Land,
Journal Year:
2024,
Volume and Issue:
13(12), P. 2148 - 2148
Published: Dec. 10, 2024
The
study
focused
on
optimizing
carbon
sequestration
in
urban
artificial
wetlands,
using
the
Shanghai
Fish
and
Dishui
Lake
as
case
studies.
As
cities
like
experienced
rapid
urbanization,
natural
wetland
areas
diminished,
making
wetlands
essential
for
storage
ecosystem
preservation.
investigated
how
various
factors—such
plant
species,
size,
landscape
patterns—influenced
sequestration.
Through
field
surveys
remote
sensing,
density
changes
from
2018
to
2023
were
analyzed
grid-based
pattern
metrics.
Results
showed
significant
spatial
variation
sequestration,
with
larger,
more
fragmented
patches
contributing
storage.
Emergent
plants,
particularly
Phragmites
australis
Typha
angustifolia,
demonstrated
highest
potential.
research
proposed
three
optimization
models
(point,
linear,
planar)
tailored
different
areas,
focusing
expanding
diversity,
enhancing
complexity,
improving
patch
distribution.
After
optimization,
was
projected
increase
by
2.6
times,
while
Lake’s
expected
grow
3.5
times.
concluded
that
carefully
planned
management,
emphasizing
species
selection
design,
could
significantly
enhance
Shanghai’s
neutrality
goals.
provided
valuable
insights
ecological
planning,
highlighting
role
of
climate
regulation.
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 14, 2024
Abstract
Hydrothermal
pattern
and
vegetation
community
structure
are
key
factors
affecting
the
soil
organic
carbon
(SOC)
formation
accumulation
in
alpine
peatlands.
Research
on
influence
of
SOC
spatial
differentiation
under
thaw
slump
erosion
gullies
drainage
gradient,
can
help
understand
peatlands
sequestration
mechanism
climate
change.
In
this
paper,
experiments
were
conducted
Zoige
Plateau.
From
undisturbed
peatland
to
edge
gully
formed
by
slump,
according
water
level
changes.
Four
gradient
sample
plots
set
up
successively,
namely
undrained
(Ⅰ),
lightly
drained
(Ⅱ),
moderately
(Ⅲ)
heavily
(Ⅳ),
effects
characteristics
content
at
different
gradients
studied.
The
results
show
that:
Horizontally,
dominant
species
succession
from
Carex
muliensis
(I)
Blysmus
sinocompressus
(II,
III)
Kobresia
tibetica
(IV),
SOC,
(SWC),
C/N,
biomass
(TB),
litter
count
(LC),
root/shoot
(R/S)
decreased,
bulk
density
(BD),
pH
temperature
(ST)
increased.
Vertically,
Sample
plot
I
II,
III,
IV
firstly
decreased
then
was
highly
significant
positive
correlation
with
TB,
LC,
R/S
(p
<
=
0.01).
Path
analysis
indicated
that
order
SWC
>
C/N
ST
BD.
Drainage
affects
ecohydrological
processes,
disrupts
balance
material
input
decomposition,
changes
horizontal
vertical
patterns,
causing
degradation.
Land,
Journal Year:
2024,
Volume and Issue:
13(12), P. 2148 - 2148
Published: Dec. 10, 2024
The
study
focused
on
optimizing
carbon
sequestration
in
urban
artificial
wetlands,
using
the
Shanghai
Fish
and
Dishui
Lake
as
case
studies.
As
cities
like
experienced
rapid
urbanization,
natural
wetland
areas
diminished,
making
wetlands
essential
for
storage
ecosystem
preservation.
investigated
how
various
factors—such
plant
species,
size,
landscape
patterns—influenced
sequestration.
Through
field
surveys
remote
sensing,
density
changes
from
2018
to
2023
were
analyzed
grid-based
pattern
metrics.
Results
showed
significant
spatial
variation
sequestration,
with
larger,
more
fragmented
patches
contributing
storage.
Emergent
plants,
particularly
Phragmites
australis
Typha
angustifolia,
demonstrated
highest
potential.
research
proposed
three
optimization
models
(point,
linear,
planar)
tailored
different
areas,
focusing
expanding
diversity,
enhancing
complexity,
improving
patch
distribution.
After
optimization,
was
projected
increase
by
2.6
times,
while
Lake’s
expected
grow
3.5
times.
concluded
that
carefully
planned
management,
emphasizing
species
selection
design,
could
significantly
enhance
Shanghai’s
neutrality
goals.
provided
valuable
insights
ecological
planning,
highlighting
role
of
climate
regulation.
