Smart Soil-Based Irrigation Revolutionizes Research Farming at IISS Bhopal with Sustainable Water Use
ICAR–IISS
UN SDG 12 - Responsible Consumption and Production
Bhopal
Pain Points
Manual irrigation caused uneven watering and affected research quality.
Uncontrolled Water Usage
Frequent overwatering and wastage due to guess-based irrigation schedules.
No Real-Time Field Updates
Researchers had no quick way to check soil conditions during experiments.
Inconsistent Research Results
Manual watering led to uneven soil conditions and unreliable research data.
Our Offerings
Introduced an automatic irrigation system guided by soil condition data.
Smart Soil Monitoring
Installed soil sensors to track soil moisture and ensure right-time watering.
Automatic Watering System
Set up irrigation that starts and stops automatically when the soil needs it.
Centralized Monitoring
Researchers could view soil and watering details easily on one digital platform.
Reliable Research Support
Helped maintain balanced soil conditions for fair and repeatable research trials.
Outcomes
Reduced Water Wastage
Controlled watering led to up to 35% savings in water use across trials.
Consistent Soil Health
Balanced moisture levels improved plant growth and soil quality.
Better Research Results
Accurate and stable field conditions improved the quality of experiments.
Model for Future Projects
The approach inspired other research farms to adopt smart irrigation.
Our water use became smarter, and our research results more dependable.
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