*Data for this sensor cannot be stored on the ProCheck
**This is a third-party product. If using with a Campbell Scientific or non-METER data logger, we recommend buying directly from the manufacturer.
***Discontinued sensors
Drainage and Depth Sensors
X indicates compatibility
ZL6
Family
ZSC
EM60 Family
Em50 Family
Em5b
ProCheck
Campbell Scientific or any Analog/SDI-12 Capable Logger
*This is a third-party product. If using with a Campbell Scientific or non-METER data logger, we recommend buying directly from the manufacturer.
**Discontinued sensors
Miscellaneous Sensors
X indicates compatibility
ZL6
Family
ZSC
EM60 Family
Em50 Family
Em5b
ProCheck
Millivolt (0-3000 mV Input)
X
X
X
X
X
X
Millivolt (0-1500 mV Input)
X
X
X
X
X
Pulse Counter
X
X
X
X
X
Discontinued Sensors
**This is a third-party product. If using with a Campbell Scientific or non-METER data logger, we recommend buying directly from the manufacturer.
X indicates compatibility
ZL6
Family
ZSC
EM60 Family
Em50 Family
Em5b
ProCheck
Campbell Scientific or any Analog/SDI-12 Capable Logger
We performed comparison testing for ATMOS 41 vs. high-quality, research-grade non-METER sensors and conducted time-series testing for sensor-to-sensor variability. Here are the results.
Water potential is a better indicator of plant available water than water content, but in most situations it’s useful to combine the data from both sensors.
TEROS sensors are more durable, accurate, easier and faster to install, more consistent, and linked to a powerful, intuitive near-real-time data logging and visualization system.
Webinar: The fight against runoff – a study of hydrology applications
Hydraulic conductivity used to be a measurement reserved for those with ample technical expertise, time, and resources for the arduous measurement process.
The accurate, automated measurements of the SATURO and KSAT make it easier than ever for non-specialists to understand the infiltration properties of the soil impacting their project. In this 30-minute webinar, research scientist Leo Rivera explores applications where the measurement of hydraulic conductivity is making a huge impact, including:
Studying the risk of landslides, mudslides, and flash floods that frequently occur after wildfires
Engineering designs for low impact development
Designing systems for better infiltration, minimizing runoff into urban drainage systems
Studying the impacts of land management on soil hydraulic properties and soil health