Water,
Год журнала:
2023,
Номер
15(5), С. 968 - 968
Опубликована: Март 2, 2023
Artificial
reclamation
is
one
of
the
main
means
land
expansion
in
coastal
cities.
However,
permeability
underlying
soft
clay
(USC),
derived
from
dredged
load,
has
not
been
paid
enough
attention,
although
it
closely
related
to
long-term
deformation
and
stability
foundation
soil.
Hence,
this
paper
analyzes
relationship
between
characteristics
microscopic
pore
USC
Chongming
East
Shoal
(CES),
a
typical
multi-phase
area,
through
variable
head
test,
mercury
intrusion
porosimetry
(MIP)
scanning
electron
microscope
(SEM)
test.
Furthermore,
grey
relation
entropy
Pearson
correlation
analysis
are
implemented
analyze
influence
micropore
parameters
on
permeability.
The
results
revealed
that
seepage
process
showed
transition
unstable
relatively
stable
seepage.
Meanwhile,
coefficient
(PC)
attenuated
with
time
cyclically,
indicating
alternating
effect
closed
opened
channels.
During
seepage,
particles
could
be
entrained
by
water
intercepted
pores,
thus
clogging
Then,
increased
pressure
break
new
degree
was
positively
correlated
average
cycle
period
PCs,
also
present
stage
PCs.
A
lower
mesopores
content,
higher
fractal
dimension,
aggregated
flocculate
microstructure
promote
result
efficiency.
Affected
channels,
may
face
potential
future,
which
needs
further
investigation.
Plants,
Год журнала:
2024,
Номер
13(4), С. 473 - 473
Опубликована: Фев. 7, 2024
Significant
research
has
been
conducted
on
the
effects
of
fertilizers
or
agents
sustainable
development
agriculture
in
salinization
areas.
By
contrast,
limited
consideration
given
to
interactive
microbial
fertilizer
(MF)
and
salinity
hydraulic
properties
secondary
soil
(SS)
coastal
saline
(CS).
An
incubation
experiment
was
investigate
types,
levels
(non-saline,
low-salinity,
high-salinity
soils),
MF
amounts
(32.89
g
kg
Annual Review of Environment and Resources,
Год журнала:
2024,
Номер
49(1), С. 73 - 104
Опубликована: Сен. 4, 2024
Healthy
soils
contribute
to
a
wide
range
of
ecosystem
services
and
virtually
all
the
UN
Sustainable
Development
Goals,
but
most
world's
soil
resources
are
in
only
fair,
poor,
or
very
poor
condition,
conditions
getting
worse
more
cases
than
they
improving.
A
total
33%
moderately
highly
degraded
as
result
erosion,
loss
organic
matter,
nutrient
balance,
salinization
alkalinization,
contamination,
acidification,
biodiversity,
sealing,
compaction,
water
status.
Best
management
practices
available
limit
mitigate
threats
health,
many
them
multiple
threats.
In
regions
world,
policies
initiatives
protect
enhance
status
place,
need
be
strengthened
enforced.
The
Food
Agriculture
Organisation
will
publish
its
second
comprehensive
assessment
2025,
this
review
provides
an
interim
update
on
world
offers
accessible
overview
topic.
European Journal of Soil Science,
Год журнала:
2024,
Номер
75(5)
Опубликована: Сен. 1, 2024
Abstract
Dispersive
soils,
characterized
by
their
poor
resistance
to
water
erosion
and
high
sodium
ion
concentrations,
pose
a
significant
threat
both
engineering
agricultural
activities.
Thus,
the
identification
improvement
of
dispersive
soils
are
paramount
importance.
There
several
theories
regarding
causes
soil
dispersion,
with
prevailing
view
attributing
it
expansion
electrical
double
layer
induced
ions,
which
subsequently
reduces
cohesion
between
particles.
As
result,
indicators
such
as
exchangeable
percentage
(ESP),
(PS),
adsorption
rate
(SAR)
commonly
employed
in
soils.
Currently,
efforts
improve
for
purposes,
chemical
biological
agents
being
added
enhance
soil's
regulate
concentration
ions.
Although
numerous
reviews
have
been
conducted
on
they
tend
focus
methods
types
improvers,
often
overlooking
applicability
methods,
economic
costs
environmental
impacts
improvers.
In
practical
improvement,
accuracy
must
be
ensured
first
foremost.
The
selection
improvers
should
not
only
prioritise
efficacy
but
also
undergo
thorough
analysis
evaluation
from
multiple
perspectives.
This
paper,
therefore,
advantages
disadvantages
various
assesses
differences
among
standpoints,
providing
comprehensive
theoretical
basis
Agriculture,
Год журнала:
2025,
Номер
15(7), С. 747 - 747
Опубликована: Март 31, 2025
Extensive
and
unregulated
groundwater
extraction
for
irrigation
in
the
arid
inland
basins
of
Northwest
China
has
led
to
a
continuous
increase
depth
agricultural
areas.
This
significantly
altered
distribution
soil
ions,
making
it
difficult
predict
their
evolution
dynamic
patterns.
In
this
study,
we
used
space-for-time
substitution
approach
elucidate
ion
under
changing
depths.
Experiments
were
conducted
three
typical
areas
with
varying
depths,
that
is,
below
5
m,
5–10
above
10
m
Korla,
Xinjiang,
China.
Soil
samples
collected
from
five
profiles
at
depths
0–180
cm
measure
moisture,
salinity,
major
content.
An
innovative
research
framework
was
developed
examine
relationship
between
using
ratios,
principal
components,
hierarchical
clustering,
correlation
analyses.
aims
reveal
dynamics,
correlations,
mechanisms
distribution,
representative
composition
as
increases
The
results
showed
increased,
chemical
type
shifted
Ca-SO4
Na-SO4
mixed
types,
an
SO42−
Na+
content
profile.
sodium
adsorption
ratio
(SAR),
total
dissolved
solids
(TDS)
higher
shallow
than
deep
groundwater.
Groundwater
negatively
correlated
cations
anions
(K+,
Na+,
Ca2+,
Mg2+,
Cl−,
SO42−,
NO3−).
Meanwhile,
positive
exists
CO32−.
ions
is
primarily
governed
by
influenced
multiple
factors.
Evaporation
dominant
factor
areas,
whereas
mineral
rocks
plays
crucial
role
These
findings
provide
scientific
support
strategic
water-resource
management
policies
sustainable
development
strategies
regions.
