Crop progression
It is a crop monitoring tool that uses satellite imagery to assess agricultural health and development over time. Users define their field, select a date and a vegetation index, and the system generates color-coded maps that help identify stress and support data-driven management decisions throughout the season.
It is a crop monitoring tool designed to track the health and development of farms over time using satellite imagery. Users define their field by drawing or uploading a geofence, then select a specific date and a specialized vegetation index to visualize crop vitality. Each index generates a clear color-coded map and scale, allowing farmers to analyze changes in plant health, identify specific stress factors, and make timely, data-driven management decisions throughout the season.
Water production and storage, and water use efficiency
Main theme:
North
Region:
300 - 400
Precipitation (mm):
Medium
Application difficulty:
1, 2, 8, 5, 10, 13, 15, 14, 12 and 17
SDGs impacted:
Electric
Energy used:
70 - 90
Efficiency (%):
Rural
Sector:
Reduces chemical use: By identifying specific areas of stress from pests, diseases, or nutrient deficiencies, it replaces preventive spraying across the entire field with targeted treatment.
Prevents water waste: It precisely detects zones of water stress, allowing farmers to apply water exactly where and when it is needed, avoiding unnecessary irrigation.
Reduces fertilizer pollution: By detecting nutrient deficiencies early, it enables accurate fertilizer application, reducing chemical runoff into water bodies and lowering greenhouse gas emissions.
Improves resource efficiency: It supports data-driven interventions, reducing total fuel consumption and the operating hours of agricultural machinery needed to inspect or treat an entire field.
Expected environmental impact:
Free
Estimated value:
Links of interest: