METOS STREMO

Detect Plant Stress Before Visible Symptoms Appear

Real-Time Plant Stress Monitoring

Understand how your crops respond to heat and water stress with continuous, leaf-level monitoring. Make more informed irrigation decisions, respond earlier to changing conditions, and protect crop performance.

Don’t Just Monitor the Environment. Monitor the Plant.

Soil moisture and weather data tell you about the conditions surrounding your crops. But how are your plants actually responding?

METOS STREMO adds another layer of insight by monitoring plant responses directly at the leaf level. Combined with environmental measurements, these insights help growers identify developing stress and make more informed management decisions.

Weather data

What's happening around the crop?

Soil data

How much water is available?

METOS STREMO

How is the plant responding?

About METOS STREMO

With clear and actionable growth rate and plant health data, the METOS STREMO helps you make informed irrigation and crop management decisions.

This cutting-edge technology allows you to detect heat, water, and other stress symptoms before they become a serious threat giving you the power to act ahead of time.

Key Features

Direct Plant Monitoring: Monitor plant responses at leaf level with two lightweight, non-invasive StremoClip sensors.
Continuous Stress Monitoring: Track changes in plant physiological responses to help identify developing water and heat stress.
Environmental Context: Combine plant measurements with air temperature, relative humidity, and calculated vapor pressure deficit (VPD).

How it works?

The METOS STREMO is equipped with two ultra-light one-of-a-kind StremoClip sensors that attach directly to plant leaves, and temperature and relative humidity sensor.

The device provides real-time monitoring of plant stress by measuring leaf transpiration, along with air temperature, relative humidity, and vapor pressure deficit (VPD).

With this precise physiological data, METOS STREMO enables growers to understand the “language” of plants – turning complex signals into clear insights for smarter crop management.