The Integrated Advanced Lysimeter is a state‑of‑the‑art soil‑water and water‑balance monitoring system designed for agricultural research, hydrology, climate science and environmental engineering. This fully integrated station accurately measures the volumetric changes in a defined soil monolith or vessel—encompassing evapotranspiration, drainage/leachate, precipitation, soil moisture, and temperature. By isolating a soil column and combining weighing systems, sensors and data‑logging, the Lysimeter provides reliable insights into the “invisible” water fluxes within the root‑zone and soil profile.

Using stainless steel vessel construction, precision load cells, embedded moisture and temperature probes, and optional suction/pressure plates for controlled drainage, the device enables high‑resolution soil‑water balance measurement. The system captures both the mass change (via weighing) and sensor data (soil moisture, temperature, suction) to deduce percolation, drainage, and evapotranspiration with professional accuracy.

The TEROS 06 is a research-grade soil temperature profile probe designed to measure and log soil temperature across a complete soil profile at six discrete depths. According to the manufacturer, it exceeds World Meteorological Organization (WMO) recommended depths by offering measurement points at 5 cm, 10 cm, 20 cm, 30 cm, 50 cm and 100 cm.

With a small diameter (20 mm) to minimize soil disturbance and a low thermal-conductivity rod body (fiberglass reinforced plastic) to reduce heat transfer between layers, the TEROS 06 ensures that each depth reading is accurate and independent. Metal (stainless steel) rings at each depth provide good thermal contact with the surrounding soil.

Perfect for field installation, lysimeters, long-term monitoring of soil temperature dynamics, agriculture research, environmental studies and energy-balance modelling.

Description

The TLC Meter is ideal for profiling conductivity and temperature in wells and openwater. It displays accurate measurements of conductivity and temperature on aconvenient LCD display.
Conductivity measurements are read from 0 to 80,000 µS/cm with readings givingaccuracy of 5% of reading or 100 µS (which ever is greater). 
Water level and probe depth measurements are read off the Solinst durable flat tape,which is accurately laser marked each millimeter or every 1/100 ft. Tape lengths areavailable up to 300 m (1000 ft).

The UGT FOGII Digital Soil Calcimeter is a precision instrument designed to measure soil calcium content rapidly and accurately. It is widely used in agricultural research, soil science laboratories, and environmental monitoring to determine the calcium levels in various soil types. Equipped with a digital interface, it ensures high-precision readings, minimal human error, and easy data management.

The instrument operates on advanced calcimeter principles, using pressure or gas-release methods to quantify calcium carbonate in soil. Its robust build and user-friendly interface make it suitable for both field applications and laboratory use.

The ku-pF MP10 is a laboratory instrument for the automatic determination of unsaturated hydraulic conductivity ku and the pf curve (water tension curve) in accordance with the evaporation method on up to 10 soil ring samples simultaneously. The ku-pf apparatus works independently of a PC due to the integrated data logger and a microcomputer. A connection must be created to the PC only for maintenance, test start and reading out of the data. The ku-pF apparatus is available as a single measurement station ku-pF SP.

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The apparatus is designed for the use of the UGT soil sample rings with 250 cm³ inner volume and 41 cm² cross sectional area. These soil sample rings have bore holes arranged exactly at height intervals of 3 cm for the insertion of the tensiometers. However, they may also be used for obtaining samples separately from the ku-pf apparatus.

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The filled soil sample rings are set onto filter plates, saturated and sealed basally in the carrier basket for the test run. The gradient resulting from the condensation on the free ground surface is recorded by two tensiometers which record the corresponding water content and the flow rate by periodical weighing respectively. The Tensio 130 tensiometers with particularly small ceramic cup (Ø = 6,5 mm / L = 20 mm) provide exact measurements with a minimum destruction of the soil. Air bubbles are easy to recognise and eliminate through the acrylic head with bleed screw.

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The arrangement of the samples on the star shaped carrier which rotates at the set test interval permits the examination of 10 samples simultaneously. The sample on the weighing position is lifted from the carrier by lifting the scales so that it is standing free. The weighing data and the tensions here are stored on the internal data logger. Automatic measuring produces continuous measurement series with a minimum of monitoring. The scales are automatically balanced between weighings. Drift effects or any foreign bodies on the scales do not therefore cause any interference.

Description
For measuring the depth to water in wells, boreholes, standpipes, and tanks, Model101 Water Level Meters are the industry standard for portable hand operated meters.They are sturdy, easy to use and read accurately to 1/100 ft. or each millimeter.
There are two versions to choose from. The Model 101 P7 Water Level Meterfeatures a pressure-proof probe and laser marked PVDF tape. The Model 101 P2Water Level Meter features an easy-to-repair probe and heat embossed polyethylenetape.

Features

 - Markings each 1/100 ft. or millimeter

 - Traceable to national standards

 - Sensitivity adjustable to conductivity

 - Probes avoid false readings in cascading water

Reliable

 - Permanent laser markings

 - Non-stretch PVDF tape with stainless steel conductors Long Life

 - Rugged, corrosion proof components

 - Strong, flexible tapes

 - Easy to splice and repair

Flexible

 - PVDF replacement tapes are interchangeable with other meters