📍 Geographic Selection
📅 Time Period
🌱 Crop Pattern
Wheat
35%
875 ha
Cotton
28%
700 ha
Rice
22%
550 ha
Maize
15%
375 ha
💧 Water Availability
🗺️ Interactive Spatial Analysis
📈 Analysis Results & Insights
2,547
Total Area (km²)
+2.3% vs last year
1.45
Avg WP (kg/m³)
+12% optimized
1,234
Water Use (Mm³)
-18% potential savings
856
Avg ET (mm/year)
+5% vs baseline
$1.2B
Production Value
+15% with optimization
68%
Irrigation Efficiency
+8% improvement
| Metric | Current Pattern | Optimized Pattern | Improvement |
|---|---|---|---|
| Water Productivity (kg/m³) | 1.29 | 1.45 | +12.4% |
| Total Yield (MT) | 847,500 | 952,300 | +12.4% |
| Water Consumption (Mm³) | 1,234 | 1,012 | -18.0% |
| Production Value ($M) | 1,045 | 1,203 | +15.1% |
Scenario Comparison
Current Pattern
Wheat: 35%
Cotton: 28%
Rice: 22%
Others: 15%
WP: 1.29 kg/m³
Ideal AEZ Pattern
Wheat: 32%
Cotton: 24%
Maize: 20%
Others: 24%
WP: 1.41 kg/m³
Water-Optimized
Wheat: 30%
Maize: 25%
Cotton: 20%
Others: 25%
WP: 1.52 kg/m³
Optimization Recommendations
🎯 Key Recommendations
- Increase maize cultivation by 8% (higher water productivity)
- Reduce rice area by 12% (high water consumption)
- Implement deficit irrigation for cotton (10% water savings)
- Promote drought-tolerant wheat varieties
- Improve canal irrigation efficiency to 75%
| Optimization Strategy | Water Savings (Mm³) | Yield Impact (%) | Economic Value ($M) |
|---|---|---|---|
| Crop Pattern Adjustment | 156 | +8.4 | +89 |
| Irrigation Efficiency | 78 | +3.1 | +45 |
| Variety Improvement | 34 | +5.2 | +67 |
$158M
Additional Revenue
+15.1% increase
$45M
Water Cost Savings
18% reduction
156%
ROI on Investment
3-year payback
2.1
Benefit-Cost Ratio
Highly viable
Economic Impact by Crop
| Crop | Area Change (%) | Revenue Impact ($M) | Water Cost ($M) | Net Benefit ($M) |
|---|---|---|---|---|
| 🌾 Wheat | -3.0 | +23 | -8 | +31 |
| 🌽 Maize | +8.0 | +67 | -12 | +79 |
| 🌱 Cotton | -4.0 | +34 | -15 | +49 |
| 🌾 Rice | -12.0 | -21 | -18 | -3 |
Historical Trends (2014-2024)
+2.8%
Annual WP Growth
Improving trend
-1.2%
Water Use Efficiency
Needs improvement
+4.5%
Yield Growth Rate
Good performance
-15cm
Groundwater Depletion
Annual decline
Future Projections (2025-2050)
🌡️ Climate Change Impact
- Temperature increase: +2.1°C by 2050
- Precipitation variability: ±15% seasonal variation
- ET demand increase: +12% over 25 years
- Crop water stress: High risk in Kharif season