Data across scales are required to monitor ecosystem responses to rapid warming in the
Arctic and to interpret tundra greening trends. Here, we tested the correspondence among …

The Arctic, characterised by severe climatic conditions and sparse vegetation, is
experiencing rapid warming, with temperatures increasing by up to four times the global rate …

The ongoing disproportionate increases in temperature and precipitation over the Arctic
region may greatly alter the latitudinal gradients in greenup and snowmelt timings as well as …

Abstract Changes in climate can greatly affect the phenology of plants, which can have
important feedback effects, such as altering the carbon cycle. These phenological feedback …

Widespread changes in the distribution and abundance of plant functional types (PFTs) are
occurring in Arctic and boreal ecosystems due to the intensification of disturbances, such as …

Intertidal vegetation provides important ecological functions, such as food and shelter for
wildlife and ecological services with increased coastline protection from erosion. In cold …

The information on land surface phenology (LSP) was extracted from remote sensing data in
many studies. However, few studies have evaluated the impacts of satellite products with …

In temperature-limited ecosystems such as high-elevation forests, rising temperatures and
increasing carbon dioxide can result in a greening effect and changes in the phenology of …

Abstract Alaska's Yukon–Kuskokwim Delta (YKD) is among the Arctic's warmest, most
biologically productive regions, but regional decline of the normalized difference vegetation …

Arctic and boreal environments are changing rapidly, which could decouple behavioral and
demographic traits of animals from the resource pulses that have shaped their evolution …