How Navyakosh’s 74% Carbon Content Boosts Soil Fertility

Soil is the foundation of agriculture, yet it faces a silent crisis. Across the globe, soil degradation—marked by declining organic matter, erosion, and reduced fertility—threatens food security and farmer livelihoods.

In India, where nearly 60% of the population depends on agriculture, degraded soils lead to lower crop yields, increased input costs, and vulnerability to extreme climate. But there’s hope.

Navyakosh, a biofertilizer with a remarkable 74% carbon content, is transforming soil health by boosting organic matter, improving water retention, and countering soil degradation.

Today we will understand how Navyakosh’s carbon-driven approach unlocks soil potential, addresses farmers’ issues, and paves the way for sustainable productivity.

How Soil Crisis effect Farmers?

Soil degradation is a pressing issue for farmers. Over decades, intensive farming practices, overuse of chemical fertilizers, and monocropping have stripped soils of their organic matter.

According to the Food and Agriculture Organization (FAO), 33% of global soils are degraded, with India losing 30% of its soil organic carbon in the topsoil layer due to unsustainable practices. This depletion leads to:

• Reduced Fertility: Low organic matter means fewer nutrients for crops, forcing farmers to rely on expensive chemical inputs.

• Erosion: Degraded soils are prone to wind and water erosion, with India losing 5.3 billion tons of soil annually, per the Indian Council of Agricultural Research (ICAR).

• Moisture Loss: Soils with low organic content struggle to retain water, increasing irrigation needs and crop stress in drought-prone areas.

For farmers, these challenges translate into lower yields, higher costs, and uncertain futures.

A farmer in Uttar Pradesh, for instance, might see wheat yields drop by 20–30% on degraded sandy soils, while struggling to afford frequent irrigation. The solution lies in rebuilding soil health, and carbon is the key.

Carbon for Soil Fertility

Carbon is the backbone of Soil Organic Matter (SOM), the dark, crumbly material that makes soil fertile.

SOM (Soil Organic Matter), composed of decomposed plant and animal residues, microbes, and stable carbon compounds, drives soil’s ability to support crops.

It improves nutrient availability, enhances soil structure, and acts like a sponge to retain water. Navyakosh, with its 74% carbon content, supercharges this process by delivering a concentrated dose of organic carbon directly to the soil.

How Carbon Builds Soil:

1. Boosts Organic Matter: Carbon-rich inputs like Navyakosh increase Soil Organic Matter (SOM), which binds soil particles into aggregates. These aggregates improve soil structure, reducing erosion and creating a hospitable environment for roots. Trials with Navyakosh showed a 32–74% increase in SOM across various soil types, with an average 42% rise in organic matter after one season of application.

2. Enhances Nutrient Cycling: Carbon feeds soil microbes, which break down organic matter into nutrients plants can absorb. Navyakosh’s carbon supports microbial activity, releasing 276 kg/ha of nitrogen and trace elements like zinc (0.87 ppm), reducing the need for synthetic fertilizers.

3. Improves Water Retention: Organic carbon increases soil’s water-holding capacity. Navyakosh trials demonstrated a 33% reduction in irrigation needs, as carbon-enriched soils retained moisture longer, especially in sandy soils prone to drying out.

4. Counters Degradation: By rebuilding SOM (Soil Organic Matter), Navyakosh reverses the effects of degradation. Its carbon content stabilizes soil, preventing nutrient leaching and protecting against erosion. In long-term trials, fields treated with Navyakosh showed 50% less soil loss compared to untreated plots.

These benefits address the core problem farmers face: declining yields due to poor soil health and the financial burden of frequent irrigation and fertilizers.

Navyakosh’s carbon-driven approach offers a sustainable, cost-effective solution.

Navyakosh’s Carbon Content and Nutrients

Navyakosh is not just another biofertilizer; it’s a game-changer for soil health.

Navyakohs is developed through advanced microbial and organic processes, it contains 74% carbon—far higher than typical compost (20–30% carbon) or manure (15–25% carbon).

This high carbon content, combined with a balanced mix of nutrients and microbes, makes Navyakosh uniquely effective. Here’s a closer look at its composition and impact:

• Carbon (74%): The primary driver of SOM (Soil Organic Matter) buildup, improving soil structure and fertility.

• Nitrogen (276 kg/ha): Supports plant growth, reducing reliance on chemical nitrogen fertilizers.

• Trace Elements: Includes zinc (0.87 ppm), iron, and manganese, addressing micronutrient deficiencies common in degraded soils.

• Microbial Activity: Contains beneficial bacteria and fungi that enhance nutrient cycling and suppress soil-borne pathogens.

Field trials across India, from Aligarh to Kolhapur, have validated Navyakosh’s impact.

In wheat fields, SOM (Soil Organic Matter) increased by 42% after applying 4–5 bags per acre, leading to a 15–20% yield boost.

In mungbean trials, water retention improved by 33%, allowing farmers to skip one irrigation cycle.

