Species distribution models predict a wholesale redistribution of trees in the next century, yet
migratory responses necessary to spatially track climates far exceed maximum post‐glacial …

The long-range atmospheric transport models of pollen and fungal spores require four
modules for their development:(i) Meteorological module: which contain the meteorological …

Global warming is expected to have a major impact on plant distributions, an issue of key
importance in biological conservation. However, very few models are able to predict species …

The timing of spring phenology of trees reflects a trade-off between a longer growing season
and a lower risk for damage by late freezing events. Temperature is driving rates of …

Modelling phenology is crucial to assess the impact of climate change on the length of the
canopy duration and the productivity of terrestrial ecosystems. Focusing on six dominant …

Consequences of climate warming on tree phenology are readily observable, but little is
known about the differences in phenological sensitivity to temperature between species and …

Inter-annual variation in climate is reflected by changes in the timing of phenology. Over the
last decades a considerable number of models have been developed in order to explain the …

We explored impacts of climate change on the geographic distribution of European beech
by applying state of the art statistical and process-based models, and assessed possible …

The annual timing of temperate forest leaf colouring is affected by climate change; to date, its
modelling remains a challenge. We take advantage of a ca. 400 leaf colouring observations …

Phenotypic plasticity allows large shifts in the timing of phenology within one single
generation and drives phenotypic variability under environmental changes, thus it will …