This interdisciplinary research explores how geophysics and hyperspectral imaging inform soil-plant dynamics in vineyards, suggesting new strategies for sustainable agriculture.
Key Points
Hyperspectral imaging estimated grapevine leaf traits with predictive relationships up to R2 0.8.
Geophysical data identified significant soil texture differences, linking electrical conductivity to grapevine traits.
Research highlights the influence of climate variability on soil-plant interactions, aligning data collection with vine growth.
Combining hyperspectral and geophysical methods offers a promising new framework for precision viticulture.