Global Soil Moisture Sensor Market size is expected to reach $464.2 Million by 2028
Soil sensors quantify the volumetric water content indirectly with the use of other soil properties, such as dielectric constant, neutron interaction, electrical resistance, and moisture replacement.
Soil moisture sensors determine the soil’s volumetric water content. The relationship between the obtained property and soil moisture should be calibrated and may change based on environmental conditions such as temperature, soil type, or electric conductivity. Reflected microwave radiation is impacted by soil moisture and is utilized in hydrology and agriculture for distant sensing.
Farmers and gardeners may utilize probing instruments that are mobile. Typically, soil moisture sensors refer to sensors that assess the volumetric water content of the soil. These sensors are commonly called soil water potential sensors and also include gypsum and tensiometers blocks. They detect water potential, another aspect of soil moisture.
The relationship between the computed property and soil moisture must be modified and may vary based on ecological parameters, such as temperature, soil type, and electric conductivity. The reflected microwave emission can be affected by soil moisture and is mostly employed in agriculture as well as remote sensing under hydrology.
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