Water uptake triggers stress, signalling the need to adjust irrigation settings.
Nutrient levels N, P, K, or Ca require fine-tuning.
LED lighting needs tuning to support optimal growth or reduce energy costs.
Biostimulants are having the desired effect.
Environmental conditions are less than ideal, risking yield potential.
Vivent Biosignals’ sensors measure high-resolution plant signals, providing a unique insight into plant activity across varying time scales—from seconds to seasonal changes. These signals reveal how plants respond to stresses, light, irrigation, climate, and temperature shifts. We have developed tools to identify and evaluate patterns in these signals, offering direct feedback on plant activity. Two key activity metrics are particularly valuable for growers and researchers:
Daily amplitude: This metric reflects the variations in measurements over a 24-hour period, a strong indicator of a plant’s photosynthetic performance and growth. It enables growers to evaluate how efficiently plants utilize available resources and light.
Fast activity: This measures quantifying changes in the second to minute range, emerging as a strong indicator of acute and longer lasting stresses. Unfavorable temperatures, light or water stress all cause an increase in the fast activity, making this metric a valuable tool to recognize acute stress.
Compare the different groups yourself by clicking on the different lines.
At Vivent Biosignals, we’re proud to collaborate with global partners like you to overcome challenges and unlock the full potential of your research practices. See our latest published research below.
Explore a comprehensive bundle of 5 research papers on plant electrophysiology, providing in-depth insights into the latest assessments and discoveries
Explore a comprehensive bundle of 5 research papers on plant electrophysiology, providing in-depth insights into the latest assessments and discoveries.
We hypothesized that iodine deficiency impairs systemic signaling induced by abiotic stress due to its role in Ca2+ mediated signaling1.
Electrophysiological responses of pepper and mandarin plants grown in commercial conditions and treated with Croptimum were evaluated.
