Dispersal is a fundamental biological process, operating at multiple temporal and spatial
scales. Despite an increasing understanding of fungal biodiversity, most research on fungal …

Monitoring airborne inoculum is gaining interest as a potential means of giving growers an
earlier warning of disease risk in a management unit or region. This information is sought by …

Some biological particles and macromolecules are particularly efficient ice nuclei (IN),
triggering ice formation at temperatures close to 0∘ C. The impact of biological particles on …

Many high-risk plant pathogens are transported over long distances (hundreds of meters to
thousands of kilometers) in the atmosphere. The ability to track the movement of these …

The increased occurrence of Fusarium-mycotoxins in Norwegian cereals over the last
decade, is thought to be caused by increased inoculum resulting from more cereal residues …

Perhaps the earliest form of monitoring the regional spread of plant disease was a group of
growers gathering together at the market and discussing what they see in their crops. This …

Combining population genetics with epidemiology provides insight into the population
biology of pathogens, which could lead to improved management of plant diseases. Gummy …

Fusarium graminearum is primarily understood as an agricultural pathogen affecting cereal
crops, but its host range also includes diverse, noncultivated grasses ubiquitous across …

Background Fusarium graminearum is one of the main causal agents of the Fusarium Head
Blight, a worldwide disease affecting cereal cultures, whose presence can lead to …

Dispersal processes play an essential role in cereal diseases caused by phytopathogenic
Fusarium. However, most empirical studies of Fusarium spore dispersal have focused on …