Forest Pathology and Plant Health

© 2019 by the authors; CC BY license

forest health monitoring; eastern white pine; tree density; tree disease; needle blight; Pinus; defoliation; Dothistroma; Lecanosticta; laurel wilt; Lauraceae; redbay; avocado; Raffaelea lauricola; Xyleborus glabratus; ambrosia beetles; coevolution; disease spread; invasive pathogens; host connectivity; host diversity; Cryphonectria parasitica; Hymenoscyphus fraxineus; biological invasions; Armillaria; rhizomorphs; climate changes; rainfall patterns; Pinus taeda; Southern Pine Decline; Leptographium terebrantis; Grosmannia huntii; Seiridium cardinale; fungal pathogen; Cupressus; alien species; landscape properties; population genetic; phenotypic traits; disease management; resistance; Botryosphaeriaceae; latent pathogen; endophyte; fungal ecology; fungal invasion; quarantine; forest pathogens; disease triangle; landscape ecology; disturbance interactions; fire; insect outbreak; forestry; tree fungal pathogen; root-rot disease; Heterobasidion annosum; Ganoderma boninense; evolutionary epidemiology; quantitative host–pathogen interaction; asexuality; clonality; saprotrophism; Botryosphaeriaceae; Cerambyx welensii; Coraebus fasciatus; oak decline; climate warming; pathogen occurrence; transport vectors; biological invasions; climate; disease triangle; epidemiology; forest; geographic information system; modelling; Oomycetes; plant disease; sudden oak death; eucalypt rust; pathogenesis; phenological stage leaves; pre-infection stage; resistance; leaf discs; scanning electron microscopy; Puccinia psidii; biological invasions; climate; disease triangle; epidemiology; forest; Geographic Information System; modeling; variability