With TDT⁵ technology, soil moisture measurement reaches new levels of accuracy, supporting innovative applications in agriculture, research, and water management.
Smart Farming
Improve agricultural decision-making with high-resolution soil moisture profiles that enable targeted irrigation, crop health tracking, and long-term soil management.
Multi-depth soil moisture profiling (15 cm resolution)
Continuous monitoring for irrigation scheduling
Soil-plant-water balance assessment
Calibration-free operation in all soil types
Data integration with smart irrigation systems
Science
Provide reliable, high-resolution data for soil science, hydrology, and environmental modeling with consistent measurement accuracy and minimal signal drift.
Long-term soil moisture trend analysis
Climate and hydrological research
Soil-structure and infiltration studies
Multi-depth water content correlation
Continuous field and laboratory validation
Conservation
Support sustainable water resource management with detailed, real-time insights into soil moisture distribution across diverse environments.
Watershed and groundwater studies
Urban landscape and smart-city water systems
Irrigation efficiency assessment
Wetland and restoration monitoring
Wetland and restoration monitoring
TDT⁵ can be applied across various industries here are some examples:
Large-scale crop monitoring
Automated irrigation systems
Yield prediction modeling
Resource optimization
Ecosystem health assessment
Drought monitoring systems
Climate research stations
Conservation programs
Greenhouse automation
Vineyard management
Organic farming optimization
Hydroponic systems
Academic research projects
Field trial monitoring
Data collection networks
Collaborative studies
See how organizations are using TDT⁵ technology to achieve reliable, data-driven results in diverse environments.
TDT⁵ enables accurate multi-depth soil moisture data for irrigation scheduling and crop stress management across vineyards, orchards, and open-field crops.
Results
Up to 40% water savings and 25% yield improvement through optimized irrigation timing.
TDT⁵ provides stable, long-term moisture profiling for soil science, climate modeling, and hydrological studies.
Results
±0.5% VWC accuracy supports high-resolution data collection for research and calibration standards.
TDT⁵ supports watershed monitoring, wetland restoration, and urban irrigation systems with precise subsurface moisture tracking.
Results
Enables up to 60% reduction in water use in managed landscapes.
TDT⁵ integrates seamlessly with automated irrigation controllers and data loggers for continuous field monitoring.
Results
Provides real-time soil data for adaptive irrigation systems and decision support.
TDT⁵ sensors are deployed in multi-sensor networks for long-term climate studies, supporting model validation and soil-atmosphere interaction analysis.
Results
Improved soil moisture correlation with weather, vegetation, and carbon flux data.
Used in slope stability monitoring, construction site management, and rehabilitation projects where soil moisture directly affects ground conditions.
Results
Continuous subsurface data improves predictive modeling and safety assessment.
Apply our technology to your soil moisture measurement applications.
Precision soil moisture measurement technology. Patented TDT⁵ time-domain transmissometry delivering unmatched accuracy for agriculture and research.