Land,
Journal Year:
2022,
Volume and Issue:
11(9), P. 1540 - 1540
Published: Sept. 11, 2022
The
Gross
Ecosystem
Product
(GEP)
is
an
important
way
to
assess
the
state
of
ecosystem
and
clarify
coupling
coordination
between
economic
system,
which
can
be
a
scientific
basis
for
achieving
synergistic
development
society
ecological
civilization.
In
this
paper,
11
prefectural
cities
in
Jiangxi
Province
are
taken
as
research
areas.
Based
on
data
land
use,
normalized
difference
vegetation
index,
net
primary
productivity,
soil,
meteorology,
elevation
statistics,
study
accounts
GEP
2010
2020
based
biophysical
model,
analyzes
changes
its
ecosystem’s
state.
obtained
from
Statistical
Yearbook,
regional
index
system
was
established;
levels
economy
were
measured
with
help
entropy-weight-TOPSIS
method,
interaction
mechanism
dynamics
them
explored
degree
model.
It
found
that
during
2010–2020,
increased
by
0.35%,
value
material
goods
cultural
services
49.57%
414.03%,
respectively,
but
regulating
decreased
9.89%;
main
coupled
coordinated
characteristics
developed
basic
coordination-economic
lagging
moderate
coordination-ecological
lagging,
continues
improve,
gross
product
lags
behind
level
development.
International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
20(1), P. 717 - 717
Published: Dec. 30, 2022
This
paper
aims
to
explore
how
develop
reasonable
ecological
compensation
standards
improve
the
effectiveness
of
water
diversion
projects.
Watershed
is
an
important
means
coordinate
watershed
protection
and
development
and,
additionally,
standard
accounting
core
issue
compensation.
The
previous
literature
has
mainly
calculated
from
a
single
perspective,
such
as
main
headwater
or
receiver
areas,
meaning
interests
another
under-appreciated
area
would
inevitably
be
ignored.
calculation
results
different
perspectives
methods
vary
greatly,
directly
affecting
implementation
mechanisms.
In
this
paper,
world’s
largest
project,
Middle
Route
South-to-North
Water
Diversion
Project,
was
selected
study
area.
total
cost
correction
model
perspective
areas.
resources
input-output
areas
evaluate
criteria
compare
differences
between
two
models.
show
that
based
on
source
are
influenced
by
construction
expenditures
industrial
opportunity
losses
in
watershed,
with
higher
costs
early
period
but
more
moderate
growth
trend
later
period.
increase
annual
project
diversion,
low
period,
faster
differ
significantly;
contribution
enrich
research
cross-basin
projects
multiple
perspectives.
Ecological Indicators,
Journal Year:
2024,
Volume and Issue:
158, P. 111609 - 111609
Published: Jan. 1, 2024
Spatially,
ecological
infrastructure
(EI)
is
a
multi-scale
and
cross-level
network
promoting
sustainable
urban
development.
Due
to
the
distinct
features
of
different
scales,
researchers
have
emphasized
importance
EI
construction,
which
calls
for
support
from
framework
scientific
evaluation.
Thus,
based
on
nature-based
solutions
(NbS)
criteria,
this
study
proposes
construction
benefits
(MECBs-NbS)
evaluation
with
scale
differences
chooses
Guangdong-Hong
Kong-Macao
Greater
Bay
Area
(GBA)
as
case
study.
The
results
show
that:
(1)
MECBs-NbS
fairly
applicable;
(2)
in
2020,
building
security
patterns
at
macro-scale
(GBA
agglomeration)
by
around
203.63
billion
RMB;
improving
human-nature
harmony,
ecological,
physical,
social
meso-scale
(Huizhou
city)
were
about
358.50
while
benefit
completing
engineering
tasks
micro-scale
(site)
was
34.85
million
(3)
overall,
built-up
area
center,
decreased,
gradually
changed
being
dominated
benefits;
(4)
supporting
status
quo
analysis
before
assessment
following
may
not
only
planning,
design
management
EI,
but
also
serve
crucial
tool
encourage
public
participation
evaluate
performance
government
work.
This
aims
provide
new
perspective
that
will
improve
resilience.
Land,
Journal Year:
2024,
Volume and Issue:
13(10), P. 1618 - 1618
Published: Oct. 5, 2024
The
National
Park
of
Hainan
Tropical
Rainforest
(NPHTR)
plays
the
crucial
role
an
ecological
barrier
for
Island.
