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Technological advancements in the use of hyperspectral imaging to manage Mediterranean stone pine (HyperPinea).
HyperPinea proposes to combine hyperspectral remote sensing data from state-of-the-art airborne sensors and unmanned aerial vehicles (UAVs) with field physiological sensor measurements to provide a holistic perspective on the water balance, growth and productivity across different Mediterranean stone pine, Pinus pinea, in experimental trials, commercial pine nut plantations, and natural forests.
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