In this review recent progress in aerobiological models for the dry dispersal of spores of
fungal pathogens close to a source is discussed. Removal of spores from host surfaces; …

Understanding the mechanisms of Phytophthora capsici sporangial dissemination is
paramount to understanding epidemic initiation and development. Direct laboratory …

Abstract Models of atmospheric dispersal of anemophilous pollen are important tools in
Quaternary plant ecology for determining pollen-source areas and for applying distance …

The initiation of disease by members of Botrytis species depends on a complex sequence of
biological events involving host and environment sensing, chemical and physical …

Successful integrated pest management strategies depend on an accurate evaluation of
'immigrant'inoculum coming into a managed area. Dispersal of plant pathogenic fungus …

The settling speed of corn pollen is fundamental for determining the distance that corn
pollen can be transported in the atmosphere and for determining its probability of being …

The settling velocity in still air of natural and dyed spores and pollen of several species was
measured using the method of McCubbin and was found to be as follows (in cm s-1): black …

Estimating Spore Release Rates Using a Lagrangian Stochastic Simulation Model in:
Journal of Applied Meteorology and Climatology Volume 40 Issue 7 (2001) Jump to Content …

The three-dimensional, turbulent dispersal of airborne spores yielded epidemiological
contact distributions characterized by a length scale that continually increased with …

The introduction of genetically modified (GM) crops has reinforced the need to quantify gene
flow from crop to crop. This requires predictive tools which take into account meteorological …