To achieve a sustainable society and solve the problems caused by climate change and
socioeconomic activities, it is necessary to monitor the spatial and temporal variability of …

The present study focuses on the leaf unfolding dynamics of deciduous broadleaf forests in
Central Europe. MODerate resolution Imaging Spectroradiometer (MODIS) Normalized …

While artificial light at night (ALAN) is gaining more attention in view of its proven negative
effect on animals, including humans, it remains a little-known matter when it comes to plants …

Predicting the length of growing season to further warming relies on both spring and autumn
phenological responses of different species, but with little experimental evidence under …

This research reveals new insights into the weather drivers of interannual variation in land
surface phenology (LSP) across the entire European forest, while at the same time …

Warming temperatures are advancing the timing of seasonal vegetation development in the
extratropics, altering plant–animal interactions and increasing the risk of trophic asynchrony …

The impacts of climate change and extreme weather events (eg frost-, heat-, drought-, and
heavy rainfall events) on the continuous phenological development over the entire seasonal …

The timing of the seasonal activity of organisms is a tractable indicator of climate change.
Many studies in North America have investigated the role of temperature on the onset date …

Autumn phenology is an important part of the tree growing season that is still poorly
understood. In addition to the environmental factors that might affect its timing, there are …

Accurate monitoring of leaf phenology, from individual trees to entire ecosystems, is vital for
understanding and modeling forest carbon and water cycles, as well as assessing climate …