Soil Sensors

Soil moisture sensors are used to monitor moisture levels in the soil. By analyzing the data, farmers can make timely decisions about irrigation, ensuring optimal moisture conditions for crop growth.

Soil NPK sensors detect nitrogen, phosphorus, potassium, and other elements in the soil, providing essential nutrients for plant growth. They assesses soil fertility by measuring changes in conductivity resulting from varying concentrations of nitrogen, phosphorus, and potassium.

Soil pH sensors assess the acidity or alkalinity of soil by measuring the concentration of hydrogen ions (pH) and converting this information into a usable output signal.  They are utilized in agriculture to assist farmers in making informed planting decisions, applying fertilizers more effectively and more. 

Soil salinity sensors measure the amount of salt in soil, which is important for assessing soil health and crop yields. They are also known as soil conductivity sensors. They have significant applications across various fields such as Agricultural management, Environmental monitoring etc. 

A Soil temperature sensor is a device designed to measure and track soil temperature. They are widely used in the following fields such as Agriculture, Geological exploration, Environmental monitoring and more

Soil water potential sensors measure soil water potential via two methods: heat dissipation or electrical resistance. They determine the energy status of the water in the soil, which describes the force that holds the water in the soil.