Journal of Geology Geography and Geoecology,
Journal Year:
2024,
Volume and Issue:
33(4), P. 647 - 661
Published: Dec. 19, 2024
Soil
is
part
and
parcel
of
operating
essential
functions
ecosystems.
Its
degradation
including
salinization
may
affect
negatively
both
agriculture
human
life.
a
form
environmental
destruction
resulting
in
loss
soil
quality,
especially
dry
semi-arid
zones
primary
secondary
salinization.
Today,
salt-affected
areas
cover
7%
the
Earth’s
surface
with
hotspots
United
States,
Argentina,
Pakistan,
China,
Sudan,
many
states
Central
Western
Asia
existing
minimum
100
countries.
Timely
effective
management
required
to
preserve
fertility
for
next
generation.
Currently,
modeling
an
approach
identify,
evaluate
predict
distribution.
Modeling
remote
sensing
techniques
widely
used
identify
soil,
map
saline
locations,
estimate
salinity
levels.
lot
geostatistical
are
applied
over
time
Ordinary
Kriging,
Co-kriging
Indicator
Kriging.
The
current
study
originated
as
review
purpose
exploring
scientific
background
throughout
world.
Our
research,
which
includes
177
Scopus-indexed
final
published
articles
English,
focuses
at
publishing
trends,
types,
top
publishers,
notable
authors,
affiliated
institutions,
geographical
thematic
emphasis
areas,
co-authorship
keyword
occurrences.
Additionally,
this
paper
provides
most
popular
models
conditioning
factors.
Among
various
models,
multiple
linear
regression
was
prevalent
model
type
estimation
10.1%
publications,
electrical
conductivity
considered
value
factor
19.2%
analyzed
papers.
Finally,
it
concluded
that
recent
technological
developments
significant
factors
increasing
research
interest
modeling.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(5), P. 2228 - 2228
Published: March 4, 2025
The
overuse
of
chemical
fertilizers
under
adverse
conditions
endangers
the
sustainability
agriculture.
A
biological
approach
should
be
investigated
to
address
this
issue.
Therefore,
study
aimed
detect
potency
purple
non-sulfur
bacteria
that
can
fix
nitrogen
(N)
(PNSB-fN)
Rhodobacter
sphaeroides
in
soil
N
fertility,
plant
uptake,
growth,
and
rice
yield.
In
brief,
an
experiment
was
conducted
check
whether
biofertilizer
containing
PNSB-fN
strains
improve
yield
fertility
a
highly
saline
acidic
condition.
randomized
complete
block
design
used
with
four
replicates
on
An
Bien-Kien
Giang,
Vietnam.
first
factor
fertilizer
level,
i.e.,
(i)
100%,
(ii)
75%,
(iii)
50%,
(iv)
0%;
second
(R.
sphaeroides),
control,
S01,
S06,
combined
S01–S06.
results,
supplying
increased
NH4+
compared
104.7–112.0
mg
kg−1
94.0
season
1
35.9–38.0
34.2
2.
Additionally,
by
each
strain,
Na+
Na
culm
leaf
grain
were
decreased
comparison
those
treatments
without
PNSB-fN.
total
uptake
also
enhanced
control.
Moreover,
improved
crop
height,
panicle
length,
quantity
pot−1,
panicle−1,
filled
spikelet
rate,
Ultimately,
extremely
soil,
mixture
not
only
reduced
salinity
but
replaced
25%
ensure
sustainable
This
newly
developed
potent
improving
health
locality
performing
same
similar
around
globe.
Earth Surface Processes and Landforms,
Journal Year:
2024,
Volume and Issue:
49(10), P. 3158 - 3176
Published: May 26, 2024
Abstract
This
research
used
the
Revised
Universal
Soil
Loss
Equation
(RUSLE)
with
Sediment
Delivery
Ratio
(SDR)
model.
The
analytic
hierarchy
process
(AHP)
method,
while
also
incorporating
use
of
a
geographic
information
system
(GIS)
and
remote
sensing
(RS)
to
predict
annual
soil
loss
rate
spatialise
processes
water
erosion
at
scale
Loukkos
Watershed,
Morocco.
RUSLE
model
AHP
parameters
were
estimated
using
RS
data,
vulnerability
zones
determined
GIS.
We
five
parameters,
including
precipitation
erosivity,
erodibility,
slope
length
steepness,
vegetation
cover,
control
practices
in
RUSLE.
For
technique,
we
seven
geo‐environmental
factors,
average
precipitation,
drainage
density,
lineament
slope,
texture,
land
use/land
cover
landform
maps.
results
indicated
that
varied
from
0
2388.27
.
total
potential
was
approximately
40
790
220.11
,
sediment
yield
by
RUSLE‐SDR
8
647
526.66
equivalent
6.65
Mm
3
value
is
very
close
measured
6.81
for
difference
0.16
Furthermore,
indicate
index
varies
0.205315
Overall,
nearly
13.7%
area
suffered
severe
exceeding
50
Approximately
80%
Watershed
experienced
only
slight
erosion,
remaining
6%
incurred
moderate
erosion.
Integrating
GIS
into
helped
us
robustly
estimate
extent
degree
risk.
Territorial
decision‐makers
should
adopt
our
develop
conservation
strategies,
management
plans
other
necessary
measures
this
region.
Plants,
Journal Year:
2024,
Volume and Issue:
13(10), P. 1328 - 1328
Published: May 11, 2024
Southwestern
China
is
receiving
excessive
chemical
fertilizers
to
meet
the
challenges
of
continuous
cropping.
These
practices
are
deteriorating
soil
environment
and
affecting
tobacco
(Nicotiana
tabacum
L.)
yield
quality
adversely.
A
novel
microbially
enriched
biochar-based
fertilizer
was
synthesized
using
effective
microorganisms,
stalk
biochar
basal
fertilizer.
field-scale
study
conducted
evaluate
response
grown
on
degraded
amended
with
our
microbial
(BF).
Four
treatments
BF
(0%,
1.5%,
2.5%
5%)
were
applied
in
contaminated
field
grow
tobacco.
The
application
BF1.5,
BF2.5
BF5.0
increased
available
water
contents
by
9.47%,
1.18%
2.19%
compared
that
BF0
respectively.
Maximum
growth
terms
plant
height
leaf
area
recorded
for
BF1.5
BF0.
SPAD
13.18–40.53%,
net
photosynthetic
rate
5.44–60.42%,
stomatal
conductance
8.33–44.44%,
instantaneous
use
efficiency
55.41–93.24%
intrinsic
0.09–24.11%,
while
they
decreased
intercellular
CO2
concentration
transpiration
3.85–6.84%
0.29–47.18%
relative
BF0,
respectively
(p
<
0.05).
maximum
increase
(23.81%)
present
concludes
improves
restores
improving
hydraulic
conductivity
increasing
yield.
