Enhancing Cotton Productivity through Smart Soil Health Monitoring and Real-Time Field Insights
ICAR Cotton University
UN SDG 12 - Responsible Consumption and Production
Coimbatore
Pain Points
Cotton yield and fiber quality were inconsistent due to unmonitored soil conditions.
Imbalanced Soil Conditions
Irregular soil pH, EC, and moisture levels caused nutrient lockout and uneven cotton growth.
Reduced Crop Productivity
Lack of real-time soil data led to poor root health and declining cotton yield over time.
Ineffective Irrigation and Input Use
Without soil insights, farmers overused water and fertilizers, harming soil structure and fertility.
Our Offerings
Delivered a smart soil health monitoring solution to optimize cotton field performance.
Advanced Soil Health Sensors
Deployed IoT-based sensors to continuously monitor soil pH, EC, temperature, and moisture.
LoRaWAN-Based Connectivity
Enabled long-range, low-power data transmission from field sensors to the cloud dashboard.
Real-Time Soil Insights
Provided live data visualization to identify nutrient imbalances and moisture stress zones.
Smart Advisory System
Delivered timely alerts to adjust irrigation and fertilizer inputs based on soil conditions.
Outcomes
Balanced Soil Ecosystem
Monitoring pH and EC maintained soil fertility, promoting better nutrient absorption by crops.
Improved Water Efficiency
Moisture tracking reduced water wastage and optimized irrigation schedules for cotton fields.
Higher Cotton Yield and Quality
Ideal soil conditions enhanced plant vigor, resulting in stronger fibers and improved yield.
Sustainable Farm Practices
Data-driven soil health management ensured eco-friendly and long-term productivity gains.
Continuous soil monitoring transformed cotton farming with stable yields and healthier soil.
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