Water,
Journal Year:
2024,
Volume and Issue:
16(14), P. 2005 - 2005
Published: July 15, 2024
Landslide
is
a
typical
geological
disaster
distributed
in
most
countries
worldwide.
Due
to
long-term
natural
weathering
and
human
engineering
disturbances,
the
instability
of
landslides
prone
occur.
Once
monitoring
disposal
methods
are
implemented
inappropriately,
they
can
lead
landslide
hazards,
seriously
threatening
safety
people’s
lives
property.
For
long
time,
extensive
research
on
has
been
conducted
from
various
countries,
providing
crucial
technical
support
for
reducing
incidence
severity
hazards.
However,
considering
complex
conditions
actual
direct
impact
internal
external
factors
such
as
rainfall,
storms,
earthquakes,
early
warning
accuracy
hazards
still
relatively
low.
Therefore,
based
advanced
achievements,
it
significant
carry
out
current
status
development
trends
technology.
Based
Web
Science
core
database,
this
study
quantitatively
analyzes
achievements
global
past
decade
using
bibliometric
analysis.
A
systematic
analysis
technology
according
each
study’s
publication
keywords,
countries.
On
basis,
multi-dimensional
system
was
proposed,
which
utilizes
complementary
advantages
achieve
all-round,
high-precision,
real-time
landslides.
Finally,
taking
Xinpu
Three
Gorges
Region
China
an
example,
multi-source
multi-field-monitoring
experiment
conducted.
The
application
provides
essential
reference
monitoring,
warning,
well
scientific
prevention
control
hazard.
Journal of Rock Mechanics and Geotechnical Engineering,
Journal Year:
2024,
Volume and Issue:
16(8), P. 2935 - 2946
Published: Jan. 1, 2024
Mountain
excavation
and
city
construction
(MECC)
projects
being
launched
in
the
Loess
Plateau
China
involve
creation
of
large-scale
artificial
land.
Understanding
subsurface
evolution
characteristics
land
is
essential,
yet
challenging.
Here,
we
use
an
improved
fiber-optic
monitoring
system
for
its
multi-physical
characterization.
The
enables
us
to
gather
spatiotemporal
distribution
various
parameters,
including
strata
deformation,
temperature,
moisture.
Yan'an
New
District
was
selected
as
a
case
study
conduct
refined
in-situ
through
77
m-deep
borehole
30
m-long
trench.
Findings
reveal
that
ground
settlement
involves
both
deformation
filling
loess
underlying
intact
loess.
Notably,
exhibits
stronger
creep
capability
compared
along
profile
unevenly
distributed,
with
positive
correlation
soil
Water
accumulation
has
been
observed
at
interface
between
loess,
leading
significant
deformation.
Moreover,
temperature
moisture
have
reached
new
equilibrium
state,
their
depths
influenced
by
atmospheric
conditions
measuring
31
m
26
m,
respectively.
investigation
allows
identify
critical
layers
matter
sustainable
development
newly
created
urban
areas,
provide
insights
into
mechanisms
creation.
Water,
Journal Year:
2024,
Volume and Issue:
16(14), P. 2005 - 2005
Published: July 15, 2024
Landslide
is
a
typical
geological
disaster
distributed
in
most
countries
worldwide.
Due
to
long-term
natural
weathering
and
human
engineering
disturbances,
the
instability
of
landslides
prone
occur.
Once
monitoring
disposal
methods
are
implemented
inappropriately,
they
can
lead
landslide
hazards,
seriously
threatening
safety
people’s
lives
property.
For
long
time,
extensive
research
on
has
been
conducted
from
various
countries,
providing
crucial
technical
support
for
reducing
incidence
severity
hazards.
However,
considering
complex
conditions
actual
direct
impact
internal
external
factors
such
as
rainfall,
storms,
earthquakes,
early
warning
accuracy
hazards
still
relatively
low.
Therefore,
based
advanced
achievements,
it
significant
carry
out
current
status
development
trends
technology.
Based
Web
Science
core
database,
this
study
quantitatively
analyzes
achievements
global
past
decade
using
bibliometric
analysis.
A
systematic
analysis
technology
according
each
study’s
publication
keywords,
countries.
On
basis,
multi-dimensional
system
was
proposed,
which
utilizes
complementary
advantages
achieve
all-round,
high-precision,
real-time
landslides.
Finally,
taking
Xinpu
Three
Gorges
Region
China
an
example,
multi-source
multi-field-monitoring
experiment
conducted.
The
application
provides
essential
reference
monitoring,
warning,
well
scientific
prevention
control
hazard.
