Alpine environments are among the habitats most strongly affected by climate change, and
consequently their unique plants and pollinators are faced with the challenge of adapting or …

Climate change is having a significant impact on the global ecosystem and is likely to
become increasingly important as this phenomenon intensifies. Numerous studies in climate …

The timing of phenological events is highly sensitive to climate change, and may influence
ecosystem structure and function. Although changes in flowering phenology among species …

The vegetation of the Qinghai–Tibet Plateau (QTP) is vital to the global climate change and
ecological security of China. However, the impact of climate variation on the spatial pattern …

The warming of terrestrial high‐latitude ecosystems, while increasing, will likely be
asymmetric across seasons—where winter non‐growing seasons will warm more than …

Our ability to predict how temperature modifies phenology at the community scale is limited
by our lack of understanding of responses by functional groups of flowering plants. These …

Flowering and fruiting phenology of plants is sensitive to environmental cues, and changes
in reproductive phenology of individual plant species under climate change have been …

Abstract Changes in day (maximum temperature, TMAX) and night temperature (minimum
temperature, TMIN) in the preseason (eg, winter and spring) may have opposite effects on …

Climate warming potentially changes the flowering seasons of terrestrial plants, and thus
species interaction, with consequently substantial impacts on ecosystem structure and …

Boreal peatlands, of which Sphagnum bogs are one of the main types, play essential roles
in the terrestrial soil carbon pool. Vegetation phenology is a sensitive indicator that reveals …