Promote plant growth with the help of rhizobacteria
The deployment of rhizobacteria in various crops can stimulate plant growth. These root bacteria protect the plant, among other things, against pathogens and nitrogen fixation. Rhizobacteria are processed in various soil improvers.
What are rhizobacteria?
Rhizobacteria are bacteria that naturally live in the root environment of plants. They colonize the area around the roots. The rhizobacteria interact with the plant. There are many different types of rhizobacteria. Most species are useful, but some varieties are parasitic.
Different types of rhizobacteria
So rhizobacteria colonize in the root environment of the plant. When one of the two benefits from this, it is called symbiosis. If both, the plant and the bacteria, benefit from it, this collaboration is called mutualism. It is called parasitism when one of the two benefits at the expense of the other.
When there is symbiosis or mutualism, the bacteria will protect the plant against parasitism and pathogens. Certain types of nutrients can also be released into the soil. This can be nitrogen, but also elements such as iron and silicon can be released. The rhizobacterium exchanges these nutritional elements for sugar from the plant, as it were. When the rhizobacteria surround the root and benefits from this, they can also protect the plant against pathogenic soil bacteria and fungi.
When there is symbiosis or mutualism, the bacteria will protect the plant against parasitism and pathogens. Certain types of nutrients can also be released into the soil. This can be nitrogen, but also elements such as iron and silicon can be released. The rhizobacterium exchanges these nutritional elements for sugar from the plant, as it were. When the rhizobacteria surround the root and benefits from this, they can also protect the plant against pathogenic soil bacteria and fungi.
How do rhizobacteria promote plant growth?
The different types of rhizobacteria have various functions, but almost all types promote plant growth in their own way. The efficacy of rhizobacteria can be divided into three categories:
- Promote plant growth;
- Stimulate or improve root formation;
- Prevention of diseases (pathogenic soil fungi such as Fusarium, Alternaria, Phytophtora, Pythium, Rhizoctonia and Botrytis).
Administering rhizobacteria to your crop
There are several products on the market that contain rhizobacteria. These products are classified as soil improvers. These soil improvers can be divided into three categories, depending on the type of rhizobacterium that is processed in them. Do you want to add rhizobacteria to your crop? As an extension of the three different ways the functioning of rhizobacteria, the specialist listed below a list of effects on the plant:
Attention: the claim that diseases can be prevented by using rhizobacteria, can only be done with when a drug has a Ctgb approval.
The rhizobacteria also have the property of being able to store water, which ensures a small storage of water.
- Nitrogen/phosphate conversion from organic fertilizers
- Chelating elements
- Better rout out
- Preventing plant diseases (caused by biotic stress)
Attention: the claim that diseases can be prevented by using rhizobacteria, can only be done with when a drug has a Ctgb approval.
- Preventing plant diseases (caused by abiotic stress)
The rhizobacteria also have the property of being able to store water, which ensures a small storage of water.
Videos
Watch the video to learn more about the application and storage of fungi and bacteria.
How to use rhizobacteria?
Preferably introduce rhizobacteria at the beginning of the cultivation. Often this can be done by means of sprinkling or give it along the drip line. But the best effect is obtained if you apply rhizobacteria directly to the roots. Dipping is a good way to do this. The best time to add rhizobacteria is during propagation. In this way the rooting can take place faster.
Attention: never combine rhizobacteria with disinfectants.
Attention: never combine rhizobacteria with disinfectants.
Can you use rhizobacteria in both substrate and outdoor cultivation?
Rhizobacteria can be used in both substrate and outdoor crops.
Outdoor
Many cultivators already use rhizobacteria. Often in combination with fungi. Especially in crops where the soil is steamed, the use of soil life is very important. By using this preventively, there is a lower chance of problems later on in the cultivation process.
Substrate
Currently, rhizobacteria are mainly used in soil-bound crops. More and more substrate cultivators on stone wool are seeing the advantages of 'filling' the soil life and are starting to use organic products. When using inorganic fertilizers, it is important to think of 'nutrition' for soil life. Examples are liquid organic fertilizers or amino acid products.
Outdoor
Many cultivators already use rhizobacteria. Often in combination with fungi. Especially in crops where the soil is steamed, the use of soil life is very important. By using this preventively, there is a lower chance of problems later on in the cultivation process.
Substrate
Currently, rhizobacteria are mainly used in soil-bound crops. More and more substrate cultivators on stone wool are seeing the advantages of 'filling' the soil life and are starting to use organic products. When using inorganic fertilizers, it is important to think of 'nutrition' for soil life. Examples are liquid organic fertilizers or amino acid products.
Measuring is knowing
Rhizobacteria are not suitable for all crops. Therefore, in addition to good information, it is also important to first test in a trial design whether the rhizobacteria are doing their job. Then compare the regular cultivation with the test group to conclude whether there are, for example, differences in root development, better outgrowth or the color of the plants. There are many other ways to find out if the plant actually has a different composition. A dry matter measurement, for example, is a good example of one of these possibilities. Are you curious about the other measurements? Please contact our product specialist plant resistance.
