Pauline Friche, Lionel Moulis, Aurélie Du Thanh, Olivier Dereure, Claire Duflos, Francois Carbonnel
Training Family Medicine Residents in Dermoscopy Using an e-Learning Course: Pilot Interventional Study
JMIR formative research
past decade recognized need innovative methods monitor manage plant diseases aiming meet precision demands modern agriculture last 15 years significant advances detection monitoring management plant diseases made largely propelled cuttingedge technologies recent advances precision agriculture driven sophisticated tools sensors artificial intelligence microsensor networks autonomous vehicles technologies enabled development novel cropping systems allowing targeted management crops contrasting traditional homogeneous treatment large crop areas research field usually highly collaborative interdisciplinary endeavor brings together experts diverse fields plant pathology computer science statistics engineering agronomy despite progress translating advancements precision decisionmaking automation agricultural practice remains challenge enhancing accuracy timeliness disease detection continues priority datadriven artificial intelligence systems poised play pivotal role perspective addresses critical questions challenges faced implementation digital technologies plant disease management underscores urgency integrating innovative technological advances traditional integrated pest management ipm highlights unresolved issues regarding establishment control thresholds sitespecific treatments necessary alignment digital technology use regulatory frameworks importantly paper calls intensified research efforts widespread knowledge dissemination education optimize application digital tools plant disease management