Accessing your soil moisture data from site, directly to your PC, tablet of phone, couldn’t be easier....
More InformationThe Trime Pico 64 is a highly sophisticated, fast and accurate TDR soil moisture probe for the onsite monitoring of moisture in top layers of soil, sand & gravel...
More InformationA multi-segment Soil Moisture Profiling Probe for the cost-effective measurement of volumetric water content over multiple depths using a single probe...
More InformationThe Pico-Profile from IMKO, Germany is an easy and modular instrument for the precise measurement of moisture and salinity in selected soil profiles. Using TRIME radar technology...
More InformationA reliable, practical and easy-to-use determination of Soil Conductivity and Salt Content Meter that works with TRIME Pico Probes. Equipment that is as precise as a laboratory...
More InformationThe PICO-BT is an innovative solution for the mobile control and read out of your IMKO soil moisture sensors using Bluetooth Technology©...
More InformationThe HydraProbe from Stevens Water, is a rugged soil sensor with patented technology that provides continual, consistent accuracy to measure the three most significant soil...
More InformationThe HydraGO is a portable, wireless sensor-to-smartphone for soil moisture data collection. Rugged, accurate and easy-to-use, handheld sensor from Stevens Water...
More InformationThe SONO-WZ Concrete Sensor from IMKO, Germany, is a water and cement analyzer for fresh concrete. The SONO-WZ is an onsite instrument that gives fast, accurate results within 1 or 2 minutes...
More InformationThe compact Hand-held SONO-Dis Read-out Meter from Imko, Germany works with the SONO-WZ Concrete Sensor and SONO-M1 Aggregate Sensor. The clear display shows the measuring parameters......
More InformationUsing Trime Domain Reflectrometry (TDR) the SONO-M1 Aggregate Sensor from Imko, Germany determines the moisture content of aggregates accurately and quickly. The handy two-rod probe measures......
More InformationAccurate and consistent Soil Moisture monitoring has become increasingly important when researching environmental factors like climate change, decreasing water resources, improved crop production and protecting threatened habitats; in order to develop better policies to protect and improve it. Many environmental practices are driven by or related to soil hydrological processes. Monitoring soil moisture conditions whether for agriculture; soil health; soil research; crop yield, irrigation & optimisation; water conservation; sports turf research; hydrology studies; flood forecasting and soil erosion research delivers important information for the protection of soil and water resources in the future.