In episode 20 of Office Hours, METER application specialists Leo Rivera and Shaun Weldon discuss questions asked by product users when generating #soil #moisture release curves (SMRC) and measuring #hydraulicconductivity. Watch the full episode here: metergroup.com/office-hours...

For over 25 years, we’ve been perfecting #tensiometers. The TEROS 32 is our most #robust design yet—engineered with a nearly indestructible ceramic and rugged shaft built to handle every season. Find out more about the TEROS 32: metergroup.com/products/ter...

Visualize what it's like to set up and run a SATURO #infiltrometer vs. a double-ring infiltrometer. SATURO operates unattended, it requires way less #water, and you can run multiple #instruments simultaneously. Discover the SATURO: metergroup.com/products/sat...

Learn about the impactful collaboration between Engineers Without Borders at Washington State University and an indigenous village in Panama. See how this partnership is transforming lives and empowering the community: publications.metergroup.com/.../Engineer....

In our latest #chalktalk, Leo Rivera talks about #infiltration rates and how those measurements lead into calculating saturated hydraulic conductivity in #soil. Watch the episode on YouTube: youtu.be/ggWXHwR5pgE

There is both an art and a #science to understanding our changing #planet, and mastering that intersection requires decades of curiosity, collaboration, and innovation—and experience. Listen at: metergroup.com/podcasts/epi...

Measuring #soil #moisture can seem complex, but it doesn’t have to be overwhelming. This guide offers a clear comparison of tools and techniques so you can spend less time guessing and more time gathering trustworthy results. Learn more: metergroup.com/measurement-...

The SATURO is a fully automated, portable #dualhead #infiltrometer that does the heavy lifting for you—automatically computing Kfs in the field, using far less water than a #doublering setup, and freeing you from babysitting the equipment. See the SATURO: metergroup.com/products/sat...

USU researcher Tejinder Singh, talks about how scientists are developing a website to assist #farmers in calculating the amendments to add to their #soil. The SATURO helps them to figure out one of the variables needed for their calculations. Learn more: metergroup.com/products/sat...

We are excited to announce that the HYPROP now meets the ASTM Standard D6836. The HYPROP automates high-resolution #soilmoisture release curves, generating hundreds of data points for a detailed understanding of the curve. Learn more: store.astm.org/d6836-25.htm...

BYU researcher, Katie Anselmi, working under the direction of Dr. Neil Hansen, explores how advanced sensor technology is being used to address yield issues in high-value ylang ylang crops, one of the most expensive essential oils found in top perfumes. Listen here: metergroup.com/podcasts/epi...

We are excited to announce that the SATURO now meets the ASTM Standard D8550. The SATURO is the first instrument to use this method. The SATURO is a dual-head infiltrometer that is fully automated and doesn’t require data post-processing. Learn more: store.astm.org/d8550-25.html

How do land management decisions affect your soil? Join METER Research Scientist Leo Rivera for a free 30-min webinar on: - Dynamic vs. static soil properties - How to measure dynamic soil properties - Real-world applications Register using this link: metergroup.com/webinars/mea...

To understand what plants really experience, you need to measure both water content and water potential—two sides of the same story that reveal how much water is in the soil and how available it is to plants. Learn the difference and why it matters: metergroup.com/measurement-...

Weather data is crucial for accurate irrigation, but relying on distant weather stations can lead to major errors—especially when measuring ET and precipitation. Here, Dr. Bryan Hopkins explains why having localized weather stations is a game changer for farmers, golf courses, and sports fields.

With aerial imagery, rainfall tracking, and sensors buried deep in the soil, Professor Stephan Hughes and his team created a detailed dataset that sheds light on what triggers massive slope failures. Listen to the full story: metergroup.com/podcasts/epi...

