Achieving the perfect balance in fertiliser application is an art and science. Explore the delicate dance between nutrient supply and crop demand, and learn how to strike the right equilibrium for a sustainable and high-yielding agricultural landscape. Source- https://nbclindia.com/maximising-yields-and-soil-health-with-fertilisers/

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Maximising Yields and Soil Health with
Fertilisers
Farming has been a vital part of human civilization for thousands of years, providing
sustenance, economic stability, and livelihoods for countless communities around the
world. However, the practice of agriculture is not without its challenges. One of the most
significant factors affecting agricultural productivity is the health of the soil. Soil health plays
a pivotal role in determining the success of a crop, and fertilisers are essential tools for
maintaining and improving it. In this blog, we will delve into the fascinating world of soil
health and the role of fertilisers in maximising yields. We will explore the different types of
nutrients required by plants, the various types of fertilisers available, and the impact of well­
fertilised soil on crop productivity
Understanding Soil Health
Before we can grasp the importance of fertilisers, we must understand the basics of soil
health. Soil is not just dirt; it’s a complex ecosystem teeming with life and nutrients. Healthy

2. soil is essential for robust plant growth, as it provides a stable foundation for roots, helps
regulate water supply, and supplies crucial nutrients to plants. Several factors influence
soil health, including pH levels, organic matter content, soil structure, and microbial activity.
Fertilisers can have both positive and negative impacts on these factors, depending on
their composition and application. Let us understand the categories of nutrients required
for the optimum functioning of a plant body­ Primary Nutrients, Secondary Nutrients and
Micronutrients.
Primary Nutrients
1. Nitrogen (N): Nitrogen is a key component of amino acids, proteins, and chlorophyll,
making it essential for plant growth. It fuels the plant’s ability to capture sunlight and
convert it into the energy required for growth and development.
2. Phosphorus (P): Phosphorus aids in the development of robust root systems, which
allow plants to access water and nutrients efficiently. Without sufficient phosphorus,
plants may exhibit stunted growth and reduced flower and fruit production.
3. Potassium (K): Potassium plays a multifaceted role in plant health. It regulates water
uptake and maintains the plant’s water balance, making it crucial for preventing both
drought stress and excessive water uptake. Additionally, potassium is pivotal in disease
resistance and overall plant vitality. It helps in the activation of enzymes responsible for
various metabolic processes.
Secondary Nutrients
1. Calcium (Ca): Calcium is vital for plants’ structural integrity and cell wall formation. It
acts as a ‘cement’ that holds plant cells together, contributing to the rigidity and strength
of plant tissues. Adequate calcium levels are particularly essential in preventing
disorders like blossom end rot in tomatoes and peppers.
2. Magnesium (Mg): Magnesium is a central component of chlorophyll molecules, the
pigments responsible for capturing sunlight during photosynthesis. This nutrient is vital
for the production of carbohydrates and energy transfer within the plant.
3. Sulphur (S): Sulphur is another essential nutrient involved in plant metabolism. It plays
a pivotal role in the formation of amino acids, proteins, and vitamins, such as biotin and
thiamine. These compounds are crucial for various plant functions, including enzyme
activation, nutrient uptake, and energy production.

3. Micronutrients
Iron (Fe): Iron is an essential micronutrient for plants, primarily involved in the synthesis of
chlorophyll, which is responsible for capturing light energy during photosynthesis. Iron is
also crucial for electron transport in photosynthesis and respiration.
Manganese (Mn): Manganese is required for various enzymatic processes in plants,
including the breakdown of water during photosynthesis. It plays a key role in the
production of energy and the assimilation of carbon dioxide.
Zinc (Zn): Zinc is vital for many aspects of plant growth, such as enzyme activation, DNA
synthesis, and hormone regulation. It plays a critical role in root development, seed
formation, and overall plant immunity.
Copper (Cu): Copper is a micronutrient that participates in various enzyme functions,
especially those involved in the reduction of oxygen during respiration. It is also crucial for
lignin formation, which provides structural support to plant tissues.
Boron (B): Boron is essential for cell division, sugar transport, and the development of cell
walls.
Molybdenum (Mo): Molybdenum is required for nitrogen metabolism in plants. It assists in
the conversion of nitrate to ammonia, a crucial step in nitrogen assimilation.
Chlorine (Cl): Chlorine is not a micronutrient needed in large quantities by plants, but it
plays a role in photosynthesis and osmotic regulation.
Nickel (Ni): Nickel is a relatively newly recognized micronutrient essential for certain
plants, like legumes. It plays a role in nitrogen fixation by enabling the activity of
nitrogenase enzymes in nodules of leguminous plants.
Types of Fertilisers
To replenish and maintain these essential nutrients in the soil, various types of fertilisers
are available. Let’s explore the main categories of fertilisers­ Organic and Inorganic.
Organic Fertilisers
Organic fertilisers are derived from organic materials such as compost, manure, and plant
residues. They are rich in organic matter and release nutrients slowly, providing long­
lasting benefits to the soil. Organic fertilisers also improve soil structure, water retention,

