Woody and Herbaceous Plants of Inner Asia: Species Richness and Ecogeorgraphic Patterns

The temperature regime showed a statistically significant positive trend in Yakutsk during the period 1961–2021. Thus, climate warming in the region has led to minor phenological shifts in the seasonal development of the Allium species, which differ in amplitude, duration, and direction. However, statistical analysis did not show significant differences in the phenological cycles of A. schoenoprasum, A. senescens, and A. ramosum. In a climate that has been changing for 54 years, these species have retained stability in the timing of their main phenological phases. The most noticeable phenological response to climate change was noted in two species – A. prostratum, A. splendens, that respond with statistically significant shifts in the beginning of flowering period (A. prostratum, р = 0,0009), the end of vegetative period (A. splendens, р = 0,0137), duration of prefloral period (A. prostratum, p = 0,0162) and duration of vegetative period (A. splendens, p = 0,0298). We conclude that a slight shift in the timing of the main phenological phases in the five species of the genus Allium over 54 years suggests the inertia of the phenological response of the plants to climate change.

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Woody and Herbaceous Plants of Inner Asia: Species Richness and Ecogeorgraphic Patterns

Cited by 2 publications

References 32 publications

Assessment of herbaceous community structure for identifying metal-tolerant species at different land uses in and around Varanasi city

Assessment of herbaceous community structure for identifying metal-tolerant species at different land uses in and around Varanasi city

Phenological response of some species of the genus Allium to climate change in Central Yakutia

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