Simplify your field setup with ATMOS 14—air temperature, RH, pressure, and vapor pressure in one compact, low-maintenance sensor. Plug‑and‑play simplicity meets research‑grade accuracy. Discover the ATMOS 14: metergroup.com/products/atm... #weather #weathermonitoring #temperature #innovation

Introducing the next generation of ATMOS 41, designed to empower researchers, growers, and innovators with the most comprehensive, plug-and-play weather data available. Upgrade your weather monitoring: metergroup.com/products/atm... #weather #weatherstation #weathermonitoring #innovation

Meet the new TEROS 22—your go-to sensor for full-range soil water potential. Installs in seconds, works maintenance-free, and gives you lab-grade accuracy from wet to dry. Get insights into soil moisture that go beyond volume. Discover TEROS 22: metergroup.com/products/ter...

Soil tension, plant stress, and smart irrigation—it all starts with understanding water potential. Discover how to use this measurement to improve crop performance, reduce inputs, and get more from your data. Visit our Water Potential 101 page to learn more: metergroup.com/webinars/wat...

Soil water potential is the key to understanding how plants access water and how soil holds onto it—yet it's often overlooked in the field. Visit our website for a complete guide to soil water potential—what it is and how to use it: metergroup.com/measurement-...

When grower Ryan Christensen started measuring soil water potential, he didn’t just see a 10–20% drop in pumping costs—he saw a $100K boost to his bottom line. Learn how water potential data is reshaping the future of farming: metergroup.com/case-studies...

The newest generation of matric water potential (soil suction) sensor, the TEROS 22, is now the quickest water potential sensor to install and remove, with the same high accuracy and low maintenance you’ve come to expect and trust from METER. Learn more here: metergroup.com/products/ter...

Our latest publication follows researchers at the University of Georgia as they use METER’s precision tools to identify soybean lines that thrive under drought pressure. Dive into the case study: publications.metergroup.com/Sales%20and%...

The TEROS 12 combines ultra-rugged design with long-term stability, giving you dependable soil moisture, temperature, and EC data without the hassle. Discover the TEROS 12: metergroup.com/products/ter...

In this case study, Dr. Bryan Hopkins shares a real-life story of a grower who nearly lost his farm due to poor water management. Avoid costly mistakes, protect your yield, and keep your crops healthy with smarter irrigation strategies. Read the full case study: metergroup.com/case-studies...

This case study highlights the SATURO Infiltrometer in action—helping farmers understand how water moves through their soil. The result? Data-driven recommendations for gypsum, sulfur, and irrigation needs, all powered by a simple tool. Learn more about Saturo: metergroup.com/products/sat...

In 2011 and 2019, catastrophic flooding along the Missouri River caused record damage. Discover how new advancements—like Agrimet networks and METER weather stations—are transforming flood and drought prediction and agricultural monitoring. Read the case study: metergroup.com/case-studies...

Looking for a fast, accurate, and affordable way to measure soil moisture at multiple depths? TEROS 54 makes it easier than ever to expand your monitoring area with less effort and greater accuracy. Learn more at: metergroup.com/products/ter...

Better irrigation, smarter research, and healthier crops all begin with understanding water in soil. Our masterclass packs decades of expertise into bite‑size videos that you can stream anytime. Visit our website for this free masterclass: metergroup.com/education-gu...

Strategic sensor placement can make or break your data—so how do you decide where to measure? Rahel Pommerenke from Colorado State University is answering that question using remote sensing, vegetation indices, and METER’s TEROS soil moisture sensors. Learn more: metergroup.com/meter-produc...

Get accurate soil moisture data with ease. The TEROS 10 is built for simplicity, durability, and precision in the field. No calibration, no guesswork—just reliable results. Discover TEROS 10: metergroup.com/products/ter...

We’re excited to be at #EGU25! Visit METER Group at booth #03 to explore the latest innovations in environmental sensing and data solutions. We look forward to connecting with you! Visit our website to learn more: www2.go.metergroup.com/at-egu-2025 #EGU25 #soil #weather #data

Looking for a fast, accurate, and affordable way to measure soil moisture at multiple depths? As a researcher, agronomist, or environmental professional, the TEROS 54 makes it easy to expand your monitoring area with less effort and greater accuracy. Learn more: metergroup.com/products/ter...

