Crop production

Chunky, VK

The phytohormones produced by them help the plant to grow faster, to bloom and better produce fruit. Today, there are many synthetic substitutes for these substances. How to understand a wide range?

The phytohormones produced by plants are divided into 4 groups:

  • auxins responsible for the development of the root system, the growth of cambium cells and the distribution of beneficial substances throughout the plant,
  • gibberellins stimulate seed germination, flowering and fruit formation, increase yields, remove tubers and bulbs from dormancy and, unlike auxins, do not redistribute nutrients, but only accumulate,
  • cytokinins promote cell division, awakening and growth of the kidneys, and also regulate the aging of the leaves,
  • brassines (brassinosteroids) support the normal functioning of the immune system of plants, increase resistance to adverse environmental factors and diseases, as well as regulate the processes of ripening of fruits and seeds.

But not always own plant hormones is enough. In order to “help” him to grow and develop better, they use their synthetic substitutes.

Rules of use of the drug Chunky, VK

Title, preparative form,

registrant, hazard classes, number

registration, restrictions, expiration date of registration

(day month Year)

Method, processing time,

Improving the quality of seedlings, increasing yields

Spraying: 1st - in the phase of 3-4 leaves, 2nd and 3rd - with an interval of 5-8 days. Working fluid consumption - 300 ml / 10 m 2

Pepper sweet (seedlings)

White cabbage (seedlings)

Spraying: 1st - in the phase of 2-3 true leaves, 2nd - 7 days after the first treatment, Consumption of working fluid - 300 ml / 10 m 2

Increasing the resistance of plants to adverse environmental conditions, reducing the growth of shoots, increasing the decorative qualities

Spraying: 1st - in the phase of formed, unpainted buds, 2nd in 5-8 days, after the first treatment. Fluid flow rate - 0.05-0.2 l / bush

Flower cultures (potted plants)

Enhance decorative qualities

Watering in the phase formed, but not yet colored buds. Working fluid consumption - 50 ml / plant

Improving the quality of seedlings, increasing yields

Spraying: 1st - in the phase of 3-4 leaves, 2nd and 3rd - with an interval of 5-8 days. Working fluid consumption - 300 ml / 10 m 2

Shipping cost depends on the amount of the order.
Adygea District, Arkhangelsk Island, Astrakhan Island, Bashkortostan District, Belgorod Island, Volgograd Island, Ingushetia Region, Kabardino-Balkaria Region, Kaliningrad Island, Kalmykia Region, Karachay-Cherkessia district, Karelia district, Kirov island, Komi district, Crimea district
Shipping cost depends on the amount of the order.

Appointment of plant growth regulator "Chunky"

Growth regulator "Chunky" finds its application in the cultivation of vegetables, ornamental and flower crops.

The drug effectively helps after two or three applications in solving such problems as:

  • stretching vegetable and flower seedlings during early planting or under stress, as a result of which it gets poorly acclimated, the ovary crumbles, the yield decreases (in vegetable crops), decorativeness is lost, the number of cultivated flowers is reduced, etc.
  • poor rooting of seedlings,
  • reduced immunity.

Influencing plants seedlings, growth control "Chunky" performs its main purpose - modifies, forms a more optimal habit.

As a result, not only the condition and quality of seedlings is improved - the consequences are felt throughout the whole vegetative development of plants:

  • resistance to diseases and adverse conditions (frosts, droughts) increases,
  • earlier (for one or two weeks) flowering, ovary and fruiting garden crops,
  • improvement of decorative effect, more intense pigmentation, an increase in the flowering period of flower crops,
  • reduction in yield losses up to 30%
  • prevention of indoor plants drawing during the winter, pigment fading (the color palette becomes more diverse).

How does the drug on plants

The drug "Chunky" is a highly effective plant growth regulator. Active ingredient - Chlormequalide (water soluble concentrate). This drug has no natural analogues.

When processing them plants begins the following:

  • Chloromedehyde inhibits the biosynthesis of natural plant growth stimulants,
  • plant growth ceases in length - the development of generative organs is activated (cells grow in the transverse direction),
  • internodes shorten, stalks (shoots) increase strength and elasticity,
  • photosynthesis productivity increases,
  • limited water consumption
  • pigmentation is saturated and becomes more intense
  • assimilates are redistributed — their excess (previously spent on growth) is concentrated in other organs: roots (roots become more developed), stems, flowers, and fruits (bulbs, tubers, heads, etc.).
In other words, the energy of the earth and the sun does not go to the tops, but to form fruits and ultimately, to increase the yield.

Proper use of "Chunky" for plants (instruction)

Growth regulator "Chunky" - is a universal drug (it can be used for different plants), so the logical question arises as to how to apply it to a particular culture. The preparation is diluted in the required volume of water (it should be diluted in stages - first, the contents of the ampoule are mixed with two-thirds of the volume of water, another third is mixed and added).

