Biofertilizer | Power Boom Azospirillum | Detailed Blog | MD BIOCOALS
- 03 February 2022
Biofertilizer | Power Boom Azospirillum | Detailed Blog | MD BIOCOALS
What exactly is a biofertilizer?
Biofertilizers are made up of microbes and living bacteria that aid to promote soil fertility and plant growth. These bacteria aid in the fixation of nitrogen, which results in the production of plant growth factors.
Some biofertilizers include Farm Tech Mycorrhiza, GroTopPSB, GroTop KMB, GroTop Zinc, GroTop N.P.K, GroTop Azotobacter, Power Boom, GroTop Rhizobium, GroTop Acetobacter, and Master Gold Liquid.
Who was the first to come up with the concept of biofertilizers?
In 1895, Nobbe and Hiltner introduced 'Nitragin,' a Rhizobialaboratory culture, which was quickly followed by the discovery of Azotobacter, blue-green algae, and a slew of other microbes.
Biofertilizers are available in a variety of sizes and shapes.
The following are some examples of prominent biofertilizers:
1. Bacteria that fix nitrogen through a symbiotic relationship.
2. In exchange for fixed nitrogen, plants supply food and shelter to symbiotic nitrogen-fixing bacteria like Rhizobium.
3. A Scattered Group of Nitrogen-Fixing Bacteria
4. While some bacteria, such as the nitrogen-fixing bacterium Azospirillum, are not directly related to plants, they do reside near them.
5. Cyanobacteria that work together to fix nitrogen in a symbiotic relationship
6. Cyanobacteria that fix nitrogen symbiotically can be found in a variety of places, including liverworts, cycad roots, fern plant death microorganisms, and so on.
7. Microorganisms that fix nitrogen and can live on their own
Soil contains free-living bacteria in addition to nitrogen-fixing. Clostridium, Azotobacter, and Bacillus polymyxin are among them.
Example: GroTop Azotobacter
Biofertilizer Ingredients
A biofertilizer is made up of the following components:
Biodegradable compost is number one.
It is good for the environment because it is made from waste from the sugar industry. Bacteria, fungi, and a few plants are among the organisms represented.
Tricho-Card No. 2
This non-pathogenic, eco-friendly ingredient is beneficial to a range of crops and plants since it acts as a prolific destroyer of harmful organisms.
3. The bacteria Azotobacter
It aids in the fixation of nitrogen in the atmosphere as well as the protection of plant roots from soil illnesses.
GroTop Azotobacter is the solution to the problems listed above.
Phosphorus is the fourth element.
Phosphorus fertilisers can help determine the exact amount of nitrogen a plant needs as well as the nitrogen level in the soil.
GroTop PSB is the product that addresses the issues discussed above.
Vermicompost is a type of compost made from vermicompost.
These are possibly the most environmentally friendly fertilisers because they provide plants with essential elements like vitamins, sulphur, hormones, organic carbon, and antibiotics.
The Inderdhanush Vermi Compost product addresses the issues listed previously.
Biofertilizers and Their Importance
Biofertilizers are used in a variety of applications, demonstrating their adaptability. They include improving soil quality, protecting plants from disease, preventing pollution, and removing dangerous compounds from the soil, among other things. As a result, biofertilizers play a critical role.
Biofertilizers are used in a variety of situations.
Here are a handful of the most typical biofertilizer applications:
No. 1 Seedling Root Dip
In this process for rice crops, seedlings are immersed in a waterbed for 8 to 10 hours.
Preparation of Seeds
The seeds are soaked in a mixture of nitrogen and phosphate fertilisers throughout this procedure. They are planted as soon as possible after drying.
The third stage is to treat the soil.
The biofertilizer and compost fertiliser mixture are maintained overnight before being applied to the soil the following day. This treatment is administered to the seeds before they are planted.
GroTop PSB, GroTop Azotobacter, Power Boom, and GroTop Rhizobium are seedling root dip, seed treatment, and soil treatment products.
