SENSORS AGRICULTURAL
Agricultural soil moisture sensors: helping to save water
Agricultural soil moisture sensors indicate what is actually happening in the soil and allow irrigation to be adjusted according to the phenological stage.
05/10/2026
Agricultural soil moisture sensors indicate what is actually happening in the soil and allow irrigation to be adjusted according to the phenological stage.
We still find ourselves without answers when we ask a farmer: “What is field capacity? How much water can your soil hold?”
Differences between traditional, intensive, and super-intensive olive growing. Advantages and disadvantages. Irrigation.
Control using irrigation probes in hydroponics. We measure moisture, conductivity, and temperature in real time.
We expanded our installation of humidity and temperature sensors/probes in intensive and super-intensive olive groves in Alentejo, Portugal.
Sprinkler irrigation is a mechanized or pressurized irrigation method, since it requires mechanisms that generate pressure to move the water.
Carbon footprints can be reduced through precision agriculture and sustainable development. Plantae sensors help achieve this balance.
The best mechanized or pressurized irrigation is surface or sometimes buried drip irrigation, especially in intensive crops.
Sensors in Algeria, in vineyards and orchards. Our humidity sensors are going international, conquering the Mediterranean region.
Success stories with Plantae tools that can save water and energy in citrus cultivation by applying our probes
Contact our Agronomic Engineering team now, free and with no obligation
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