The usual packaging of the drug "Chunky" - 1.5 ml ampoules

Plants are treated by spraying and watering.

The volume of water, the method of application, the number of treatments, the age and the growing season required for processing depend on the type of plant.

Processing (spraying) should be carried out in dry weather in the morning or in the evening (when the sun is no longer burning), in calm weather. Temperature range - from 15 to 25 degrees Celsius. In the next 3-5 days should refrain from watering the treated plants.

As for the dosage, each package of growth regulator "Chunky" ORTON LLC contains general instructions for the use of the drug. It shows the approximate dosage and method of application for crops:

    for seedlings of sweet pepper, tomatoes and eggplants - triple spraying (the first time after the appearance of 3-4 true leaves, the next two - with an interval of 5-8 days). One ampoule goes to 1500 ml of water (consumption will be 300 ml per ten square meters)

for white cabbage seedlings - double spraying (the first - in the phase of 2-3 true leaves, the second - in a week). 1.5 ml of the drug is dissolved in 500 ml of water (consumption - 300 ml per ten square meters),

for ornamental shrubs - double spraying (the first - in the phase of formed buds (without pigmentation), the second - in 5-8 days). 1.5 ml of the preparation - per 1000 ml (flow rate - 50-200 ml per bush),

potted plants - single watering (in the phase of formed buds (without pigmentation)). The contents of the ampoule must be dissolved in 150-300 ml of water. Water at the rate of 50 ml per plant.

Advantages and disadvantages of using growth inhibitor

The ratio of the advantages and disadvantages of the use of growth inhibitor "Chunky" in the cultivation of garden and indoor plants is clearly in favor of the first.

Growth stimulant "Chunky"increases the viability of plants, increases their resistance to water shortages, excess salt, temperature fluctuations, diseases, contributes to a more economical use of moisture from the soil. The quality of seedlings improves, fertility and decorativeness increase. The drug is readily available.

The use of a growth regulator allows you to temporarily suspend the development of seedlings (in the case of some natural disasters or force majeure situations) without any harm to plants.

Growth accelerator "Chunky" is safe for humans, is included in the register of approved drugs - it does not accumulate in plants (it belongs to the third class of danger).

As for the drawbacks, it is possible to indicate only the instability of the action inherent in all such preparations (due to climatic features, dependence on weather conditions, soil conditions, varietal qualities of the plants being treated, etc.). There are certain difficulties in determining the correct doses.

In due course, probably, any minuses will be revealed, but today this preparation is one of the most reliable, safe and effective.

Gibberross

The product is odorless and low toxic. Suitable for processing all fruit, vegetable and cereal crops.

In addition to increasing yields, it also increases plant resistance to disease.

Plants are treated with this drug until bud formation to stimulate the appearance of the ovary.

Apply after the appearance of the ovary before flowering.

This product is intended for tomatoes, peppers and eggplants. They are treated with flowering inflorescences to speed up the setting and ripening of fruits.

The use of plant growth stimulants

To help the plant grow faster and do no harm, you must follow the instructions on the packaging of a particular drug. Dosages and number of treatments for all stimulants are different.

Growth stimulants can be used in the following ways:

  • soak the seeds in the solution of the drug, so that they quickly and amicably rose,
  • spray seedlings and seedlings for quick and abundant flowering,
  • during the transplantation of plants in the ground pour them with a solution of growth stimulant to accelerate rooting,
  • before flowering process the plants with fruit stimulator.

Natural plant growth stimulants

If you do not have the opportunity to purchase a drug in the store to speed up plant growth, you can cook it at home. It has long been known that, for example, infusion of young shoots of nettle - an excellent stimulator of rooting.

Well mash the leaves and stalks of nettle, cover with warm water and let it brew for 2 weeks. In the resulting fermented solution soak, cuttings, seeds, tubers and bulbs.

Also an excellent plant growth stimulant can be prepared from yeast (it is necessary to dilute 100 g of dry product in 1 l of water), honey bee (dissolve 1 tsp in 1 glass of water) or freshly squeezed concentrated aloe juice.

Natural growth stimulants for plants: nettle, yeast, honey, aloe

Plant growth regulators

As you might guess from the name of this group of drugs, they do not accelerate, but regulate growth, that is, they help some parts of the plant to grow faster than others.

This drug is most often used to prevent overgrowth and pulling seedlings. At the same time, the stalks of the plant become thicker, the leaves become wider, and the main part of the nutrients "leaves" the roots, thanks to which the plants bloom faster and give a rich harvest.

Growth regulator for horticultural crops, which contributes to planting fruit buds, reduces the growth of shoots, reduces the need for pruning.

At the same time increases resistance to diseases (in particular, to scab and powdery mildew).

The first spraying is carried out 3-4 weeks after flowering, then with an interval of 2-3 weeks another 3-4 treatments are carried out.

Multifunction regulators

Today, there are drugs on sale that not only regulate plant growth, but also possess a comprehensive tonic effect. However, it is not always possible to accurately predict the response of plants to their use.

