Gradual changes in composition resulting from decreased
evergreen conifer productivity and increased mortality, as well as increased deciduous species productivity, can be facilitated by more rapid shifts associated with fire disturbance where it can occur.
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.
Justin Richardson led a study that finds New England's forest soils will store fewer nutrients and metals as climate change prompts deciduous trees to replace
evergreen conifers.
Forest soils across New England will store fewer nutrients and metals — some beneficial, some harmful — as climate change prompts maples and other deciduous trees to replace the region's iconic
evergreen conifers, a Dartmouth College study finds.
The vegetation in the region is a mixture of
evergreen conifers, subalpine fir (Abies lasiocarpa), Douglas - fir (Pseudotsuga menziesii), lodgepole pine (Pinus contorta), Englemann spruce (Picea engelmannii), and ponderosa pine (Pinus ponderosa).
The timing of the chlorophyll loss varies between trees, and when combined with the presence of
evergreen conifers, gives the flamboyant array witnessed, typically heavy in the yellow to red pigments.
Not exact matches
You can head outside and find some
conifers (usually
evergreens) in your area.
The vast majority of upland forests and woodlands are dominated by
conifers, all but one of which are
evergreen.
Conifers and
evergreens give solid shade, while deciduous varieties give dappled shade.