In this video, we dive into the latest advancements in non-destructive phenotyping and how they’re transforming our understanding of Water-Use Efficiency (WUE) under drought stress. Using time-series data collected from PHENOSPEX’s DroughtSpotter and PlantEye, we demonstrate how isolating experimental phases leads to more accurate analysis of evapotranspiration rates and plant water use.

We explore how tomato plants respond to different levels of drought (Full Field Capacity, 60% FC, 40% FC) and reveal key insights into their stomatal regulation, carbon assimilation, and efficiency in converting water into biomass. Whether you're working on drought tolerance or improving irrigation strategies, this approach can help you optimize plant performance and gain actionable insights into your research.

Water-Use Efficiency, Time-Series Data, Drought Stress, Evapotranspiration, Non-Destructive Phenotyping, Stomatal Control, Carbon Assimilation, PlantEye, DroughtSpotter.

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