In addition to root growth, this drug increases plant resistance to fungal diseases, prolongs the flowering period, increases yield and helps to better endure adverse conditions (dry air, excess moisture, lack of lighting, high / low temperature, etc.).

Mival, Mival-Agro, Energy-M

The composition of drugs includes silicon, which regulates respiration, accelerates the growth and development of plants. They process potato tubers, in the budding phase they spray tomatoes, peppers and eggplants. This speeds the ripening of the fruit and increases the yield.

This drug, created on the basis of biologically active substances of sunflower, increases the content of lignin in plant tissues and increases their resistance to diseases.

Immunomodulator, which is most often used for pre-sowing soaking of vegetable seeds. Ambiol solution increases plant resistance to frost, sudden changes in air temperature and lack of moisture, and also increases yield.

Charm, Prorostok, El-1, Immunocytophyte

These regulators are based on arachidonic acid. In their solutions, seeds, bulbs and tubers are soaked, and plants are sprayed on the leaves. The drugs are used to increase plant resistance to disease, accelerate the growth and development of green pets, fruit ripening.

This drug contains acetylene alcohol, which has hormonal properties. It stimulates seed germination and plant development, increases yields and improves the taste of fruits. Most often used for spraying tomatoes, peppers and eggplants.

This immunomodulator is produced from larch wood. Thanks to the active substance - dihydroquercetin Larixin enhances the immunity of plants and protects them from powdery mildew, septoria and root rot.

Biological product to stimulate seed germination, protect plants from low and high temperatures, drought, lack of oxygen and vitamins. It is used for soaking seeds and spraying vegetable, fruit, flower and ornamental crops.

When released into the soil along with the treated seeds, this drug promotes the reproduction of beneficial microorganisms and improves the absorption of nutrients by plants.

Due to its chitosan (this substance is obtained from the shell of a crab), the drug activates the root system and leaves, increases plant resistance to diseases and stress.

Novosil, Biosil, Verva

The composition of these drugs - triterpene acids. They are obtained from the needles of Siberian fir.

The use of these regulators increases the yield by 9-25%, accelerates the ripening of fruits, helps to reduce losses during storage, reduces the risk of fungal diseases, accelerates seed germination and increases their germination.

Growth regulators apply strictly according to the instructions indicated on the package. Usually, the treatment of plants is required to be repeated several times. If you reduce this amount, the plant will begin to grow very quickly. Thus, the growth regulator will work as a stimulant.

Use regulators and growth stimulators correctly - and ornamental plants will delight you with lush and spectacular flowering, and garden crops with a rich harvest.

1.3 General characteristics of growth regulators and their use in crop production

Intensification of agricultural production involves the development and introduction of new, progressive and economically viable methods, the use of growth regulators (Galiakberov, Dozorov et al., 2002).

Growth regulators are defined as organic compounds that affect the physiological processes of plant growth and development, and, unlike fertilizers, are used in low concentrations and are not a source of nutrition. For practical purposes, plant growth regulators can be defined as natural and synthetic chemical substances that are used to treat seeds and plants in order to change the life processes or structure in order to improve their quality, increase yields or facilitate harvesting (Verzilov, 1971, Kefely, 1974, Stepanovsky, 1975, Hamburg, Kulayeva and et al, 1979).

Most developed, tested and applied synthetic regulators of plant growth include:

to auxin analogues and drugs associated with the metabolism and realization of the phytohormonal effect of gibberellins,

to gibberellin analogues and drugs related to the metabolism and realization of the phytohormonal effect of gibberellins,

to ethylene metabolism drugs (ethylene producers, ethylene inhibitors),

to cytokinins and cytokinin-like plant growth and development regulators,

to activators and inhibitors of metabolism (stimulants of respiration, photosynthesis, inhibitors of the synthesis of carotenoids, chlorophyll, etc.).

Naturally, such a subdivision is conditional, especially of metabolic regulators, whose mechanisms of multiple actions are most difficult to identify (Baskakov, 1984).

The problem of regulating the physiological process of plants has long attracted the attention of researchers. He first suggested the presence of physiologically active substances in plants in 1880. Ch.

Darwin, studying photo- and geotropic plants. C. Darwin considered the effect of light irritation on growth movements of coleoptiles of bluegrass cereals.

He found that the perception of light irritation is carried out by the tip of the coleoptile, while a substance extends from it, moving to the bend zone and contributing to an increase in physiological activity and growth changes. F.V.

Went actually discovered such a substance in diffusets from the tops of the colooptiles, he explained the correlation nature of tropism and endogenous regulation of the growth rate under the influence of this substance (Leopold, 1968).

At the same time, independently of Venta, NG Kholodnyi explained this (1939). The substance is able to stimulate the growth of the roots of seedlings, called auxin.

Synthetic growth regulators find the most diverse applications:

Stimulation rooting cuttings. (Leopold, 1968, Gavva, et al., 1983, Kirillov, Nemchenko, Dumanskaya, 2001).

