Article
Precision Agriculture in Ukraine: Economic Impact of Resource Optimization Across 92,000 ha
In 2024–2025, AgriLab, in partnership with the USAID Agriculture and Rural Development Program (AGRO), implemented a special initiative for micro, small, and medium-sized grain and oilseed producers in Ukraine.
The goal of the project was to improve farm efficiency through precision agriculture technologies including comprehensive soil analysis, satellite data, management zones, variable-rate seeding, and variable-rate fertilizer application.
The project involved 108 farms across 92,300 hectares.
Main project stages
Stage 1. Comprehensive soil analysis
GPS-referenced soil sampling was completed and samples were analyzed by Ward Laboratories, Inc. (USA). Farmers received detailed recommendations on nutrition, liming, and field variability management based on dozens of parameters including pH, salinity, macro- and micronutrients.
GPS-referenced soil sampling was completed and samples were analyzed by Ward Laboratories, Inc. (USA). Farmers received detailed recommendations on nutrition, liming, and field variability management based on dozens of parameters including pH, salinity, macro- and micronutrients.
Stage 2. Economic and technical assessment
Yield history, crop rotation, machinery, and farm resources were evaluated. Based on these data, prescription maps for variable-rate seeding and fertilizer application were created.
Yield history, crop rotation, machinery, and farm resources were evaluated. Based on these data, prescription maps for variable-rate seeding and fertilizer application were created.
Stage 3. Implementation support
AgriLab specialists supported field implementation including fertilizer forms, application timing, seeding strategies, and management-zone recommendations.
AgriLab specialists supported field implementation including fertilizer forms, application timing, seeding strategies, and management-zone recommendations.
Stage 4. Monitoring and evaluation
Crop development was monitored, field performance assessed, and recommendations prepared for the next season.
Crop development was monitored, field performance assessed, and recommendations prepared for the next season.
Key results
Variable-rate seeding
For fields with variability exceeding 50%, prescription maps were developed based on:
Variable-rate seeding
- elevation;
- soil organic matter;
- zone productivity potential.
- Saved 1,600 corn seed units (127.9 million seeds) — equivalent to approximately 1,800 hectares of corn planting.
Seed savings:
$256,000 USD
$256,000 USD
Additional projected yield increase:
+12,780 tons of grain
or more than $2.52 million USD
+12,780 tons of grain
or more than $2.52 million USD
Fertilizer Optimization
Estimated additional economic benefit from increased yields following the implementation of variable-rate fertilizer application:
$888,845
Estimated additional economic benefit from increased yields following the implementation of variable-rate fertilizer application:
$888,845
Estimated fertilizer cost savings achieved through variable-rate fertilizer application:
$82,920
Total projected economic impact
Combined expected results:
- fertilizer savings — $82,920
- variable-rate fertilizer benefit — $888,840
- seed savings — $256,000
- additional crop value — $2,520,000+
Total:
$3.75 million USD
$3.75 million USD
Conclusion
This project demonstrates that precision agriculture in Ukraine is increasingly moving from technology experimentation toward practical profitability management.
Even under wartime conditions and rising input costs, Ukrainian farmers continue actively implementing:
- variable-rate seeding,
- variable-rate fertilizer application,
- management zones,
- and detailed soil analysis