Landscape effects might impede or increase spore dispersal and disease risk for crops, as
trees and hedges buffer winds and can behave as spore traps, therefore limiting diffusion of …

Landscape effects might impede or increase spore dispersal and disease risk for crops, as
trees and hedges buffer winds and can behave as spore traps, therefore limiting diffusion of …

Crop pathogenic fungi may originate from reservoir pools including wild vegetation
surrounding fields, and it is thus important to characterize any potential source of pathogens …

Fungal pathogens challenge the integrity of natural environments while threatening global
food security and forestry industries. The occurrence of new and emerging plant fungal …

Fungal pathogens challenge the integrity of natural environments while threatening global
food security and forestry industries. The occurrence of new and emerging plant fungal …

Forest pathology inherently involves a landscape perspective, because tree pathogens
propagate according to heterogeneous spatial patterns of flow and isolation. Landscape …

Natural and managed forests are challenged with a multitude of disturbances caused by, eg,
storm, frost, drought, fire, pests, and pathogens. Changed weather, global trade, and new …

Emerging infectious diseases of trees are a type of biotic invasion that pose a dire threat to
the world's forest ecosystems. In temperate forest environments, tree diseases exacerbate …

The virulence evolution of multiple infections of parasites from the same species has been
modelled widely in evolution theory, and the trajectories of evolution are relevant to parasite …

Biological invasions in forests are growing in number and importance globally. The best
studied examples are those caused by plants and animals, including insects. In contrast …