Frontiers in Plant Science,
Journal Year:
2020,
Volume and Issue:
11
Published: Nov. 30, 2020
Plants
encounter
several
biotic
and
abiotic
stresses,
usually
in
combination.
This
results
major
economic
losses
agriculture
forestry
every
year.
Climate
change
aggravates
the
adverse
effects
of
combined
stresses
increases
such
losses.
Trees
suffer
even
more
from
recurrence
stress
combinations
owing
to
their
long
lifecycle.
Despite
effort
study
damage
individual
factors,
less
attention
has
been
given
effect
complex
interactions
between
multiple
stresses.
In
this
review,
we
assess
importance,
impact,
mitigation
strategies
climate
driven
forestry.
The
ecological
importance
under
different
is
highlighted
by
contribution
decline
global
forest
area
through
direct
indirect
roles
loss
biodiversity
resulting
local
extinction
endangered
species
trees,
emission
biogenic
volatile
organic
compounds,
reduction
productivity
quality
products
services.
factors
as
high
temperature
drought
increase
disease
insect
pest
outbreaks,
decrease
growth
cause
tree
mortality.
Reports
massive
mortality
events
caused
“hotter
droughts”
are
increasing
all
over
world,
affecting
genera
trees
including
some
most
important
plantation
forests,
Pine,
Poplar,
Eucalyptus
.
While
pests,
pathogens,
parasitic
plants
have
reported
be
associated
with
many
these
events,
a
considerable
number
reports
not
taken
into
account
factors.
available
also
tend
undermine
interactive
Thus,
discussion
centers
on
based
research
innovation,
which
build
models
previously
used
curb
Global Change Biology,
Journal Year:
2015,
Volume and Issue:
22(7), P. 2318 - 2328
Published: Sept. 25, 2015
Trees
alter
their
use
and
allocation
of
nutrients
in
response
to
drought,
changes
soil
nutrient
cycling
trace
gas
flux
(N2
O
CH4
)
are
observed
when
experimental
drought
is
imposed
on
forests.
In
extreme
droughts,
trees
increasingly
susceptible
attack
by
pests
pathogens,
which
can
lead
major
the
soil.
Extreme
droughts
often
more
common
intense
forest
fires,
causing
dramatic
storage
loss
from
ecosystems.
Changes
future
manifestation
will
affect
carbon
uptake
forests,
leading
feedbacks
Earth's
climate
system.
We
must
improve
recognition
nature,
our
ability
manage
forests
face
parameterization
earth
system
models
for
improved
predictions
world's
Global Change Biology,
Journal Year:
2021,
Volume and Issue:
27(13), P. 3009 - 3034
Published: Feb. 19, 2021
Tropicalization
is
a
term
used
to
describe
the
transformation
of
temperate
ecosystems
by
poleward-moving
tropical
organisms
in
response
warming
temperatures.
In
North
America,
decreases
frequency
and
intensity
extreme
winter
cold
events
are
expected
allow
poleward
range
expansion
many
cold-sensitive
organisms,
sometimes
at
expense
organisms.
Although
ecologists
have
long
noted
critical
ecological
role
temperature
extremes
tropical-temperate
transition
zones,
effects
been
understudied,
influence
temperatures
has
too
often
left
out
climate
change
vulnerability
assessments.
Here,
we
examine
on
northward
limits
diverse
group
including
terrestrial
plants,
coastal
wetland
fishes,
sea
turtles,
reptiles,
amphibians,
manatees,
insects.
For
these
can
lead
major
physiological
damage
or
landscape-scale
mass
mortality.
Conversely,
absence
foster
population
growth,
expansion,
regime
shifts.
We
discuss
winters
species
zones.
21st
century,
change-induced
facilitate
species.
Our
review
highlights
knowledge
gaps
for
advancing
understanding
implications
tropicalization
America.
Frontiers in Plant Science,
Journal Year:
2020,
Volume and Issue:
11
Published: Nov. 30, 2020
Plants
encounter
several
biotic
and
abiotic
stresses,
usually
in
combination.
This
results
major
economic
losses
agriculture
forestry
every
year.
Climate
change
aggravates
the
adverse
effects
of
combined
stresses
increases
such
losses.
Trees
suffer
even
more
from
recurrence
stress
combinations
owing
to
their
long
lifecycle.
Despite
effort
study
damage
individual
factors,
less
attention
has
been
given
effect
complex
interactions
between
multiple
stresses.
In
this
review,
we
assess
importance,
impact,
mitigation
strategies
climate
driven
forestry.
The
ecological
importance
under
different
is
highlighted
by
contribution
decline
global
forest
area
through
direct
indirect
roles
loss
biodiversity
resulting
local
extinction
endangered
species
trees,
emission
biogenic
volatile
organic
compounds,
reduction
productivity
quality
products
services.
factors
as
high
temperature
drought
increase
disease
insect
pest
outbreaks,
decrease
growth
cause
tree
mortality.
Reports
massive
mortality
events
caused
“hotter
droughts”
are
increasing
all
over
world,
affecting
genera
trees
including
some
most
important
plantation
forests,
Pine,
Poplar,
Eucalyptus
.
While
pests,
pathogens,
parasitic
plants
have
reported
be
associated
with
many
these
events,
a
considerable
number
reports
not
taken
into
account
factors.
available
also
tend
undermine
interactive
Thus,
discussion
centers
on
based
research
innovation,
which
build
models
previously
used
curb