Obtaining parthenocarpic (permanent) fruits and stimulation of fruit formation.

Reducing pre-harvest fruits. Processing the crown of apples, pears and other delays the formation of a separation layer in the stalks and significantly reduces crop losses.

Thinning flowers and fruit ovaries.

Weed control. 2.4 - D and other chlorphenoxy acids are used to kill broadleaf weeds in crops of wheat, rice, maize and other crops.

PAC ispolzuyutdlya interrupt rest sleeping pochekdrevesnyh plants in summer and zimniyperiody, as well as tubers and nekotoryhrasteny seeds while eliminating ingibiruyuschegodeystviya terminal bud on rostpobegov and suppressing their growth vyzyvaemogoauksinom, resilience protivobezvozhivaniya different himicheskimiagentami, exposure action ponizhennyhi elevated temperatures and virusnoyinfektsii (Kulaeva 1973 ).

Their role in the formation and maintenance of the structure of the photosynthetic apparatus, in the state of flesh and carbon dioxide through the mesophyll of the leaf to the carboxylation centers, in the synthesis of pigments and enzyme systems, regulation of photoreductive activity and carbon metabolism (Chernyad'ev, 2000).

When adverse factors affect the plant, the metabolism is disturbed, the intensity of biosynthesis, especially protein and RNA, decreases, the cells, membranes and protoplasm change structurally, and as a result, the adaptive capacity of the plant can sharply decrease (Bocharova, 1987).

In this regard, antistress growth regulators, which increase the resistance of plants to adverse factors and thereby stabilize grain crops by years, are of particular importance.

At present, the group of domestic anti-stress drugs under the common name kartolin has been widely and positively tested by the practice. Kartolin synthesized VNIIHSZR and has no analogues in the world.

When processing plants with them, the period of functioning of the photosynthetic apparatus in extreme conditions is prolonged, their drought resistance increases.

The use of kartolina at the end of phase outset - the beginning of the exit into the tube, in the form of a 0.25% solution increases the yield in dry years.

Physiologically active substances increase plant resistance to adverse environmental factors, they are auxins, gibberellins and retardants.

The regulators of growth of a new type, which have multifunctional actions in different phases of plant ontogenesis and cantistress effects, are imidazoles, benzimidazoles and their analogues.

They serve for cereals and a number of other cultures as inducers of plant resistance to adverse conditions of the environment and diseases (Kefeli, 1990).

An important role in overcoming the effects of drought on plants not only has complex adaptation processes that take place during its onset, but also the state of growth in the preceding period, as well as the activity of repair processes after the elimination of moisture deficit. The main regulated side of the state of the plant during the period of the preceding drought is primarily related to the formation of a phenotype with increased resistance and the activity of the main cellular structures (RNA, protein, synthesizing systems, chloroplasts, membranes). It at the same time provides an increase in the activity of the preparation processes and the preservation of the viability of pollen. It also has the formation of morphological features in plants, which makes it easier to tolerate drought (Bergman, 1988).

The use of phytoregulators on cereals is associated mainly with the prevention of incidence.

Retardants are widely used for this purpose, they inhibit the vegetative growth of the stem in length, and also contribute to the better development of the root system and the deeper bedding of the tillering node, which determines the resistance of plants (Bogomolov, Tsyganok, 1990).

A promising application of phytoregulators of nayar cereals that are not prone to lodging is the activation of the germination of grain and the initial stages of the growth of young plants.

In this case, the best use of soil moisture, greater competitiveness against weeds, as well as high resistance to pests and diseases is achieved.

(Shevelukha, Kalashnikova, 1998).

Stress factors (drought, low and high temperatures, salinization) and diseases alter the balance of phytohormones in a plant, decrease the intensity of biosynthetic processes, cause various structural and functional changes, which leads to a decrease in the adaptability of plants and their productivity.

In this regard, the use of anti-stress synthetic drugs on crops of grain and other crops is a new direction of crop production, which is of great importance for extreme conditions (Kovalev, 1992).

The use of plant growth regulators is an essential element of modern protection of agricultural crops. Plant regulators include natural and synthetic compounds that can affect the vital physiological processes of plants.

Often in the world literature, all exogenous preparations of a regulatory action, which, in particular, include herbicides and desiccants, are also called growth regulators.

However, in recent years, in official documents, plant growth regulators are considered as an independent class of biologically active substances, a clearly isolated group of chemical plant protection agents.

In a more narrow sense, plant growth regulators are endogenous substances capable of performing regulatory functions at various levels: cells, tissues, and the whole plant.

Their main distinctive features are extremely high activity, selectivity of action, the ability to induce formative changes and affect the reproductive organs (Strelkov, 2000).

Growth regulators are widely used in many tasks in plant growing. With their help, it is possible to activate this or that process occurring in the plant organism, to improve the agrotechnical conditions of cultivation of individual crops.