It
also
serves
as
a
valuable
repository
tropical
biological
heritage
world.
scientific
establishment
security
pattern
(ESP)
NPHTR
is
therefore
essential
ensuring
robustness
and
stability
this
regional
ecosystem,
safeguarding
biodiversity,
promoting
sustainable
development.
This
study
integrates
ecosystem
service
functions
(ESFs)
sensitivity
to
identify
sources
(ESs)
so
that
integrity
promoted
ensured.
Ecological
corridors
(ECs)
are
established
on
basis
minimum
cumulative
resistance
(MCR)
model
circuit
theory.
We
integrate
ESs,
nodes,
construct
ESP
NPHTR.
areas
extreme
importance
in
account
25.17%
25.47%
its
overall
area,
respectively,
predominantly
situated
higher
elevations
eastern
central
regions.
Further,
ESs
mainly
distributed
western
region,
specifically
Ba
Wangling
(BWL),
Jian
Fengling
(JFL),
Ying
Geling
(YGL),
covering
area
1624.67
km2
(38.06%
total
area)
After
correction,
47
ECs
with
distance
870.9
km
have
been
established,
BWL
YGL
serving
core
areas.
pinch-
points
cover
11.49
16.35
km2,
primarily
consisting
man-made
landscapes
such
farmlands
buildings.
These
significantly
disturbed
by
human
activities.
has
“one
screen,
one
district,
three
belts,
multiple
points,
corridors”.
YGL,
which
contain
numerous
corridors,
functional
zones.
To
ensure
horizontal
connectivity
rare
wildlife,
Nomascus
hainanus
Cervus
eldii
hainanus,
should
establish
buffer
or
development
findings
offer
insights
planning
civilization
Island,
well
management
other
national
parks
nature
reserves.
Ecological Indicators,
Journal Year:
2021,
Volume and Issue:
130, P. 108076 - 108076
Published: Aug. 13, 2021
Understanding
the
characteristics
of
urban
green-space
water
consumption
is
crucial
to
sustainable
development
under
urbanization
and
scarcity.
However,
temporal–spatial
driving
are
still
unknown.
Characteristics
factors
in
286
cities
China
analyzed
this
study.
Results
showed
that
(m3/ha)
changed
(decreased:
250,
increased:
36,
p
<
0.05)
from
2004
2017.
The
decreased
by
57.54%
9,490
m3/ha
4,030
m3/ha.
In
addition,
44
demonstrate
high
(>12,570
m3/ha)
74
present
low
(≤6,380
m3/ha).
High
aggregated
southern
northern
China,
respectively.
Urban
supply,
education,
number
patents,
GDP
per
capita,
temperature,
rainfall,
park
areas
significantly
increased
(p
0.05),
while
built-ups,
green
land,
built-up
coverage
rate
reduced
0.05).
Water
recovery
price
minimally
affect
but
provide
new
ideas
for
utilization
resources.
This
study
highlights
potential
subsidies
markets
urbanization.
Land,
Journal Year:
2022,
Volume and Issue:
11(9), P. 1540 - 1540
Published: Sept. 11, 2022
The
Gross
Ecosystem
Product
(GEP)
is
an
important
way
to
assess
the
state
of
ecosystem
and
clarify
coupling
coordination
between
economic
system,
which
can
be
a
scientific
basis
for
achieving
synergistic
development
society
ecological
civilization.
In
this
paper,
11
prefectural
cities
in
Jiangxi
Province
are
taken
as
research
areas.
Based
on
data
land
use,
normalized
difference
vegetation
index,
net
primary
productivity,
soil,
meteorology,
elevation
statistics,
study
accounts
GEP
2010
2020
based
biophysical
model,
analyzes
changes
its
ecosystem’s
state.
obtained
from
Statistical
Yearbook,
regional
index
system
was
established;
levels
economy
were
measured
with
help
entropy-weight-TOPSIS
method,
interaction
mechanism
dynamics
them
explored
degree
model.
It
found
that
during
2010–2020,
increased
by
0.35%,
value
material
goods
cultural
services
49.57%
414.03%,
respectively,
but
regulating
decreased
9.89%;
main
coupled
coordinated
characteristics
developed
basic
coordination-economic
lagging
moderate
coordination-ecological
lagging,
continues
improve,
gross
product
lags
behind
level
development.
