Nano fertilizers are one of the best fertilizers produced today by top manufacturers. Production of crops using nano fertilizers will increase crop growth and increase its quality. Buying these crops is recommended for farmers looking to increase their land productivity. These nanoparticles fertilizer for sale are offered at the most reasonable prices worldwide. There are two ways to buy different types of nano fertilizers in different packaging: go to production centers and go to sales websites.
A New Window for Sustainable Agriculture
Today, the use of nano-fertilizers is considered a new window for sustainable agriculture. Nano-fertilizers have a high utilization efficiency and can optimally release their nutrients at a suitable point of root growth. The nano fertilizer manufacturing process and nutrients consumed in such a way that it has an effective role in creating a sustainable agriculture. the application of nanoparticles in brief are as follows:
- Promote environmental protection and sustainable agriculture, especially for horticultural crops
- Preventing uncertain contamination of soil and swamping of water reserves;
- Increasing input-output efficiency in crop production by improving fertilizer uptake efficiency and promoting sustainable agriculture;
- Eliminate the problem of scarce mineral resources and phosphate fertilizers through the use of more efficient nanostructured products
Nanofertilizers: An Efficient Source of Balanced Crop Nutrition
Most of these nano-fertilizers are made up of diverse and useful native microorganisms. These fertilizers are a perfect combination of organic matter, micronutrients, macro elements and humic compounds that will increase soil fertility.
These products have special ability to increase crop production and reduce nitrogen and phosphate fertilizer consumption. The fertilizer combines iron, zinc, and manganese nanoparticles to strengthen the plant and, in addition, eliminate the need for iron, zinc and manganese. Bacteria used in the combination of this fertilizer also have the ability to produce growth hormones. Strengthening the plant will mean increasing crop production.
Nanomaterials in Seed Germination, Crop Growth and Quality Enrichment
In addition to increasing production, the use of fertilizers should improve the quality of agricultural products and not pollute the environment in order to guarantee human, animal and plant health. Nanotechnology can play an important role by changing and influencing the formulation of fertilizers and producing materials with appropriate and unique properties. Thanks to the technology used in fertilizer production, the quantity and quality of agricultural products has increased and the environmental degradation trend that is increasing nowadays is reduced, which means maintaining sustainable production. To enrich the soil for proper plant growth with essential elements such as iron and zinc, nano fertilizers have been marketed in a variety of ways, including:
- Normal zinc sulfate
- Zinc sulphate dry
- Full macro fertilizer with micronutrients
By using these fertilizers, the plant can easily absorb the nutrients it needs from the surrounding environment by developing more roots. Application of chelated nano fertilizer increases root, shoot, leaf and fruit growth. Thus, if these fertilizers are used in farms and orchards in the country, in addition to increasing the quantity and quality of agricultural products, environmental pollution will also be reduced and enrichment of agricultural crops will take place on the farm and will contribute significantly to the sustainable production of agricultural products in the country.
Nanomaterials Accelerate Plant Adaptation to Progressive Climate Change Factors
Nanomaterials accelerate plant adaptation to progressive climate change factors. These crops play an important role in accelerating crop growth and enduring crop status with harsh climates and climate change. Using nanocomposites as a substitute for conventional fertilizers, fertilizer nutrients are gradually released into the soil in a controlled manner, thereby preventing contamination of drinking water. In fact, nanotechnology has opened up new opportunities to increase the efficiency of nutrient consumption and minimize environmental protection costs.
Generally speaking, these bionano fertilizer can be applied to plants by changing the climate of minerals:
- Nutrients are encapsulated in porous nanomaterials.
- Coated with a thin polymeric layer.
- They are released as nanoparticles in the form of particles or emulsions.
Nano-fertilizers are used as a tool to synchronize the release of nutrients from phosphorus and nitrogen fertilizers by plant and prevent the interaction of nutrients with soil, microorganisms in climate change.
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