Forests,
Год журнала:
2024,
Номер
15(6), С. 1064 - 1064
Опубликована: Июнь 20, 2024
In
the
critical
period
of
strengthening
construction
ecological
civilization,
forest
cities
has
become
an
important
measure
to
promote
urban
ecosystem
restoration
and
achieve
sustainable
development.
Based
on
mechanism
city
promoting
green
development,
a
national
is
regarded
as
“quasi-natural
experiment”.
Using
China’s
panel
data
from
2005
2019,
impact
total
factor
productivity
was
evaluated
using
Multistage
asymptotic
double
difference.
The
results
show
that
National
Forest
Cities
with
environmental
regulation
can
significantly
regional
productivity,
which
still
valid
after
series
Robustness
tests.
Mechanism
analysis
shows
not
only
affects
territorial
spatial
planning
but
also
forms
linkage
technology
innovation,
mutual
promotion
jointly
development
goals.
This
paper
argues
building
goals
in
new
era,
process
policy
implementation,
it
necessary
implement
selection
system
according
local
conditions.
IntechOpen eBooks,
Год журнала:
2025,
Номер
unknown
Опубликована: Фев. 21, 2025
This
chapter
aims
to
explore
the
critical
role
of
forests
in
mitigating
global
climate
change
by
enhancing
carbon
sequestration.
We
synthesized
research
sink,
showcasing
their
significant
sink
potential.
Drawing
on
previous
studies,
we
introduced
contributions
various
forest
types
and
management
practices
bolster
Case
studies
successful
nature-based
solutions
(NbS)
projects
are
highlighted
illustrate
effective
strategies
for
increasing
sinks.
Additionally,
outlined
methodologies
quantifying
sequestration,
encompassing
field-based
approaches,
remote
sensing
technologies,
advanced
modeling
techniques.
Sustainable
were
evaluated,
with
a
focus
afforestation,
reforestation,
conservation,
efficient
utilization
resources,
including
wood
products
renewable
energy
integration.
Furthermore,
discussed
existing
policy
frameworks,
particular
emphasis
REDD+
initiative,
provide
recommendations
enhance
effectiveness
promoting
In
summary,
this
offers
holistic
perspective
how
can
be
leveraged
as
vital
tool
combating
change.
Environmental Science & Technology,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 11, 2025
Urban
greenspace
(UGS)
is
a
crucial
nature-based
solution
for
mitigating
increasing
human
exposure
to
extreme
heat,
but
its
long-term
potential
has
been
poorly
quantified.
We
used
high
spatial-temporal
resolution
data
sets
of
urban
land
cover
and
population
grid
in
combination
with
an
climate
model,
machine
learning,
use
simulation
model
assess
the
impact
UGS
on
(high-heat
exposure,
HHE)
spatial
optimization
strategies.
Results
showed
that
HHE
have
strong
spatiotemporal
dynamic
coupling
21st
century
Chinese
cities.
Moreover,
shrinkage
increased
by
0.58–1.15
°C,
while
expansion
mitigated
it
0.72–1.26
both
stronger
SSP3–7.0
SSP5–8.5
scenarios.
Different
from
common
impressions,
relationships,
rather
than
quantities
UGS,
are
more
influential
(1.3–1.8
times)
HHE.
Our
solutions
suggest
simply
enhancing
connectivity
between
patches
can
mitigate
9.1–21.1%,
especially
eastern
central
results
provide
example
how
improve
adaptation
ecological
space
designs
strongly
promote
research
optimal
patterns
future
robust
heat
mitigation.
Sustainability,
Год журнала:
2025,
Номер
17(6), С. 2499 - 2499
Опубликована: Март 12, 2025
Clarifying
the
spatial
relationships
and
impact
mechanisms
of
forest
carbon
storage
is
essential
for
designing
sink
policies
promoting
coordinated
regional
sustainable
development.
Using
panel
data
from
21
cities
in
Guangdong
Province
between
2012
2021,
this
study
employs
accumulation
expansion
method,
exploratory
analysis
(ESDA),
econometric
models
to
investigate
distribution,
spillover
effects,
storage.