Contact form
Can't find your answer? Fill out the contact form and our specialist Maarten Casteleijn will get back to you. On weekdays, even within 24 hours.
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Promote plant growth with the help of rhizobacteria
The deployment of rhizobacteria in various crops can stimulate plant growth. These root bacteria protect the plant, among other things, against pathogens and nitrogen fixation. Rhizobacteria are processed in various soil improvers.
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Different types of rhizobacteria
So rhizobacteria colonize in the root environment of the plant. When one of the two benefits from this, it is called symbiosis. If both, the plant and the bacteria, benefit from it, this collaboration is called mutualism. It is called parasitism when
one of the two benefits at the expense of the other.
When there is symbiosis or mutualism, the bacteria will protect the plant against parasitism and pathogens. Certain types of nutrients can also be released into the soil. This can be nitrogen, but also elements such as ironand silicon can be released. The rhizobacterium exchanges these nutritional elements for sugar from the plant, as it were. When the rhizobacteria surround the root and benefits from this, they can also protect the plant against pathogenic soil bacteria and fungi.
When there is symbiosis or mutualism, the bacteria will protect the plant against parasitism and pathogens. Certain types of nutrients can also be released into the soil. This can be nitrogen, but also elements such as ironand silicon can be released. The rhizobacterium exchanges these nutritional elements for sugar from the plant, as it were. When the rhizobacteria surround the root and benefits from this, they can also protect the plant against pathogenic soil bacteria and fungi.
How do rhizobacteria promote plant growth?
The different types of rhizobacteria have various functions, but almost all types promote plant growth in their own way. The efficacy of rhizobacteria can be divided into three categories:
- Promote plant growth;
- Stimulate or improve root formation;
- Prevention of diseases (pathogenic soil fungi such as Fusarium, Alternaria, Phytophtora, Pythium, Rhizoctonia and Botrytis).
Administering rhizobacteria to your crop
There are several products on the market that contain rhizobacteria. These products are classified as soil improvers. These soil improvers can be divided into three categories, depending on the type of rhizobacterium that is processed in them. Do you
want to add rhizobacteria to your crop? As an extension of the three different ways the functioning of rhizobacteria, the specialist listed below a list of effects on the plant:
Attention: the claim that diseases can be prevented by using rhizobacteria, can only be done with when a drug has a Ctgb approval.
The rhizobacteria also have the property of being able to store water, which ensures a small storage of water.
- Nitrogen/phosphate conversion from organic fertilizers
- Chelating elements
- Better rout out
- Preventing plant diseases (caused by biotic stress)
Attention: the claim that diseases can be prevented by using rhizobacteria, can only be done with when a drug has a Ctgb approval.
- Preventing plant diseases (caused by abiotic stress)
The rhizobacteria also have the property of being able to store water, which ensures a small storage of water.
Videos
Watch the video to learn more about the application and storage of fungi and bacteria.
How to use rhizobacteria?
Preferably introduce rhizobacteria at the beginning of the cultivation. Often this can be done by means of sprinkling or give it along the drip line. But the best effect is obtained if you apply rhizobacteria directly to the roots. Dipping is a good way
to do this. The best time to add rhizobacteria is during propagation. In this way the rooting can take place faster.
Attention: never combine rhizobacteria with disinfectants.
Attention: never combine rhizobacteria with disinfectants.
Can you use rhizobacteria in both substrate and outdoor cultivation?
Rhizobacteria can be used in both substrate and outdoor crops.
Outdoor
Many cultivators already use rhizobacteria. Often in combination with fungi. Especially in crops where the soil is steamed, the use of soil lifeis very important. By using this preventively, there is a lower chance of problems later on in the cultivation process.
Substrate
Currently, rhizobacteria are mainly used in soil-bound crops. More and more substrate cultivators on stone wool are seeing the advantages of 'filling' the soil life and are starting to use organic products. When using inorganic fertilizers, it is important to think of 'nutrition' for soil life. Examples are liquid organic fertilizers or amino acid products.
Outdoor
Many cultivators already use rhizobacteria. Often in combination with fungi. Especially in crops where the soil is steamed, the use of soil lifeis very important. By using this preventively, there is a lower chance of problems later on in the cultivation process.
Substrate
Currently, rhizobacteria are mainly used in soil-bound crops. More and more substrate cultivators on stone wool are seeing the advantages of 'filling' the soil life and are starting to use organic products. When using inorganic fertilizers, it is important to think of 'nutrition' for soil life. Examples are liquid organic fertilizers or amino acid products.
Measuring is knowing
Rhizobacteria are not suitable for all crops. Therefore, in addition to good information, it is also important to first test in a trial design whether the rhizobacteria are doing their job. Then compare the regular cultivation with the test group to conclude whether there are, for example, differences in root development, better outgrowth or the color of the plants. There are many other ways to find out if the plant actually has a different composition. A dry matter measurement, for example, is a good example of one of these possibilities. Are you curious about the other measurements? Please contact our product specialist plant resistance.
Contact form
Can't find your answer? Fill out the contact form and our specialist Maarten Casteleijn will get back to you. On weekdays, even within 24 hours.
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