The Arctic is warming twice as fast as the rest of the planet, leading to rapid changes in
species composition and plant functional trait variation. Landscape-level maps of vegetation …

Changes in vegetation distribution, structure, and function can modify the canopy properties
of terrestrial ecosystems, with potential consequences for regional and global climate …

The Arctic is currently undergoing intense changes in climate; vegetation composition and
productivity are expected to respond to such changes. To understand the impacts of climate …

As a result of the warming observed at high latitudes, there is significant potential for the
balance of ecosystem processes to change, ie, the balance between carbon sequestration …

Plot-scale field measurements are necessary to monitor changes to tundra vegetation, which
has a small stature and high spatial heterogeneity, while satellite remote sensing can be …

Multi-scale modeling of Arctic tundra vegetation requires characterization of the
heterogeneous tundra landscape, which includes representation of distinct plant functional …

Warming in the Arctic has resulted in changes in the distribution and composition of
vegetation communities. Many of these changes are occurring at fine spatial scales and at …

A systematic review and inventory of recent research relating to optical remote sensing of
Arctic vegetation was conducted, and thematic and geographical trends were summarized …

In the face of climate change, it is important to estimate changes in key ecosystem properties
such as plant biomass and gross primary productivity (GPP). Ground truth estimates and …

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 …