If future climate change were to lead to reduced growing season soil water contents (resulting from either lower precipitation or elevated evapotranspiration) early forest ecosystem responses are likely to be exhibited by regenerating vegetation instead of the existing dominant overstory trees (Hanson et al.).
(future climate change; were; to lead to reduced growing season soil water contents) (future climate change; to lead; to reduced growing season soil water contents) (early forest ecosystem responses; are; likely to be exhibited by regenerating vegetation instead of the existing dominant overstory trees) (early forest ecosystem responses; to be exhibited; by regenerating vegetation instead of the existing dominant overstory trees) (reduced growing season soil water contents; resulting; from either lower precipitation)
future climate change future climate change early forest ecosystem responses early forest ecosystem responses reduced growing season soil water contents
were to lead are to be exhibited resulting
to lead to reduced growing season soil water contents
to reduced growing season soil water contents
likely to be exhibited by regenerating vegetation instead of the existing dominant overstory trees
by regenerating vegetation instead of the existing dominant overstory trees
from either lower precipitation