🌽 Nitrogen (N) Nutrient Map - Sample
Reproductive Stage Interpretation
Nitrogen (N) is one of the most essential macronutrients for crop development. It plays a critical role in chlorophyll synthesis, protein formation, and overall plant vigor and yield potential.
This map displays nitrogen levels in crop tissues, helping detect imbalances that can affect vegetative growth and productivity.
📊 Nitrogen Levels & Interpretation
| Level | Range (% in dry matter) | Interpretation |
|---|---|---|
| Critical | < 2.7% | Severe deficiency. Leads to stunted growth, pale leaves, and significant yield loss. Urgent correction needed. |
| Low | 2.7 – 3.13% | Below optimum. Plants may appear healthy but are underperforming, especially in biomass and grain formation. |
| Medium | 3.13 – 3.56% | Balanced nutrition. Supports healthy vegetative growth and reproductive transition. Suitable for most crops. |
| High | 3.57 – 4% | Sufficient to slightly elevated. Promotes strong canopy but should be monitored to avoid excess vegetative growth at the expense of fruit or grain. |
| Over-sufficiency | > 4% | Excess nitrogen. May delay maturity, increase susceptibility to diseases, and cause nutrient imbalances (e.g., low potassium or calcium uptake). |
| Irregular Material | — | Inconsistent data due to poor sampling or non-representative areas. Re-analysis is recommended. |
ℹ️ Tip: Nitrogen is highly mobile in the plant and responsive to management. Adjust fertilization based on crop stage, biomass development, and prior N applications.
🌾 Why Use Nitrogen Crop Maps?
Identify hidden N deficiencies early
Support decisions on fertilizer timing and dosing
Balance canopy development vs. reproductive efficiency
Integrate with water and satellite data to track nutrient use efficiency
- Maps are available in 10 x 10 m resolution.
Available images every 5 days.
Table of contents including detailed parameters
Time lapse graphics to evaluate trends and deviations.