit is recommended as an antidote together with scheduled pesticide treatments to reduce the phytotoxicity of pesticides |
Orange, tangerine
 |
Increase of fruit yield, sprout growth, resistance to anthracnose, resistance to adverse environmental factors and excess use of pesticides |
250 mL/hectare (or 0,25 mL/L water) | Joint application in tank mixes with regular sprayings with
insecticides and other pesticides, between BBCH stage 10 (beginning of
leaf development) and 75 (development of fruit), 2-3 times with an interval
of 2-3 weeks. 1000 L/ha |
2-3 | |
Currant,
gooseberry, dog rose and the other berry-bushes
 |
Increase of yield, acceleration of maturation, number of
flowers on one bush, setting of the berries, berry size, marketability,
vitamin C content, chlorophyll content in leaves, annual increment of shoots.
Improved physiological state of leaves. Increase of resistance to adverse
environmental factors (air and soil pollution, temperature jumps). Decrease
of rotten berries amount. Faster and more concurrent fruit ripening, improved marketability, improved physiological state of leaves, decrease of rotten berries amount. Control of powdery mildew |
50 mL/hectare | Foliar sprays beginning at the stage of breaking of buds and budding (BBCH stage 51-59), then with interval of 25-30 days, 500-600 L/hectare | 2-3 | For private plots of land (where calculations for hectare is quite difficult) it is recommended to use for watering the Albit solution, 1 ml/10 L of water providing the solution gets onto the plant leaves |
Strawberry
 |
Increase of yield, average number of berries from one plant, average weight of berry, leaf photosynthetic activity, resistance to stress factors. Control of and grey mould and marssonina leaf scorch |
40 mL/hectare (1 ml/10 L of water) | Foliar sprays beginning with appearance of young leaves, with an interval of 7-10 days. 400 L/ha | 3 | Strawberry plantations might be watered with Albit solution, 1 ml/10 L, provided that the solution gets onto the plant leaves |
Bananas
 |
Increased number of leaves and their faster growth; increased number of new shoots; improved resistance to adverse environmental conditions and disease damage (Panama disease, black Sigatoka); restraining and retardation of disease development; acceleration of fruit ripening; increased yield | 2.5 ml/10 L of water |
Banana cuttings are soaked in Albit solution for 2 hours prior to planting. Use the same solution to water the cuttings after planting | 1-2 | This type of treatment with Albit showed good results in greenhouses |
| 200-250 mL/ha | Plants can be sprayed weekly to monthly in the first half of vegetative period. Application rate – 1000 L/ha | 3-10 | Using Albit in a tank mix with fungicides was proven to be effective. A partial substitution of fungicides with Albit is also possible; it allows to decrease pesticide load and obtain environmentally friendly produce | ||
Olive trees
 |
Activation of growth and development, formation of additional sprouts and accelerated annual regrowth (especially young olive trees); increase the number of flowers and seed-buds, increase of yield, improvement of crop quality (olives with a standard size and quality, oil content); increased resistance to drought, high temperature and disease infestation (Cycloconium oleaginum, Spilocaea oleaginea etc.) |
2.5 mL/10 L of working solution (125-500 mL/ha) |
Foliar spraying: first – at the stages of budding/beginning of blossoming, second – at the end of blossoming stage (10-14 days after first spraying), third – at the stage of olive pit forming (15-20 days after second spraying), forth – at the stage “forming of olive density (oiliness)” 2-3 weeks later. Also, application may be used with standard recommended treatments with insecticides and other pesticides with 2-3 week intervals. Terms, application rate of working solution – according to the recommendations for pesticides (500-2000 L/hà). |
3-4 treatments for mature (fruit-bearing) olive trees; up to 8 treatments for young olive trees (up to 3-4 years old and have not reached the stage of economic use) |
It is more efficient to apply Albit as antidote in tank mix with pesticides. Albit is recommended for irrigated plantations and also in rain fed conditions. Efficacy of Albit increases in more arid conditions. After Albit treatment accelerated development of young olive trees is observed: on third year (instead of forth-fifth year) olive trees may be used for economic purposes. For accelerating of development and annual growth, increased amount of treatments per season of young olive trees is used |
Decorative
bushes (dog rose, lilac, jasmine, dogwood,
etc.), forest cultures
 |
Increase of shoots regrowth, annual increment of shoots, average chlorophyll content, leaf assimilation surface, number of flowers per one bush, resistance to adverse environmental factors (air and soil pollution, temperature jumps).Improvement of physiological state of leaves, Earlier blossoming. Control of moulds, mildews, scabs and other diseases | 200 mL/hectare (or 2 ml/10 L of water, 1 ml/bush or tree) | Foliar sprays begin at the stage of breaking of buds and budding, (for ananthous plants – in the first half of vegetation), then with interval of 15 days, 1000 L/hectare or 5 L/bush (tree) | 2-3 | |
Cuttings of ornamentals, berry and forest shrubs
 |
Increase of rootage and establishment of cuttings, initial growth of cuttings, chlorophyll content in leaves |
1 ml/L of water | Soaking of cuttings in Albit solution for 3-5 hours before planting. Consumption of processing solution 1 L/ 50-250 cuttings | 1 | |
Flowers (roses,
gladiolus, pinks, cyclamens, Kafir lily, amaryllis, violet, primula,
etc.)
 |
Earlier blossoming. Increase of blossoming duration, improvement of decorative appearance, increase of number of flowers per plant, increase of extra and 1-st class flower production, more bright and saturated color of flowers and leaves, control of diseases | 60-70 mL/hectare (1 ml/10 L of water) | Foliar spraying with Albit solution conc. 1 mL/10 L at the stage of budding and 2 weeks after. 600-1000 L/hectare | 1-2 | Watering might be done with Albit solution, 2 ml/10 L, provided that the solution gets onto the plant leaves |
Lawn
grass(fescue, bent, meadow grass, etc.) |
Increase of tillering and regrowth after winter, growth processes, green biomass production, chlorophyll content, turgor, shoot density, regrowth speed and grass height. More even growth of different grass species. Decreased damping-off during hibernation |
60 mL/hectare (1 ml/10 L of water) | Foliar spaying at the 1-st part of vegetation (in the Spring), and one week after, 600-1000 L/hectare | 1-2 | Albit is recommended for stimulation of growth and tillering in the critical periods (after winter, skewing, application of fertilizers, at the time of drought). Spraying in the period of normal growth is undesirable, because it can lead to surplus regrowth of grass |
For bioremediation of oil-polluted soils, Albit is recommended to use simultaneously with sowing of oil-tolerant grass (Gramineous and legume). There are two recommended ways of using of Albit. First, it is presowing soaking of seeds in Albit solution, conc. 0.2 ml/L for 30 minutes (after sowing, the remaining solution can be used for watering). And second, treatment of soil with Albit solution, conc. 1.5-3 L/hectare simultaneously with sowing. In this case, the stronger pollution, the more concentrated Albit solution. Albit is applied in form of working solution, consumption 100-300 L/hectare.
| NOTICE: | Information contained on this page is provided according
to the Terms and Conditions located at
www.albit.com/application/disclaimer.php
|