Sustainability,
Journal Year:
2024,
Volume and Issue:
16(15), P. 6490 - 6490
Published: July 29, 2024
To
proactively
respond
to
the
national
fourteenth
Five-Year
Plan
policy,
we
will
adhere
a
comprehensive
land
and
sea
planning
approach,
working
together
promote
marine
ecological
protection,
optimize
geological
space,
integrate
economy.
This
paper
provides
review
of
sustainable
development
hazards
(MGHs),
with
particular
focus
on
submarine
landslides,
environment,
as
well
First,
novelty
this
study
lies
in
its
summary
temporal
spatial
distribution,
systematic
classification,
inducible
factors,
realistic
characteristics
landslides
enrich
theoretical
concept.
Moreover,
costs,
risks,
impacts
environment
economy
engineering
activities
such
oil
gas
fields,
metal
ores,
were
systematically
discussed.
Combined
current
an
analysis
was
conducted
environmental
pollution
economic
losses
caused
by
landslides.
Herein,
key
finding
is
that
China
Mexico
are
viable
candidates
for
future
large-scale
offshore
exploitation
oil,
gas,
nickel,
cobalt,
cuprum,
manganese,
other
mineral
resources.
Compared
land-based
mining,
deep-sea
mining
offers
superior
advantages.
Finally,
it
suggested
physical
model
tests
numerical
simulation
techniques
effective
means
investigating
triggering
mechanism
their
evolutionary
movement
process,
impact
infrastructure.
In
future,
establishment
multi-level
multi-dimensional
monitoring
chain
landslide
disasters,
joint
risk
assessment,
prediction,
early
warning
systems,
can
effectively
mitigate
occurrence
disasters
Water,
Journal Year:
2024,
Volume and Issue:
16(12), P. 1723 - 1723
Published: June 17, 2024
Water-soluble
mining
was
invariably
associated
with
surface
subsidence,
which
in
some
cases
escalated
to
the
movement,
deformation,
and
even
collapse
of
overlying
rock
layers,
triggering
grave
subsidence
calamities.
The
caprock
salt-bearing
strata
Longgui
salt
area
closely
adjacent
third
aquifer,
mainly
consisted
fractured,
porous,
high-permeability
materials
such
as
mudstone
conglomerates,
rendering
geological
conditions
highly
complex.
Years
water-soluble
had
led
significant
area,
a
trend
toward
accelerated
subsidence.
In
this
study,
were
analyzed,
through
simulated
experiments
pillar
dissolution
mining,
mechanisms
examined.
Over
time,
gradually
perforated
pillars
caprock,
ceasing
support
ultimately
transforming
small
cavities
into
large
single
cavity.
Utilizing
data,
research
employed
numerical
simulation
inverse
predict
patterns
from
2019
2025,
revealing
that
maximum
reached
1367.6
mm
I
1879.5
II,
rates
12.05
mm/y
44.78
mm/y,
respectively.
Moreover,
impact
ground
on
construction
subways
assessed
by
establishing
monitoring
points
evaluating
along
subway
cross-sections
longitudinal
directions.
findings
provided
valuable
insights
for
guiding
prevention
control
calamities
mine
similar
areas
Guangzhou,
China.