In an epoch of rapid environmental change, understanding and predicting how biodiversity
will respond to a changing climate is an urgent challenge. Since we seldom have sufficient …

Climate change is a pervasive threat to biodiversity. While range shifts are a known
consequence of climate warming contributing to regional community change, less is known …

The potential for climate change to disrupt phenology‐mediated interactions in interaction
networks has attracted considerable attention in recent decades. Frequently, studies …

Climate warming is changing the aboveground phenology of plants around the world.
However, the effects of warming on the belowground phenology of plants remain relatively …

The timing of life events (phenology) can be influenced by climate. Studies from around the
world tell us that climate cues and species' responses can vary greatly. If variation in climate …

With the global change in climate, the Arctic has been pinpointed as the region experiencing
the fastest rates of change. As a result, Arctic biological responses—such as shifts in …

Climate warming is expected to lengthen the growing season of tree species and enhance
radial growth rates. Alternatively, a longer growing season could not lead to improved radial …

Global climate change is shifting the timing of life-cycle events, sometimes resulting in
phenological mismatches between predators and prey. Phenological shifts and subsequent …

Phenology refers to the seasonal timing patterns commonly exhibited by life on Earth, from
blooming flowers to breeding birds to human agriculture. Climate change is altering abiotic …

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