Soil moisture: 6 common oversights that might be killing your accuracy
Even one small oversight, such as poor installation, can compromise accuracy by up to +/-10%. How can you ensure your data represent what’s really happening at your site?
Spending a small amount of extra time to get your installation right increases accuracy and pays big dividends in saved time, effort, and money.
In this video, our application specialists demonstrate best practices for a borehole soil moisture sensor installation using the TEROS Borehole Installation Tool and TEROS soil moisture sensors.
For more in-depth information about sensor installation, read “How to install soil moisture sensors—faster, better, and for higher accuracy”.
If you have questions about a unique installation situation that isn’t covered in the video, contact us.
Everything you need to know about measuring soil moisture—all in one place.
Six short videos teach you everything you need to know about soil water content and soil water potential—and why you should measure them together. Plus, master the basics of soil hydraulic conductivity.
Our scientists have decades of experience helping researchers and growers measure the soil-plant-atmosphere continuum.
Even one small oversight, such as poor installation, can compromise accuracy by up to +/-10%. How can you ensure your data represent what’s really happening at your site?
See how the new TEROS soil moisture sensor line compares with METER's trusted ECH2O sensor line.
Water potential is underutilized by plant researchers in abiotic stress studies even though it is the only way to assess true drought conditions when determining drought tolerance in plants. Learn what water potential is and how it can improve the quality of your plant study.