Thus, in plants, complex biochemical and biophysical processes take place under various conditions.

To regulate or enhance these processes, the use of physiologically active substances is of great importance.

For the introduction of PAMs into production conditions, their further study is required on the basis of the effects of growth, the development of norms, methods and their application (Verzilov, 1971).

Prospects for the development of research on plant regulator will continue to be implemented according to the following priorities:

- study of hormonal balance, mechanism of action and use of natural growth regulators,

Synthesis of low-toxic, effective drugs

-development of technologies for the co-application of growth regulators with auxiliary fertilizers, pesticides and microbial preparations,

-development of criteria and methods for assessing the state of crops and deciding the feasibility of using plant growth regulators (Shevelukha, Kalashnikova, 1998).

The best growth stimulants: application and characteristics

Not so long ago, summer residents began to use stimulants and growth regulators more actively for growing plants. Today we will find out what kind of substances, how they affect the development of plants and how useful they are to achieve this or that result.

In any plant there is a certain set of phytohormones, each of which is responsible for its own process in the life of the plant. An example of such can be called the most well-known to many of us gibberellins, cytokinins and auxins.

Each of these phytohormones knows a specific process. Thus, gibberellins are responsible for the flowering of plants and fruiting, auxins regulate the formation of the root system and metabolism, and cytokinins are responsible for the growth of buds and shoots.

Thanks to the release of plant hormones by scientists, the most successful approach was to the question of improving and some transformation of agricultural technology, in which now special substances that are analogues of phytohormones can participate. These are growth stimulants and regulators.

Where do growth promoters come from?

At the moment, the most popular way of producing special substances that positively affect plants and supply them with energy for growth and development is known.

This selection of special elements and substances from bacteria, fungi, coal, peat, algae and other natural donors.

But there are also synthetic analogues that differ little from natural ones.

Use of growth stimulants

Using one or another stimulant, you can get completely different results, because the synthesized phytohormones are reflected in different stages of development and systems of plant life.

In addition, correct, phase-wise and purely “prescription” use is necessary to obtain a meaningful result.

But what is interesting, using such drugs, you always get positive changes.

The maximum effect can be achieved with double use, but only the instructions on the purchased preparation will help determine the correct dosage and period of use.

Remember, you should not change the intervals of the introduction of regulatory substances or change the rate of application, because glut does not mean a positive result.

Popular growth stimulants

We decided to point you to the most famous and popular stimulants that most summer residents rely on when growing seedlings and young plants. We hope that this list will be useful for you and will help grow not only the bright green of crops, but also a good harvest at the end of the season.

Heteroauxin stimulator (indole acetic acid)

This growth stimulator is considered the most famous, since it was first introduced in the conditions of a modern laboratory. Processing plants Heteroauxin increases the amount of phytohormone auxin and has a positive effect on rooting.

Seed treatment is possible, with a significant increase in germination. If we process young cuttings, we get the maximum survival rate of planting material.

In addition, the drug is very convenient for restoring roots when transplanting seedlings.

The drug is administered under strict instructions, at the root of the plant, in the form of an aqueous solution.

Growth stimulator Kornevin

Kornevin is not much different from the previous drug, but it affects the plant more permanently, which allows you to systematically gain root force and take root gradually, without sudden jerks in development.

Make Kornevin should be the same way, in the form of properly prepared aqueous solution, under the root of the plant.

Growth stimulator Etamon

A relatively new drug that also stimulates root formation. It is characterized by the fact that it is introduced through the extra-root dressing, which is more convenient more often than watering with concentrates at the root.

Etamon makes it possible to seriously improve the functioning of the root system at the cellular level, due to which it becomes most susceptible to the necessary nutrients. No wonder that after applying the drug, the plants are noticeably transformed and begin to develop vigorously.

Etamon does an excellent job with its task in open and closed ground, but its effect is even better with complex use with full mineral fertilizer.

Stimulator Zircon with fungicidal activity

The drug is aimed at root formation, but at the same time it actively enhances plant immunity against various fungal infections. That is why Zircon is increasingly chosen by modern summer residents, because it has a double and very useful effect.

An interesting fact is the increased impact on the root system, when used together with the above mentioned means. But be extremely careful, read the instructions and follow the advice of experts before using the tools.

Bioregulator and stimulator Epin

Epin, a drug with a unique effect on plants, is becoming increasingly popular in the windows of specialized retail outlets. It is said that having tried it once on its own beds, a practical summer resident will always have a supply of money in his shed.

And why not, because Epin not only removes the plants after transplantation from stress, but also has many other positive characteristics.

The tool improves tuberization, stimulates immunity to late blight, significantly increases the nutritional value of potato roots, reduces the content of nitrates and salts of heavy metals.

In addition, you should definitely understand that the drug significantly increases the germination of seeds, mainly peppers, cucumbers and tomatoes, and also improves the protective function, increases the number of fruit ovaries, and accelerates ripening.

