Biology,
Journal Year:
2025,
Volume and Issue:
14(3), P. 254 - 254
Published: March 2, 2025
Each
living
organism
thrives
best
in
a
habitat
that
provides
optimal
conditions
for
flourishing,
reproduction,
and
distribution
within
certain
area.
This
study
aims
to
investigate
the
seasonal
variation
insect
biodiversity
across
different
sites
of
King
Abdulaziz
Royal
Reserve
(KARR),
located
between
E
45.19–46.57
N
25.15–27.41,
with
focus
on
assessing
biodiversity,
density
using
active
passive
methods,
over
period
from
January
November
2023.
A
total
68
area
were
randomly
selected
trap
placement.
The
trapped
specimens
labeled
transferred
plastic
bottles
half
filled
70%
ethanol
then
taken
laboratory
counting
identification.
Identification
was
based
morphological
characteristics
appropriate
identification
keys,
assistance
entomological
expertise,
list
local
species.
Simpson’s
diversity
index
(D)
also
calculated.
results
revealed
that,
out
6320
insects,
species
identified
six
orders:
Blattodea
(termites),
represented
by
2
families
species;
Coleoptera,
comprising
12
38
species,
which
11
belonged
family
Tenebrionidae;
Hemiptera,
7
9
3
Lygaeidae;
Hymenoptera,
5
15
Formicidae;
Lepidoptera,
Orthoptera,
4
Acrididae.
Insect
abundance
observed
be
relatively
low
during
winter
(January–March)
autumn
(October–November)
seasons,
while
higher
densities
recorded
spring
(May)
summer
(August–September).
Abstract
Industrial
land
drives
economic
growth
but
also
contributes
to
global
warming
through
carbon
dioxide
emissions.
Still,
the
variance
in
its
impact
on
economies
and
emissions
across
countries
at
different
development
stages
is
understudied.
Here,
we
used
satellite
data
machine
learning
map
industrial
30
m
resolution
ten
with
substantial
value-added,
analyzed
of
expansion
216
subnational
regions
from
2000
2019.
We
found
that
was
leading
factor
for
developing
regions,
contributing
31%
55%,
respectively.
Conversely,
developed
showed
a
diminished
(8%
3%,
respectively),
shift
towards
other
drivers
like
education.
Our
findings
encourage
consider
adverse
effects
climate
change
during
prioritize
human
capital
investment
over
further
expansion.
Land,
Journal Year:
2023,
Volume and Issue:
12(8), P. 1506 - 1506
Published: July 28, 2023
An
in-depth
comprehension
of
the
spatial–temporal
characteristics
land-use
carbon
emissions
(LUCE),
along
with
their
potential
influencing
factors,
is
high
scientific
significance
for
realization
low-carbon
land
use
and
sustainable
urban
development.
Academic
investigations
pertaining
to
LUCE
predominantly
encompass
three
key
dimensions:
assessment,
optimization,
characterization
research.
This
study
aimed
investigate
spatial
temporal
variations
in
within
Zhejiang
Province
by
analyzing
data
from
11
cities
identifying
factors
these
emissions.
research
work
employed
geographically
temporally
weighted
regression
(GTWR)
model
explore
patterns
variation
across
each
city.
The
results
reveal
that
(1)
changes
display
two
predominant
trends,
while
distribution
exhibits
a
distinct
“high
northeast
low
southwest”
divergence;
(2)
average
intensity
factor
follows
order
economic
level
>
government
intervention
compactness
public
facilities
greening
industrial
structure
population
density;
(3)
exhibit
significant
heterogeneity,
varying
direction
effects
different
at
stages
integrated
dimensions
time
space,
systematically
examining
evolutionary
trends
on
region.
Consequently,
it
contributes
spatiotemporal
associated
driving
mechanisms
LUCE.
Moreover,
offers
foundation
formulating
customized
strategies
mitigate
such
emissions,
taking
into
account
specific
local
contexts.
Land,
Journal Year:
2023,
Volume and Issue:
12(12), P. 2160 - 2160
Published: Dec. 13, 2023
With
regard
to
the
aims
of
achieving
“Dual
Carbon”
goal
and
addressing
significant
greenhouse
gas
emissions
caused
by
urban
expansion,
there
has
been
a
growing
emphasis
on
spatial
research
prediction
carbon
emissions.
This
article
examines
land
use
data
from
2000
2020
combines
Grid
PLUS
model
predict
in
2030
through
multi-scenario
simulation.
The
findings
indicate
following:
(1)
Between
2020,
construction
increased
95.83%,
with
also
increasing.
(2)
By
2030,
for
NDS
(natural
development
scenario),
are
expected
peak
at
6012.87
×
104
t.
Regarding
ratio
obtained
EDS
(economic
is
projected
grow
3990.72
km2,
6863.29
For
LCS
(low-carbon
“carbon
peak”
be
reached
before
2030.
(3)
intensity
decreases
as
city
size
increases.
(4)
shift
center
emission
all
movement
towards
southeast.
Studying
trends
regional
change
patterns
beneficial
optimizing
structure,
thereby
enabling
us
achieve
low-carbon
reductions
sustainable
development.
Land,
Journal Year:
2024,
Volume and Issue:
13(3), P. 279 - 279
Published: Feb. 23, 2024
The
land
use,
land-use
change
and
forestry
(LULUCF)
sector,
as
a
source
sink
of
greenhouse
gas
(GHG)
emissions,
is
critical
for
achieving
carbon
neutrality.
Many
academic
journals
have
published
papers
on
use
emission
or
(LUCES),
but
LUCES
reviews
are
relatively
rare,
which
poses
great
challenges
in
accurately
understanding
the
research
progress
future
prospects.
This
work
analyzes
characteristics,
hotspots
perspectives
by
using
bibliometric
analysis
(such
DDA,
VOSviewer,
CiteSpace
software)
review
based
data
(6115
scientific
papers)
during
1991–2023
from
Web
Science
(WoS)
platform.
We
found
that
(1)
over
past
33
years,
it
first
presented
steady
growth,
then
fluctuating
finally
rapid
growth
trend
yearly
number
publications
research.
USA
(17.31%),
China
(14.96%),
UK
(7.37%)
occupy
dominant
position
this
field.
(2)
related
interdisciplinary,
mainly
cover
science
technology,
meteorology
atmospheric
sciences,
geology,
environmental
sciences
ecology
disciplines.
(3)
hotspot
shows
these
articles
mostly
covered
follow
three
aspects:
ecosystem
services,
climate
change,
(4)
A
literature
suggests
focused
exploring
forefront
issues
terms
definition
boundaries,
evaluation
method
influencing
factors,
etc.
further
could
explore
main
problems
quantification
land-based
neutrality,
quantitative
impact
mechanisms,
well
interdisciplinary
collaborative
governance
needed
