The Science of The Total Environment,
Год журнала:
2024,
Номер
930, С. 172807 - 172807
Опубликована: Апрель 27, 2024
organisms
(at
50
%
loss).Equally,
random
loss
of
BC
affects
herbivore
regulation
to
a
greater
extent
(13.8
at
loss)
than
mediates
their
preservation
(11.4
%).Yet,
under
moderate
biodiversity
loss,
(non-pest)
herbivores
prove
highly
susceptible
organisms.Our
topological
approach
spotlights
how
agriculturally-subsidized
agents
benefit
vegetation
restoration,
while
non-pest
uphold
biological
control
in
on-and
off-farm
settings
alike.Our
work
underlines
the
on-farm
usage
endemic
can
advance
conservation,
and
agricultural
sustainability
imperatives.We
discuss
integrative
approaches
close
interdisciplinary
cooperation
spawn
desirable
outcomes
for
science,
policy
practice.
Research Square (Research Square),
Год журнала:
2025,
Номер
unknown
Опубликована: Март 19, 2025
Abstract
Tree
restoration
is
central
to
increasing
terrestrial
carbon
storage
and
biodiversity.
However,
the
extent
which
potential
for
global
tree
cover
can
be
released
remains
uncertain,
because
efforts
may
involve
trade-offs
with
other
essential
ecosystem
services.
Here
we
estimated
an
area
of
1.3
billion
hectares
globally,
relative
existing
in
intact
forests.
Unlocking
this
restoration,
however,
constrained
by
effects
climatic
factors
such
as
droughts
anthropogenic
pressures
associated
growing
demand
socioeconomic
benefits
forest
resources.
We
project
that
subject
climate
extremes
under
highest
emission
scenario
warming,
will
increase
approximately
100%
globally
2100.
This
likely
result
reduced
realized
and/or
increasingly
disturbed
future
areas.
Our
results
highlight
influence
both
constraints
on
releasing
should
reconciled
pursue
realistic
goals
restoration.
The Science of The Total Environment,
Год журнала:
2024,
Номер
930, С. 172807 - 172807
Опубликована: Апрель 27, 2024
organisms
(at
50
%
loss).Equally,
random
loss
of
BC
affects
herbivore
regulation
to
a
greater
extent
(13.8
at
loss)
than
mediates
their
preservation
(11.4
%).Yet,
under
moderate
biodiversity
loss,
(non-pest)
herbivores
prove
highly
susceptible
organisms.Our
topological
approach
spotlights
how
agriculturally-subsidized
agents
benefit
vegetation
restoration,
while
non-pest
uphold
biological
control
in
on-and
off-farm
settings
alike.Our
work
underlines
the
on-farm
usage
endemic
can
advance
conservation,
and
agricultural
sustainability
imperatives.We
discuss
integrative
approaches
close
interdisciplinary
cooperation
spawn
desirable
outcomes
for
science,
policy
practice.