These results highlight Navyakosh’s role as a soil builder, turning degraded land into productive farmland.

Applying Navyakosh to Sandy Soils

Sandy soils, common in regions like Uttar Pradesh and Rajasthan, are particularly vulnerable to degradation and moisture loss.

Their coarse texture leads to poor nutrient retention and rapid drying, making them challenging for crops like wheat and maize.

Navyakosh can transform sandy soils, but proper application is key. Here’s a practical tip for farmers:

Application Method for Sandy Soils:

Navyakosh is a crop specific bio fertilizer and hence its application method is different for different crops. You can know the application method of Navyakosh for specific crops by visting our website or by contacting our team.

The Science Behind Navyakosh’s Success

Navyakosh’s effectiveness lies in its ability to harness carbon’s role in soil ecosystems. Soil organic matter is roughly 58% carbon, meaning Navyakosh’s 74% carbon content directly contributes to SOM buildup. Here’s how it works at a scientific level:

• Carbon Sequestration: Navyakosh’s stable carbon compounds, like humic and fulvic acids, bind to soil particles, forming long-lasting SOM. This sequesters carbon, reducing greenhouse gas emissions and improving soil resilience.

• Microbial Synergy: The biofertilizer’s microbes, including nitrogen-fixing bacteria and phosphate-solubilizing fungi, thrive on its carbon-rich matrix. These microbes convert organic carbon into plant-available nutrients, boosting fertility.

• Soil Aggregation: Carbon enhances the formation of soil aggregates—small clumps of soil particles that improve aeration, water infiltration, and root penetration. In Navyakosh-treated soils, aggregate stability increased by 35%, reducing erosion risk.

Trial data underscores these mechanisms. In a 2023 study across 10 sites in India, Navyakosh application led to:

• 32–74% SOM increase, with an average of 42%.

• 33% reduction in irrigation needs due to improved water-holding capacity.

• 15–25% yield increases across crops like wheat, mungbean, and maize.

• 50% reduction in soil erosion in sloping fields.

These outcomes highlight Navyakosh’s role as a scientifically validated tool for soil restoration.

Navyakosh’s Production and Reach

Navyakosh’s impact extends beyond individual farms, thanks to a robust production and distribution network.

Manufacturing units in Aligarh, Gorakhpur, Mahoba, Kushinagar, Prayagraj, Tappal, Tatanagar, Danohtri, Kolhapur, and Sonipath produce Navyakosh at scale, with capacities ranging from 500 to 2000 tons annually. These units partner with local cooperatives and agricultural universities to ensure quality and accessibility.

For example:

• The Aligarh unit, with a 1000-ton capacity, supplies wheat and maize farmers in western Uttar Pradesh.

• The Kolhapur unit, producing 800 tons yearly, supports pulse and sugarcane growers in Maharashtra.

• The Prayagraj unit, in collaboration with a local university, conducts trials to optimize Navyakosh for alluvial soils.

This network ensures farmers across diverse agro-climatic zones can access Navyakosh, tailored to crops like wheat (4–5 bags/acre), mungbean (3–4 bags/acre), and maize (5 bags/acre).

The Navyakosh biofertilizer’s affordability—priced lower than many chemical fertilizers—makes it a viable option for smallholders.

Sustainability and Food Security with Navyakosh

Navyakosh’s carbon-driven approach aligns with global and national goals for sustainable agriculture.

By rebuilding SOM, it supports India’s commitment to the United Nations’ Sustainable Development Goals (SDGs), particularly SDG 2 (Zero Hunger) and SDG 15 (Life on Land).

It also contributes to India’s National Mission for Sustainable Agriculture, which aims to enhance soil health and climate resilience.

On a broader scale, Navyakosh promotes:

• Climate Resilience: Carbon-rich soils are better equipped to withstand droughts and floods, protecting farmers from climate variability.

• Reduced Chemical Dependency: By supplying nitrogen and trace elements, Navyakosh cuts fertilizer use, lowering greenhouse gas emissions and water pollution.

• Food Security: Higher yields and healthier soils ensure stable crop production, critical for feeding India’s 1.4 billion people.

As global demand for sustainable farming grows, Navyakosh positions Indian farmers as leaders in soil restoration and productivity.

Soil degradation is a daunting challenge, but Navyakosh offers a powerful solution.

Its 74% carbon content unlocks soil potential by boosting organic matter, improving water retention, and countering erosion.

With a 32–74% SOM increase and 33% water savings in trials, Navyakosh addresses farmer pain points while delivering measurable benefits: higher yields, lower costs, and resilient soils.

From sandy fields in Uttar Pradesh to compacted soils in Maharashtra, farmers are seeing the difference.

For farmers looking to revive their land, Navyakosh is more than a biofertilizer—it’s a soil builder. By applying it strategically farmers can transform degraded fields into fertile, productive ecosystems.

As Navyakosh reaches more farms through its production network, it’s paving the way for a future where healthy soils sustain both livelihoods and the planet.