Jurnal Manajemen Hutan Tropika (Journal of Tropical Forest Management),
Год журнала:
2024,
Номер
30(1), С. 97 - 106
Опубликована: Апрель 4, 2024
Coal
plays
a
crucial
role
in
energy
generation
developing
nations
and
serves
as
vital
source
of
power
amidst
growing
demands.
However,
coal
mining
often
acts
primary
driver
deforestation
poses
significant
environmental
challenges.
Indonesia,
country
with
extensive
forest
areas
producer,
has
implemented
Clean
Clear
status
policy
to
address
regional
administrative
issues
related
permits.
This
study
aims
assess
the
impact
this
government
permit
for
using
fixed
effect
panel
data
method,
offering
insights
into
relationship
between
activities
trends.
The
analysis
focused
on
period
from
2010
2019
covered
110
regencies
providing
comprehensive
understanding
spatial
temporal
dynamics
loss.
estimation
findings
indicated
negative
correlation
allocated
concession
permits
areas,
underscoring
need
stringent
regulations
effective
land
management
practices.
Therefore,
it
is
recommended
that
not
only
be
applicable
during
granting
phase,
but
also
prioritize
post-mining
periods
ensure
completion
reclamation
activities.
Heliyon,
Год журнала:
2024,
Номер
10(3), С. e24730 - e24730
Опубликована: Янв. 21, 2024
Mining
wastewater
can
have
adverse
effects
on
the
ecosystem;
thus,
treatment
before
discharging
into
environment
is
of
utmost
importance.
This
manuscript
reports
effect
mining
environment.
Moreover,
currently
used,
effective
and
commercialised
mine
technologies
such
as
SAVMIN®,
SPARRO®,
Biogenic
sulphide,
DESALX®
are
reported
in
this
study.
These
integrate
two
or
more
separation
processes,
which
been
proven
to
be
for
high
recovery
salts
water
reuse.
Some
significantly
recover
>95%
water.
Modern
pilot-stage
laboratory-scale
systems
used
removal
metals
also
herein.
Since
some
generate
highly
toxic
sludge
other
waste
products,
management
generated
was
considered.
studies
focused
at
laboratory
level
using
adsorption
process.
Most
adsorbents
exhibit
promising
results;
however,
there
insufficient
research
reusability,
management,
economic
analysis
systems.
implementation
necessary.
Furthermore,
integration
precious
low
concentrations
desirable
addition
reclamation
achieve
circular
Remote Sensing,
Год журнала:
2025,
Номер
17(3), С. 410 - 410
Опубликована: Янв. 25, 2025
Dust
storms,
characterized
by
their
rapid
movement
and
high
intensity,
present
significant
challenges
across
atmospheric,
human
health,
ecological
domains.
This
study
investigates
the
spatiotemporal
variations
in
dust
intensity
(DI)
its
driving
factors
Mongolia
from
2001
to
2022,
using
data
ground
observations,
reanalysis,
remote
sensing
satellites,
statistical
analyses.
Our
findings
show
an
increasing
DI
trend
at
approximately
two-thirds
of
monitoring
stations,
with
rising
average
rate
0.8
per
year
during
period.
Anthropogenic
dominate
as
primary
drivers
regions
such
Forest,
Meadow
Steppe,
Typical
Desert
Gobi
Desert.
For
example,
GDP
significantly
impacts
Forest
Steppe
areas,
contributing
25.89%
14.11%
influencing
DI,
respectively.
Population
emerges
key
driver
Grasslands
(20.77%),
(26.65%),
(37.66%).
Conversely,
climate
change
is
dominant
factor
Alpine
southern–central
Hangay
Uul,
temperature
(20.69%)
relative
humidity
(20.67%)
playing
critical
roles.
These
insights
are
vital
for
Mongolian
authorities:
promoting
green
economic
initiatives
could
mitigate
economically
active
regions,
while
adaptation
strategies
essential
climate-sensitive
Meadows.
The
also
provide
valuable
guidance
addressing
environmental
issues
other
arid
semi-arid
worldwide.
PLoS ONE,
Год журнала:
2025,
Номер
20(2), С. e0318855 - e0318855
Опубликована: Фев. 21, 2025
Land
use
changes
significantly
impact
both
carbon
emissions
and
ecosystem
service
value
(ESV).
However,
few
studies
have
been
conducted
on
the
spatial
relationship
between
land
(LUCE)
ESV.
Thus,
focused
Yellow
River
Basin
(YRB),
this
study
independently
calculates
from
change
values
(ESV)
in
region.
Utilizing
autocorrelation
methods,
we
analyze
spatiotemporal
pattern
of
LUCE
ESV
subsequently
apply
bivariate
method
to
explore
their
relationship.
The
results
prove
that:
(1)
YRB's
has
continuously
increased,
with
construction
acting
as
dominant
source
woodland
main
sink.
YRB
had
a
positive
autocorrelation.
(2)
increased.
Spatially,
showed
(3)
Both
exhibited
negative
autocorrelation,
predominant
patterns
localized
identified
High-Low
agglomeration
(H-L)
Low-High
(L-H).
Cities
L-H
were
primarily
located
Qinghai
Province
Inner
Mongolia.
In
contrast,
cities
H-L
mainly
observed
western
section
Shandong
northeastern
region
Henan.
revealed
increased
services,
providing
assistance
development
relevant
environmental
policies
promoting
sustainable
YRB.