Why is it required to use biofertilizers?
To deliver nutrients to plants, biofertilizers use natural processes such as nitrogen fixation, phosphate solubilization, and the generation of growth-promoting chemicals. Biofertilizers can assist in the growth of healthy plants while also enhancing the health and sustainability of the soil.
In comparison to chemical fertilisers, what are the advantages of using biofertilizers?
Chemical fertilisers are preferred over toxic-free biofertilizers. Chemical fertilisers are made consisting of dangerous chemicals, whilst organic fertilisers are created up of organic components. Another argument is that long-term use of biofertilizers does not deplete soil fertility.
What are the advantages of biofertilizers?
Biofertilizers use natural processes like nitrogen fixation feed plants.
Why do biofertilizers improve soil fertility?
Bio-fertilizers are live organisms that help to improve soil fertility. It is made up of a variety of helpful bacteria that help plants flourish by supplying nutrients to them. As a result, they are very valuable to the soil in terms of organic nutrient delivery.
GroTop Zinc and GroTop Potash are two of the most effective biofertilizers for increasing soil fertility currently available.
What are the advantages of biofertilizers?
All micro and macronutrients can be found in the soil thanks to biofertilizers that fix nitrogen, dissolve phosphate and potassium and release plant growth-regulating compounds, produce antibiotics, and decompose organic matter in the soil.
What are biofertilizers? How do they work?
Biofertilizers use natural processes including nitrogen fixation, phosphorus solubilization, and the generation of growth-promoting chemicals to provide nutrients to plants. Biofertilizers use microorganisms to boost soil organic matter and restore the natural nutrition cycle.
Biofertilizer's Advantages
1- Increase agricultural production by 20% to 30%
2- A quarter of the chemical nitrogen and phosphorus is replaced.
3- Encourage the growth of plants.
4- Biologically activate the soil.
5- Restore the land's natural fertility.
6- Provide drought resistance and resilience to many soil-borne illnesses.
The use of a biofertilizer
The following are some of the most common biofertilizer applications:
1- Seedling root dip: This process is most commonly used with rice crops. The seedlings are placed in a waterbed and allowed to grow for 8-10 hours.
2- Seed Treatment: The seeds are treated in a fertiliser solution containing nitrogen and phosphate. The seeds are then allowed to fully dry before being sown as soon as possible.
3- Soil Treatment: A mixture of biofertilizers and compost fertilisers is mixed and left in the soil overnight. The seeds are then spread throughout the world and planted with this mixture.
GroTop PSB, GroTop Azotobacter, Power Boom, and GroTop Rhizobium are seedling root dip, seed treatment, and soil treatment products.
Biofertilizers are examples of biofertilizers.
3- GroTop KMB
4- GroTop Zinc
Power Boom #7
GroTop Rhizobium (#8)
GroTop Acetobacter (number 9)
Master Gold Liquid (10)
One of the most effective biofertilizers for delivering nutrients to the soybean crop is Soybean Crop Biofertilizer Power Boom. This improves the quality of the soybean crop.
Biofertilizer made from sugarcane
Sugarcane photosynthesis is aided by GroTop Zinc, making it more productive.
Sugarcane is a large, green plant with a strong root system.
GroTop KMB increases the photosynthetic and respiratory processes of sugarcane, as well as the seed quality.
Biofertilizer for Rice or Paddy Crops
GroTop PSB is used to provide phosphorus to the roots of rice plants. As a result, the rice crop will be reinforced.
Power Boom is one of the most effective biofertilizers forgiving nutrients to rice crops. This improves the rice crop’s quality.
Wheat Biofertilizer is a form of biofertilizer that is used in agricultural technology to fertilise crops. Wheat crops use mycorrhiza to help them establish deeper roots and prevent soil erosion. As a result, the total growth of the wheat crop is improved.
GroTop N.P.K is a high-quality product that helps to maintain environmental nitrogen levels. It binds and distributes phosphate and potassium in the soil to the wheat crop.
