Organic Carbon

Soil Organic Carbon (SOC) is the carbon component of soil organic matter, derived from decomposed plant residues, animal remains, and microbial biomass. It is a key indicator of soil health and plays a central role in soil fertility and ecosystem functioning.

🌾 Why Soil Organic Carbon Matters

Nutrient Cycling: SOC acts as a reservoir of essential nutrients such as nitrogen, phosphorus, and sulfur, releasing them through microbial decomposition.
Soil Structure: Enhances aggregation, improving porosity, aeration, and root penetration.
Water Retention: Increases the soil’s capacity to retain moisture, especially in sandy soils.
Microbial Activity: Provides energy and habitat for soil microorganisms, driving biochemical processes.
Carbon Sequestration: Stores atmospheric carbon dioxide in stable forms, contributing to climate change mitigation.

Effects of Low Organic Carbon

Reduced soil fertility
Poor structure and compaction
Lower water holding capacity
Decline in microbial activity
Increased dependence on chemical inputs

Ideal Levels

0.75% → Good soil health (varies by region and soil type)

< 0.5% → Low (degraded soil)

0.5% – 0.75% → Medium

📊 What We Measure

Our organic carbon assessment evaluates key soil health parameters:
Soil Organic Carbon (SOC %)
Soil Organic Matter (SOM) levels
Microbial activity indicators
Nutrient availability linked to carbon
Soil texture and structure impact
Carbon stability and decomposition rate

⚙️ How It Works

Soil sample collection from farm
Laboratory analysis of carbon content
Data interpretation and benchmarking
Soil health report generation
Customized carbon improvement plan

🌿 Benefits for Farmers

Improved soil fertility and structure
Higher crop yield and quality
Better water efficiency
Reduced input costs over time Long-term soil sustainability
Climate-resilient farming practices