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Greenhouse Optimizes Yield during Drought: Sensoterra Sensors to the Support Water Management Decisions

A greenhouse organic tomato and cucumber grower saved his crop during extreme drought with Sensoterra sensors, and improved yield with soil moisture data.

A greenhouse organic tomato and cucumber grower faced the challenge of extreme drought during the summer of 2018. Danny Monté, the Forecast and Quality Administration and Quality Control Manager at AC Hartman BV, found a lifeline in Sensoterra soil moisture sensors. These sensors played a vital role in supporting irrigation decisions for greenhouse crops, ensuring their survival during the harsh conditions.

By utilizing Sensoterra sensors, Monté could irrigate the crops at the absolute minimum requirement, saving water and preventing permanent wilting while maintaining crop vitality. The sensors proved to be indispensable, especially in drought scenarios.

“Sensoterra sensors are important for every type of crop. They become essential in drought scenarios.”

Danny Monté, AC Hartman BV

Key points

  • Country: The Netherlands
  • Crop: Tomatoes, bell peppers, chili peppers, cucumbers
  • Farm Type: Greenhouses, open fields
  • Sensors: 20 sensors across fields


  • Irrigated within wilting points to save crop in extreme drought
  • Supported yield forecasting with soil moisture data
  • Drip & overhead sprinkler irrigation across greenhouses

Learn more

Download the complete case study to learn more.

Want to learn more?

Download the case study on pivot irrigation for controlled environment agriculture and greenhouses.

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Identify the best moment to irrigate


  • 24/7 data insights
  • Rugged design for the field
  • Quick & simple installation
  • Flexible: move around fields

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