Biofertilizer for maize is a form of biofertilizer that is used to fertilise maize.
GroTop PSB is used to supply phosphorus to maize crop roots. The maize crop will be strengthened as a result.
GroTop N.P.K is a high-quality product that aids in the maintenance of nitrogen levels in the environment. It binds phosphate and potassium from the soil and transfers them to the maize crop.
GroTop Rhizobium, a biofertilizer for pulses, is an excellent product for all types of pulses since it improves overall growth. It is used to treat seeds, improve soil fertility, and improve the quality of pulses, among other things.
In terms of soil fertility, what function do biofertilizers play?
Biofertilizers are manure-based organic fertilisers. It’s a material with living microorganisms in it. It can be used on the seed, the plant surface, or the soil. By resolving phosphorus and fixing nitrogen, it fertilises the soil.
Biofertilizers are applied to crops in a variety of ways.
Biofertilizers fix atmospheric nitrogen in legume crop soil and root nodules, making it available to the plant. Insoluble phosphates, such as tricalcium, iron, and aluminium phosphates, are converted to soluble forms. The soil strata are scavenged for phosphorus.
In agriculture, what role do biofertilizers play?
Biofertilizers are living organisms that help plants develop by replacing nutrients in the soil. Bacteria, fungus, and cyanobacteria are among them. They can be found in the nodules of leguminous plants' roots. These bacteria enhance nitrogen levels in the soil by fixing nitrogen from the air.
Are biofertilizers used by professional farmers?
Yes, professional farmers use biofertilizers.
Organic Fertilizer vs. Biofertilizer
Living bacteria in bio-fertilizers boost plant growth and health by improving the availability of nutrients to the plant. Organic fertilisers are made from animal or human faeces, as well as plant components(e.g., compost, manure).
Biofertilizers are environmentally friendly in what ways?
Biofertilizers improve soil quality by supplying nutrients and natural habitat in the rhizosphere. Overall, biofertilizers contribute to plant growth productivity and stress tolerance, making them a significant and useful tool for organic and sustainable agriculture.
One of the most successful biofertilizers for crops and plants is the Power Boom azospirillum biofertilizer. The nutritional balance of organic farming is dependent on the use of Azospirillum biofertilizer.
Azospirillum Biofertilizer Use Instructions: Soildecontamination: Combine (250-500 millilitres / 2-4 kilogrammes) PowerCombine the Power Boom azospirillum biofertilizer with the Inderdhanush organic manure and let it aside for a few hours in the shade. Before seeding or harvesting, use it on an acre-by-acre basis.
Treatment of seeds with Azospirillum biofertilizer: To produce the solution, dissolve 100-200 grammes of jaggery in 2 litres of water. Combine this solution with Power Boom azospirillum biofertilizer liquid (250g/100 ml). The weight of this solution should be between 10 and 12 kg. Before sowing, properly combine the seeds and dry them in the shade.
Sprinkler (Azospirillum Biofertilizer): Apply 200-500mL of Power Boom Azospirillum biofertilizer per acre before blossoming.
Wheat, paddy, sugarcane, legumes, vegetables, flowers, and medicinal plants are among the crops for which Azospirillum Biofertilizer Packing is available.
Available packaging (granulated/powder): 4 kg / 2 kg/1 kilogramme (Azospirillum Biofertilizer).
100 millilitres, 250 millilitres, 500 millilitres, and1000 millilitres
Benefits:
1) Power Boom (Azospirillum Biofertilizer) is a special type of bacterial fertiliser that helps to keep atmospheric nitrogen in the soil stable. These collect nitrogen from the environment and transfer it to the plants in a soluble form, ensuring that the plants have a steady supply of the primary element nitrogen.
2) Seeds can also be treated with Power Boom (Azospirillum Biofertilizer).
(3) The release of growth hormones by Power Boom(Azospirillum Biofertilizer) increases root multiplication.
4) Azospirillum Biofertilizer (Power Boom) is a general-purpose fertiliser.
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