Phenology varies widely over space and time because of its sensitivity to climate. However,
whether phenological variation is primarily generated by rapid organismal responses …

Plant regeneration by seeds is highly sensitive to temperature stress, particularly in the
gametophyte stage. However, most of the existing research has focused on one single stage …

The evolution of global temperature during Holocene is crucial for understanding the
mechanisms of climate change and future climate trends. However, there is a discrepancy …

Anthropogenic climate warming affects plant communities by changing community structure
and function. Studies on climate warming have primarily focused on individual effects of …

Changes in spring and autumn phenology and thus growing season length (GSL) pose
great challenges in accurately predicting terrestrial primary productivity. However, how …

香菇单核体菌株在传统PDA 培养基上生长时具有生长缓慢, 容易老化等问题, 本研究以1
株香菇双核体Y0040 以及相对应的2 株单核体(Y0040-1 和Y0040-3) 为研究材料 …

The current increase in annual temperatures is altering spatial distribution and timing of
activity patterns, ie phenology, of many animal and plant species. Theory predicts …

The phenological responses of plants to changing weather conditions are very strong and
can serve as an indicator of global climate change. If we understand how individual species …

The Afromontane region is widely recognized as a biodiversity hotspot, harboring rare,
endemic, and threatened plant species. However, these species face multiple threats …

Ожелезненные пески и песчаники пачки «земля кранта» прусской свиты,
обнажающиеся на северном побережье Самбийского полуострова, были …