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Laurel wilt disease, resulting from the invasive species of ambrosia beetle Xyleborus glabratus and its fungal partner Raffaelea lauricola, has resulted in the death of 300-500 million laurel trees since its arrival to the USA in 2002. First detected in Savannah, Georgia, the beetle species was routinely found associated with wild redbay trees afflicted by a systemic wilt disease, thus the beetle was given the common name, the redbay ambrosia beetle. Since then the beetle has spread throughout the state of Florida and the disease can infect all species in the family Lauraceae. One such tree is the commercially important avocado tree, the second largest tree crop in Florida other than citrus. This disease has been devastating the industry locally and larger avocado industries in Mexico and California have taken notice. The major problem with this disease is the rate at which it kills trees and the lack of viable treatments to save them. Trees succumb to the disease in as little as four weeks. Once symptoms are visually detected, is too late to treat or save that tree and the phytopathogen has already spread to adjacent trees via root grafting. Currently there is no viable, cost effective method of early diagnosis and treatment. The present study was undertaken to evaluate the use of

Laurel Wilt Disease: Early Detection through Canine Olfaction and "Omics" Insights into Disease Progression