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Roles and Benefits of Fungal Biofertilizers to Improve Crop Yield

Explore the effectiveness of fungal biofertilizers in enhancing crop yield, their vital roles in agriculture, and their contribution to sustainable soil health and plant growth.

Table of Contents

Fungal biofertilizers play a vital role in increasing soil fertility and overall crop yield. These fertilizers are originally known as mycorrhizal fungi. They increase the nutrient uptake and water-holding capacity of plants. Most importantly, fungal biofertilizers protect crops from natural disasters or rough weather conditions. These fertilizers contain fungal species that prevent crops from severe diseases. They overcome the nutritious requirements of soil to the maximum extent. Therefore, it has become the first choice of farmers in agriculture. In this blog post, we will discuss the role and benefits of fungal biofertilizers in improving crop yield. 

What are Fungal-Based Biofertilizers?

Fungal-based biofertilizers are renewable energy sources that contain essential macronutrients and micronutrients. These fertilizers contain phosphorus that accelerates photosynthesis, nutrient uptake, and water-holding capacity. In dire circumstances, crops can even survive drought, flood, or other rough weather conditions. This is how fungal-based fertilizers improve soil fertility and overall crop yield.

What are the Benefits of Fungal Biofertilizers in Agricultural Growth?

Fungal Biofertilizers in Agricultural Growth

There are many benefits of using fungal biofertilizers in plant growth. We will discuss these benefits one by one:

Renewable Energy Source – Fungal biofertilizers come into the orbit of renewable energy sources. They do not emit greenhouse gases and tend to maintain the climate clean. 

Maintain Water ecosystem – These fertilizers do not contain harmful chemicals or synthetic fertilizers. Therefore, when rainfall occurs they do not disturb the water ecosystem. In addition to these, they even do not affect the oxygen present in water for fish. 

Improve Water Absorption Capacity – Fungal-based fertilizers can improve the water-holding capacity of plants. Due to these, water can absorb water more quickly from the root system. Most importantly, they often act as an extension of the root system. 

What are the Main Roles of Fungal-Based Fertilizers in Agriculture?

Nutrient Uptake – These fertilizers help plants absorb nutrients more quickly from the soil. They enhance the root system that helps plants in nutrients uptaking. 

Mycorrhizal Symbiosis – They maintain symbiotic relationships with plant roots producing mycorrhizae. Fungal-based biofertilizers are beneficial for both plants and fungi. 

Enhance Nutrient Availability – These fertilizers provide some enzymes that can easily break down the organic matter. Similarly, they make nutrients more available to the plants. 

Improve Phosphorus Uptake – Mycorrhizal fungi help plants in uptaking phosphorus nutrients from the soil. In this way, these fertilizers promote development and overall agricultural growth. 

Reduce Fertilizer Dependency – Fungal-based biofertilizers reduce fertilizer dependency to some extent. Due to these, plants do not need synthetic fertilizers anymore. Therefore, farmers prefer to use fungal-based fertilizers in large amounts. 

Maintain Environmental Sustainability – They are renewable energy sources, therefore, these biofertilizers do not affect the environment and atmosphere.

Maintain Soil Health For Long-Term – There is a network of mycorrhizal that promotes the long-term health of the soil. Additionally, they make a resilient and sustainable agricultural ecosystem. 

Protect Pathogen – Fungal-based biofertilizers can easily protect pathogens, nutrients, and water. Because they provide the host with water. Ultimately, they tend to suppress soil-borne pathogens by inducing resistance mechanisms or competition for nutrients in the host plants.

Is It a Better Choice to Use Fungal-Based Fertilizers in Excessive Amounts?

Use Fungal-Based Fertilizers in Excessive Amounts

Fungal-based biofertilizers contain phosphorus content. Phosphorus is an element that takes part in chlorophyll formation. Chlorophyll is somehow a pigment used in photosynthesis. However, overuse of fungal-based biofertilizers releases phosphorous content into the soil in large amounts.

 In this way, when water falls it can wash away this phosphorus content from the soil to the nearby rivers, lakes, or ponds. Eventually, the phosphorus nutrient can terminate the oxygen from water and overall disturb the water ecosystem. 

Final Words 

Fungal-based biofertilizers contain phosphorus content that overcomes the nutritious deficiency of soil. Furthermore, these fertilizers use fungal species which are beneficial for the growth of plants and overall crop yield. They are the main renewable energy sources that can keep the environment clean and sustainable. Consequently, fungal-based biofertilizers improve the soil structure and maintain it for the long term. 

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