The
results
show
following:
(1)
During
period,
exhibited
a
fluctuating
upward
trend
notable
disparities,
with
highest
levels
observed
northern
region.
(2)
Forest
exhibits
correlation
characteristics
positive
effect,
value
0.2394.
(3)
Temperature
has
negative
effect
on
storage,
while
gross
product
demonstrates
direct
effect.
In
contrast,
labor
afforestation
are
key
factors
that
possess
significant
effects.
Therefore,
developing
sinks,
it
recommended
government
implement
adaptation
strategies
strengthen
inter-city
cooperation
promote
Forests,
Год журнала:
2025,
Номер
16(3), С. 536 - 536
Опубликована: Март 19, 2025
As
global
climate
change
and
urban
issues
worsen,
increasing
carbon
offsets
is
crucial,
with
plants
playing
a
key
role.
However,
research
on
assessing
plant
sequestration
(CSE)
capacity
at
the
regional
scale,
selecting
plants,
optimizing
CSE
capacity-based
scenarios
still
limited.
A
total
of
272
species
were
surveyed
in
nine
cities
Zhengzhou
Metropolitan
Area
(ZMA).
The
i-Tree
biomass
models
estimated
average
storage
(CS)
density
9.32
kg
C
m−2
0.55
y−2
ZMA.
highest
CS
(13.58
m−2)
was
observed
Pingdingshan,
while
lowest
(0.36
y−1
Xuchang.
Hierarchical
cluster
analyses
identified
balanced
capacity,
adaptability,
ornamental
value,
such
as
Populus
tomentosa
Carr.
Salix
babylonica
L.,
well
shrubs
like
Abelia
biflora
Turcz
Kerria
japonica
(L.)
DC.
Vegetation
regeneration
modeling
indicated
that
could
increase
by
37%–41%
along
roads,
28%–43%
amenity
areas,
17%–30%
near
waterfronts
over
next
50
years.
These
findings
serve
reference
for
planning
aimed
enhancing
reduction
potential
green
spaces
(UGS).
Urban Science,
Год журнала:
2025,
Номер
9(5), С. 137 - 137
Опубликована: Апрель 23, 2025
The
effects
of
climate
change
are
particularly
pronounced
in
cities,
where
urban
green
infrastructure—such
as
trees,
parks,
and
spaces—plays
a
vital
role
both
adaptation
mitigation.
This
study
assesses
the
carbon
sequestration
potential
forests
Budapest,
capital
city
Hungary,
which
lies
at
intersection
Great
Hungarian
Plain
Buda
Hills,
is
traversed
by
Danube
River.
characterized
temperate
with
hot
summers
cold
winters,
diverse
range
soil
types,
including
shallow
Leptosols
Cambisols
limestone
dolomite
hills
Buda,
well-developed
Luvisols
Regosols
valleys,
Fluvisols
Arenosols
flood-affected
areas
Pest,
Technosols
found
on
sides
city.
assessment
utilizes
data
from
National
Forestry
Database
Copernicus
Land
Monitoring
Service
High
Resolution
Layer
Tree
Cover
Density.
results
show
that
Budapest’s
trees
contribute
an
estimated
annual
offset
−41,338
tCO2,
approximately
1%
city’s
total
emissions.
Pest
exhibit
notable
differences
storage,
age
class
structure,
tree
species
composition,
naturalness.
On
side,
older
semi-natural
dominated
native
primarily
act
situ
reservoirs,
limited
additional
capacity
due
to
their
age,
slower
growth,
longer
rotation
periods.
In
contrast,
Pest-side
forests,
extensively
managed
introduced
plantations,
contain
higher
proportion
non-native
such
black
locust
(Robinia
pseudoacacia)
hybrid
poplars
(Populus
×
euramericana).
Despite
harsher
climatic
conditions,
perform
better
sink
compared
those
they
younger,
lower
stocks
but
rates.
Our
findings
provide
valuable
insights
for
development
climate-resilient
forestry
planning
strategies,
emphasizing
importance
enhancing
long-term
forests.