Time is one of the most valuable resources for growers. In this case study, Dr. Neil Hansen and Dr. Bryan Hopkins share how moisture sensors and precision irrigation can transform a farm’s efficiency and profitability. Read the full case study: metergroup.com/case-studies...

We designed the TEROS 54 profile probe to make every step of your measurement process easier—without sacrificing accuracy or durability. TEROS 54 takes accurate soil moisture measurements and is easy to install without extensive excavation. Learn more: metergroup.com/products/ter...

Can trees act as long-term water reservoirs? In this podcast episode, Lauren Tucker, PhD Candidate in Biology at Idaho State University shares groundbreaking research on whether trees store water in their heartwood and what that means for forest ecology, drought resilience, and climate change.

Moisture management isn’t optional in potato farming or other crops—it’s essential. In this case study, Dr. Brian Hopkins and Dr. Neil Hansen share why using both water potential and water content sensors is the key to optimizing irrigation, improving yield, and preventing costly mistakes.

University of Wisconsin researchers are measuring the effects of high-capacity wells and crop-specific water use. Using METER Group lysimeters and soil moisture sensors, the study has uncovered links between soil composition and groundwater retention. Full story: metergroup.com/case-studies...

Germany aims for 80% renewable energy by 2030, but its power must travel 700 km underground. How do soil conditions impact this? Kai-Julian Hendler & Christoph Verschaffel-Drefke discuss the geotechnical challenges of this project in our latest podcast episode: metergroup.com/podcasts/epi...

Dr. Cristine Morgan, one of the US’s premier soil scientists and Chief Scientific Officer at the Soil Health Institute shares her views on soil health: what it is, how to quantify it, the payoff, and why it’s so critical to our success as a society. Listen here: metergroup.com/podcasts/epi...

Water is everything when it comes to growing high-quality potatoes. In this case study, Dr. Bryan Hopkins and Dr. Neil Hansen break down the delicate balance of potato irrigation and why getting it right is the key to success. Read the full case study: metergroup.com/case-studies...

What if the key to solving agriculture’s most difficult challenges lies beneath our feet? By restoring soil health, farmers can improve crop yields, livestock quality, and sustainability—and the Colorado Soil Health Program is making it possible. Learn more: metergroup.com/case-studies...

This story explores an innovative agroforestry initiative inspired by Loreca Stauber and supported by the University of Idaho.Discover how this collaborative effort is transforming degraded lands into thriving, sustainable farms. Full case study: publications.metergroup.com/Sales%20and%...

Stomal conductance is complicated. Measuring it doesn't have to be. The following guide describes the best practices for taking porometer measurements in a vineyard. Read the full guide here: publications.metergroup.com/Sales%20and%... #stomatalconductance #porometer #leaf #vineyard

In this podcast, join agricultural engineer and University of Idaho professor Erin Brooks as he discusses balancing water, nutrients, and pollutants, the impact of crop cover on hydrology, and integrating fieldwork with modeling for ecosystem management. Listen here: metergroup.com/podcasts/epi...

The PHYTOS 31 accurately measures both the onset and duration of wetness on a simulated leaf, which in turn predicts when the onset of certain diseases or infections may occur. Elevate your leaf wetness sensing with PHYTOS 31: go.metergroup.com/lp/phytos-31...

Join us for a webinar with METER Product Manager, Jeff Ritter, on tracking water flow through plants. Learn key measurements like leaf area index and stomatal conductance, plus research-backed methods to understand the soil-plant-atmosphere continuum. Register today: metergroup.com/webinars/pla...

Dr. Keir Soderberg, former researcher at the University of Virginia, wanted to use stable isotopes to measure how much fog water plants were taking up—either through surficial roots or their leaves. Read the full case study: publications.metergroup.com/Sales%20and%...

Stomatal conductance is complicated. Measuring it doesn't have to be. Backed by solid scientific theory and 15 years of research, the SC-1 is designed to provide you with a simple solution to a complex problem. Discover the SC-1 Leaf Porometer: metergroup.com/products/sc-...