In North America these coupled interactions set the stage for changes in ecological processes, already documented, consistent with a biome shift characterized by increased deciduous composition in the interior boreal forest and evergreen conifer migration
into tundra areas that are, at the same time, experiencing increased shrub densification.
Not exact matches
Elsewhere many smaller ice sheets and glaciers grew, vast
areas turned
into tundra and deserts expanded as the planet became drier.
We're seeing
areas of formerly treeless, windswept
tundra transition
into shrub vegetation as the climate warms and different things grow.
The Finnish Meteorological Institute has participated in a study in which similar
tundra areas were divided
into three different types of
tundra on the basis of climate and vegetation.
Forests generally would be supported further
into the Arctic
areas where the
tundra permafrost melts.
Some are predictable, such as a widespread growth of shrubs across vast former
tundra areas shedding their leaves to be windblown
into the increasingly prevalent themokarst melt pools and land - slip dam lakes, where they'll rot anaerobically to release additional methane.
Taking
into account how Arctic sea - ice loss and accompanying
tundra temperatures have been reported, the northern
areas occupy media items quite a lot.