Experts advise Epin, if it is necessary to increase the energy of plants, protect seedlings and adult crops from adverse atmospheric phenomena, neutralize the effects of pesticides, improve plant quality and increase yield.

Stimulators Bud and Ovary

These drugs are used to accelerate the flowering of plants and obtain seeds. The preparations contain gibberellins. Processing takes place as follows:

  • Before plant budding, if it is necessary to speed up flowering,
  • After the formation of ovaries, if you need to accelerate the fruit formation.

Growth promoter use rules

As well as for each drug used at the dacha, certain specific rules are stated for those indicated by us.

First of all, it is worth remembering forever that the use should take place strictly according to the instructions, otherwise the drugs can have the opposite and very unpleasant effect.

Let's look at a simple example of the use of stimulants for growing crops:

  • Before sowing seeds in the soil soak them in Kornevin or Heteroauxin for 6 hours. Seeds will give much better and abundant seedlings,
  • When the seeds have risen, it is necessary to strengthen the seedlings and its root system. For this purpose, it is advisable to apply a spraying of Etamon, Appin or Zircon,
  • During transplantation of seedlings in open ground, prepare a solution of Kornevin and process the roots of seedlings with it, which will allow each plant to take root well. Twice a month, spray the plants in the garden with a solution of Etamon. This will not only accelerate rooting and growth, but also strengthen the seedlings, allow it to adapt. In addition, the seedlings will give flowering earlier.

Use growth promoters as intended, build the correct sequence of phytohormones, follow the instructions of the drug, be sure to learn the rules for growing healthy seedlings, follow the techniques and because of this get a really good harvest.

Growth regulators for flowering plants

When growing flower crops to improve growth processes with the germination of seeds and corms, the quality of seedlings, the survival of cuttings, the commodity qualities of plants, the use of growth regulators is recommended. These drugs are used at different stages of crop growth, with a different method of application for different cultures.

Group L - alanine + L - glutamic acid. Ribav-Extra. R. Producer CJSC Selhozekoservice, LLC Biotechno-Ecological Center RIBAV.

To increase the germination energy and field germination, improve the survival rate of seedlings, enhance growth processes, increase plant resistance to disease damage, improve plant quality characteristics.

Watering at the root in the phase of 2-3 true leaves and after picking the plants.

The group (indolin-3) acetic acid "Heteroauxin", "Kornevin". Manufacturer Orton. Improving survival rate. Stimulation of rooting.

Dipping the root system of the seedlings in the solution of the drug before planting in the ground with a solution temperature of 18-23 degrees.

Watering the soil around the plant after planting (petunia, taghetis and others).

The group (indolin-3) acetic acid "Heteroauxin". Manufacturer Orton. Improving survival rate. Stimulation of rooting. Soaking bulbs and corms for 16-20 hours (gladioli, tulips and others).

The group (indolin-3) acetic acid "Heteroauxin". Manufacturer Orton. Improving survival rate. Stimulation of rooting. Soaking bulbs and corms for 16-20 hours (gladioli, tulips, crocuses and others).

The group (indolin-3) acetic acid "Heteroauxin". Manufacturer Orton. Acceleration survival, increase survival and growth of cuttings. Soaking green and half-lignified cuttings for 10-16 hours (roses).

Group 3-indolylacetic acid + a-alanine + a-glutamic acid "Agate 25K". Manufacturer LLC "BIO BACK".

Acceleration of the onset of the flowering period, an increase in the yield of flower products of higher commodity standards, an increase in resistance to diseases.

Spraying at the beginning of the growing season and during the period of budding - the beginning of flowering (flower crops).

Group 4 (indole-3il) butyric acid "Root". Manufacturer Orton. Improving root formation, increase survival rate and growth of cuttings. Dipping cuttings (Indian chrysanthemum, izambarskaya violet, carnation, rose).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Acceleration of germination and the beginning of flowering, improvement of decorative qualities, increase in yield of tubers and tubers, increase in the yield of elite products. Increase disease resistance.

Soaking corms before landing for 6 hours with the addition of TWEEN-80. Soaking tubers before planting for 12 hours with the addition of TWEEN-80 (gladioli).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Stimulation of root formation, increase of resistance to wintering, acceleration of the beginning of flowering, improvement of decorative qualities. Improving the quality of the bulbs. Increase disease resistance. Soaking the bulbs before planting for 24 hours with the addition of TWEEN-80. Soaking tubers before planting for 12 hours with the addition of TWEEN-80. Spraying with the appearance of buds (tulips).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Stimulation of rooting, shortening the time of forcing, increasing the duration of flowering. Soak the bulbs before planting for 2 hours. Spraying of plants in the phase of 2-3 leaves (crocus).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Increased growth, increase in the number of inflorescences on the plant, acceleration of the onset of flowering. Spraying of plants in the phase of 2-3 leaves (gelenium).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Accelerating the emergence of roots, increasing growth processes. Stimulation of root formation of difficult-to-root varieties. Soaking green cuttings before rooting for 12-14 hours with the addition of TVMN-80 (rose).