4. and microbial activity. Bio fertilisers and Bio­liquid fertilisers come under this category. Bio
fertilisers contain beneficial microorganisms, such as bacteria and fungi, that enhance
nutrient availability for plants. They help fix atmospheric nitrogen and solubilise minerals,
making them more accessible to plants. Bio­liquid fertilisers are liquid formulations of bio
fertilisers, offering the advantage of easy application and rapid nutrient absorption by
plants.
Inorganic Fertilisers
Inorganic fertilisers, often referred to as chemical or synthetic fertilisers, are industrially
manufactured nutrient sources designed to enhance soil fertility and boost crop yields.
They provide a concentrated source of nutrients. They are typically fast­acting and can
quickly address nutrient deficiencies in crops. However, over­reliance on chemical
fertilisers can lead to soil degradation and environmental issues if not used judiciously.
Impact of Fertilised Soil on Maximising Yield
Now that we have discussed the importance of nutrients and the various types of
fertilisers, let’s explore how fertilised soil can maximise crop yields.
1. Increased Nutrient Availability: Fertilisers replenish essential nutrients in the soil,
ensuring that plants have an ample supply for optimal growth. This increased nutrient
availability leads to healthier, more vigorous plants.
2. Improved Plant Growth: Adequate nutrient levels support robust plant growth, leading
to larger, more productive crops. Plants grown in well­fertilised soil tend to be more
resilient to environmental stressors and pests.
3. Higher Yield Potential: Fertilised soil directly contributes to higher yield potential.
Farmers can expect increased harvests and better crop quality when using the right
fertilisers in the correct amounts.
4. Sustainable Agriculture: Sustainable farming practises, which include proper fertiliser
use, help maintain soil health for the long term. By avoiding soil depletion and degradation,
farmers can continue to maximise yields year after year without harming the environment.

5. The Role of Narmada Bio-chem Limited
Narmada Bio­chem Limited is a leading manufacturer of fertilisers that recognises the
importance of balanced nutrition for plants and soil. They offer a comprehensive range of
high­quality fertilisers, including organic, bio, chemical, and bio­liquid fertilisers, designed to
enhance soil fertility while minimising environmental impact. Their products are formulated
to provide the right mix of nutrients that plants need for healthy growth and high yields.
Furthermore, Narmada prioritises research and development to continually improve their
fertilisers and make them more effective and eco­friendly. They are dedicated to supporting
farmers in their quest for higher yields and sustainable farming practises. Narmada’s
fertilisers are formulated to meet the specific needs of various crops, ensuring optimal
growth and nutrient
Conclusion
In conclusion, fertilisers are indispensable tools for modern agriculture. They play a vital
role in maintaining soil health, providing essential nutrients to plants, and ultimately
maximising crop yields. It’s essential for farmers to choose the right type of fertiliser and
apply it judiciously to strike a balance between productivity and environmental
sustainability. Narmada Bio­chem Limited stands as a beacon in the fertiliser industry,
advocating for responsible fertiliser use and sustainable agriculture, ensuring a prosperous
future for farmers and the planet alike.
Narmada Bio­chem Limited is a leading manufacturer of a comprehensive range of fertilizers such as Organic,
Bio and Chemical. We serve for over two and half decades to the agricultural sector in India and beyond. Our
strong focus on sustainability and innovation farming along with holistic development of farming communities.
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