SC-1 Leaf Porometer
Stomatal conductance is complicated. Measuring it doesn’t have to be.
Most measurements in the soil-plant-atmosphere continuum are fairly straightforward. Measuring stomatal conductance is not. And since stomatal conductance can’t be predicted from theory and must be measured, you need an instrument that’s easy to use. Presenting the SC-1.
Complex science in a simplified package
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. By measuring vapor flux from the leaf through the stomates, it enables you to tell the difference between transpiring leaves and ones that have shut down. High-speed results, ease of use, and a low cost mean more measurements in less time without blowing your budget.
Accurate readings in seconds
Not only can you make accurate leaf conductance measurements in only thirty seconds, but you can calibrate the SC-1 in just a few minutes. After calibrating, simply clip it on the leaves you are interested in and start measuring stomatal conductance.
The SC-1 is simpler to use for a variety of reasons. It’s lightweight, so you won’t get fatigued carrying it around in the field (or around your neck, for that matter). What’s more, breakthrough steady-state technology means it doesn’t have any moving parts, making it easy and reliable to use. Plus, calibrations are simple to do, and readings can be displayed as either leaf vapor conductance or resistance and saved for downloading later (USB cable and utility software included).
Low maintenance device that won’t break the bank
There’s low cost, and then there’s lifetime low cost. The SC-1 is affordable to begin with. And because it’s also low maintenance, you won’t have to keep dipping into your budget to get it repaired when the pump breaks or a seal goes bad. These combine to save you money in both the short and long term.
Engineered for reliability
Quick measurements. Easy-to-use engineering. Low cost in the short and the long run. The SC-1’s breakthrough steady-state technology makes it the best-all-around instrument for measuring stomatal conductance. Save yourself time, hassle, and money with the leaf porometer that does all three.
- High speed results (readings in 30 seconds)
- Straightforward calibration
- No moving parts
- Lightweight, easy to carry
- Save and download data (USB cable and download utility software included)
Range: 0 to 1,000 mmol/(m2s)
Length: 15.8 cm (6.2 in)
|Sensor head dimensions|
Length: 12.0 cm (4.7 in)
|Sensor aperture diameter|
6.35 mm (0.25 in)
|Sensor cable length|
1.2 m (4 ft)
|Operating temperature range|
Minimum: 5 °C
|Operating relative humidity range|
4 AA batteries (not included)
2 years (battery drain in sleep mode is <50 μA)
4,095 measurements in flash memory
Manufactured under ISO 9001:2015
California requires the following notice:
⚠️ WARNING: This product may contain chemicals including ethylene glycol, lead, nickel, styrene and cadmium, which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov
LEARN MORE WITH ARTICLES, CASE STUDIES, DEMOS, WEBINARS
- SC-1 cited publications
- How to find crop coefficients for irrigated grapevine production
- How to measure leaf transpiration
- Webinar: Water management—Plant-water relations and atmospheric demand
- Case study: Piñon Pine: Studying the effects of climate change on drought tolerance
- Case study: Irrigation curves—a novel irrigation scheduling technique
- Case study: Irrigation and climate impacts to the water-energy balance of the WI Central Sands
- Case study: Gore-Tex, house wrap, and stomatal conductance
- SEE ALL SC-1 KNOWLEDGE BASE ARTICLES
Have a question or problem? Our support team can help.
We manufacture, test, calibrate, and repair every instrument in-house. Our scientists and technicians use the instruments every day in our product testing lab. No matter what your question is, we have someone who can help you answer it.
Phone Europe: +49 89 12 66 52 0