Group 24 Epibrassinolide "Epin-Extra" Manufacturer NNPP "NEST M".

Stimulation of root formation, enhancing plant growth, improving survival after transplantation, accelerating the passage of the budding phase and transition to flowering. Soaking cuttings before rooting for 24 hours.

Spraying the aerial parts of rooted cuttings after transplantation into vessels. Spraying cuttings after planting in the ground at an interval of a week (Korean chrysanthemum).

Group L - alanine + L - glutamic acid. Ribav-Extra. R. Producer CJSC Selhozekoservice, LLC Biotechno-Ecological Center RIBAV.

Increasing the germination energy and field germination, improving the survival rate of seedlings, enhancing growth processes, increasing plant resistance to diseases, improving the quality characteristics of plants.

Watering at the root in the phase of 2-3 true leaves and after picking seedlings. Spraying in the budding phase (taghetis, viola and others).

Gibberellinic acid group sodium salt "Bud" P. Producer CJSC "TPK Technoexport". Improving decorative qualities, increasing the duration of flowering. Spraying in the budding phase and re-at the beginning of the flowering phase (open-flowered flower plants).

Gibberellinic acid group sodium salt "Bud" P. Producer CJSC "TPK Technoexport". Acceleration of germination, increase in the multiplication factor (corm of flowering plants).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Rooting of root formation, stimulation of shoot growth, acceleration of flowering, increasing resistance to fungal diseases. Soak the cuttings before rooting for 24 hours.

Spraying plants a week after planting and again a week after the first treatment (miniature roses, Korean chrysanthemum).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Acceleration of emergence of shoots, onset of the beginning of flowering, increase in the length of peduncles. Soaking corms before landing for 20 hours.

Spraying of plants in the seedlings and at the beginning of the formation of inflorescences (gladiolus).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Acceleration of emergence of shoots, activation of growth processes, increase in height of plants, size of leaves and buds, increase in duration of flowering (tulip).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Activation of growth processes, increase in the size of the buds, increase in the duration of flowering (narcissus).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Increase survival rate, accelerating the onset of flowering, increasing the number of buds, lengthening the duration of flowering time, improving the quality of plants.

Spraying the day before planting in the ground. Spraying in the budding phase. (Ipomoea).

Hydroxycinnamic acid group. "Domotsvet" R. Manufacturer NNPP "NEST M".

Activation of growth processes, acceleration of the onset of flowering, lengthening the duration of flowering increase the decorative qualities of plants. Spraying after planting in the ground and in the budding phase.

Group Hydroxycinnamic acid "Zircon" R. Manufacturer NNPP "NEST M". Strengthening growth processes, increasing plant height, number of shoots, increasing plant resistance to disease. Spraying at the beginning of the growth of shoots (green rose).

Group Hydroxycinnamic acid "Zircon" R. Manufacturer NNPP "NEST M". Acceleration of the beginning of flowering. Spraying of plants before bud formation (chrysanthemum gelenium).

Group Hydroxycinnamic acid "Zircon" R. Manufacturer NNPP "NEST M". The increase in the average height of plants, the acceleration of the onset of the phase of budding and flowering of plants, an increase in the number of buds on the plant. Spraying of plants after planting (Korean chrysanthemum).

Group Hydroxycinnamic acid "Zircon" R. Manufacturer NNPP "NEST M". Acceleration of the beginning of flowering. Soaking corms for 20-22 hours before planting (gladiolus).

Group Hydroxycinnamic acid "Zircon" R. Manufacturer NNPP "NEST M". Accelerating the emergence of roots, increasing growth processes. Soaking cuttings for 4 hours (rose).

The group of endofit mushrooms of ginseng is a metabolic product of "Symbiont". J. Producer of Selhozpolimer CJSC.

Increasing the height of the plant, increasing the number of inflorescences and their diameter, the percentage of blossoming flowers, increasing resistance to diseases.

Soak the seeds before planting for 5-10 minutes. Spraying in the flowering phase (asters).

Group Potassium salt (indolyl-3) acetic acid "Cornerost". Manufacturer ZAO TPK Technoexport.

Stimulation of rooting, improving the survival rate of seedlings. Dipping root seedlings before planting in the ground.

Watering the soil around the plants after planting (seedlings of flower plants).

Group Potassium salt (indolyl-3) acetic acid "Cornerost". Manufacturer ZAO TPK Technoexport.

Stimulation of rooting, improving the size of bulbs and bulgar, an increase in the number of "kids."

Soaking planting material before planting for 20 hours (gladiolus, tulip, crocus and others).

Group Potassium salt (indolyl-3) acetic acid "Cornerost". Manufacturer ZAO TPK Technoexport.

Acceleration of rooting, increase survival and growth of cuttings. . Soaking green and half-lignified cuttings for 10-16 hours (roses).

