The thermal performance curve is an ecological concept relating the phenotype of
organisms and temperature. It requires characterization of the leaf temperature for foliar …

The effects of global change on semi‐natural and agro‐ecosystem functioning have been
studied extensively. However, less well understood is how global change will influence …

We examined the effect of short-term exposure to high and low temperatures and a range of
relative humidity (RH) on survival of Phytophthora ramorum hyphae. Spore-free hyphal …

Effects of temperature and gaseous regimes on development of fungal communities, from
latent infections in twigs, branches and stems of European beech (Fagus sylvatica), were …

In an attempt to evaluate the effects of climatic change on the great diversity of host-
pathogen associations (which are likely to be quite different in long-established natural …

The analysis of the effect of soil water matric potential and temperature regimes on the
inactivation of chlamydospores of Phytophthora nicotianae in cabbage amended soils was …

The growth and development of plant pathogens and their hosts generally respond strongly
to the temperature of their environment. However, most studies of plant pathology record …

Heat sensitivity and the effect of soil solarization on the survival of hyphae and spores of P.
cinnamomi, P. cactorum and P. megasperma were determined in inoculated walnut twigs …

Limits on the survival of P. alni subsp. alni (PAA) due to low temperature can be expected
based on previously published laboratory and field studies. This study presents a laboratory …

Climate change is expected to lead to adverse impacts on global agricultural production, as
it influences plant disease occurrence and severity at spatial and temporal scales (Howden …