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METEOTREK® CASES:
IRRIGATION
IRRIGATION
Tasks:
- Optimize irrigation for three pilot fields with stationary center pivot irrigation systems
- Increase crop yield compared to fields with identical crops and conventional irrigation schemes
- Optimize resources: reduce water consumption and minimize the required human resources
Proposed solution:
- Remote (approximately 20 km) METEOTREK RW 2.1 weather station: temperature and air humidity, atmospheric pressure, precipitation, wind speed, and direction
- Adjacent to the group of fields (up to 300 meters), there is a supplementary METEOTREK RAIN+AIR weather station: temperature and air humidity, atmospheric pressure, and precipitation
- Multi-level soil moisture sensors in the METEOTREK SOIL MULTI 30 are installed directly in the fields, measuring soil temperature and moisture at three levels
Result:
- Optimized irrigation dates and rates through an understanding of soil moisture dynamics and crop water consumption in specific growth stages
- Increased crop yield by 7-10% compared to neighboring fields without irrigation optimization
- Reduced water consumption by up to 20% compared to neighboring fields without irrigation optimization in some cases
- Minimized the number of personnel required to operate circular irrigation systems
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