The orthocresoxyacetic acid group Krezacin triethanolammonium salt KRP, TAB. BP Manufacturer GNTs GNIIHTEOS, LLC Flora - C.

Increase of germination energy and germination of seeds, increase of decorative qualities. Soak the seeds for 1 hour before sowing.

Spraying in the budding phase (marigolds, asters, daisies, chamomiles, chrysanthemums, calendula and other complex flowers).

Poly-beta-hydroxybutyric acid group + magnesium sulfate + potassium phosphate + potassium nitrate + Albit carbamide. Manufacturer OOO NPF "Albit."

The increase in the duration of flowering, the improvement of decorative qualities. Spraying at the beginning of the budding phase and two weeks after the first one (flower cultures).

Poly-beta-hydroxybutyric acid group + magnesium sulfate + potassium phosphate + potassium nitrate + Albit carbamide. Manufacturer OOO NPF "Albit."

Increase in the duration of flowering, increase in the yield of flower products, high commercial qualities Spraying in the budding phase and two weeks after the first (rose).

Group Succinate chitosan glutamine "Narcissus" BP. Manufacturer OJSC Agroprom - MDT Group of Companies.

Increase in growth processes, the number of flowers on a plant, the duration of flowering, increase in decorative qualities, Increase immunity to adverse factors and diseases (roses of a protected ground).

Group Ethyl ester of arachidonic acid. "Immunocytofit". Producer of CJSC Agro-industrial company GINKGO.

Strengthening the growth and morphogenetic processes, increasing plant resistance to diseases and adverse environmental factors.

Spraying on the day of planting or one or two days after planting seedlings in the ground (seedlings of flower crops).

Group Ethyl ester of arachidonic acid. "Immunocytofit". Producer of CJSC Agro-industrial company GINKGO.

Strengthening growth processes, increasing plant resistance to diseases and adverse environmental factors. Soak the seeds before sowing for 2-3 hours. Spraying planting material before planting.

Spraying in the bud formation phase, the next two to three weeks after the first (flower cultures).

Reference: “The State Catalog of Pesticides and Agrochemicals Permitted for Use in the Territory of the Russian Federation” (from the Codex information program).

Chunky - growth regulator

Active ingredient: 600g / l of chlormequat chloride

Purpose:

  • for the prevention of overgrowing of seedlings of tomatoes, sweet pepper, eggplants, cabbage, as well as for ornamental shrubs and flower crops (potted plants).

Act:

  • prevents stretching of seedlings
  • promotes the formation of compact plants with a short, thickened stem, a strong root system and leaves of a deep dark green color,
  • improves the quality of seedlings of vegetable and flower crops,
  • forms more productive and stress resistant plants,
  • reduces the growth of shoots of ornamental shrubs, stimulating their development,
  • enhances the decorative qualities of flower crops and accelerates flowering.

Application:

  • Seedlings of tomatoes, sweet peppers, eggplants: the contents of the drug ampoule (1.5 ml) are dissolved in 1.5 liters of water, mixed thoroughly and the plants are treated with a sprayer: - 1st treatment in the phase of 3-4 true leaves, 2nd and 3rd - with an interval of 5-8 days.
  • Seedlings of white cabbage: the vial of the drug is dissolved in 0.5 liters of water. Spend 2-fold spraying in the phase of 2-3 true leaves and 7 days after the first treatment.
  • Ornamental shrubs: 1.5 ml of the drug is dissolved in 1 liter of water. 2-fold spraying is carried out in the phase of formed, unstained buds and 5-8 days after the first treatment.
  • Flower cultures (potted plants): 1.5 ml of the drug is dissolved in 150-300 ml of water. A single watering in the phase of the formed, but not yet colored buds.

It is necessary to strictly observe the number of recommended treatments. The working solution to use within 2 hours.

Growth regulators: athlete, root, zircon, epine and others

Message Yulyasha »04 Feb 2010, 09:52

Growth regulators: athlete, root, zircon, epine and others

Title "retardant" It has one root with the word retro - “back”, “reverse”.Retardants are synthetic growth regulators that inhibit the activity of gibberellins in plants and therefore inhibit the growth of plants, while allowing them to develop better side shoots. They cause an increase in the content of chlorophyll in the leaves, and the leaves become dark green in color.
Many retardants contribute to the development of the underground organs of the plant: roots, tubers or bulbs, some prolong the flowering period.

The most famous retardants are alar, etrel, hydrel, composite. But as far as I know, all retardants are substances of hazard classes 1 to 2, I only know the Atlet drug that is approved for use by ordinary people, the active substance is chloromequate chloride, and hazard classes 3.

After another visit to the flower shop, the seller advised for gloxinia to buy these stimulants: an athlete and a root.

The one that the "Athlete" does not allow the plant to stretch and prolongs flowering. The second - "Kornevin", contributes to the rapid growth of the roots during transplantation of tubers. Members! I would like to hear your opinion. Should I use an athlete and root?

With this product look

LLC "Moscow Violet".

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