Agricultural Water Management,
Journal Year:
2024,
Volume and Issue:
295, P. 108774 - 108774
Published: March 13, 2024
Rapid
population
growth
and
climate
change
are
poised
to
significantly
impact
water
resources
agriculture.
Consequently,
it
becomes
imperative
delve
into
the
repercussions
of
on
agriculture
natural
in
developing
nations.
In
this
research,
an
economic–hydrological
model
was
employed
assess
influence
management
cropping
patterns
Eastern
border
catchment
Iran.
The
climatic
data
used
study,
spanning
years
1997–2022,
encompassed
daily
rainfall
temperature
records
from
Khorasan
Sistan
&
Balouchestan
meteorological
organization,
as
well
Iranian
Statistical
Center.
Monthly
discharge
were
obtained
regional
authority,
while
information
crop
levels
agricultural
inputs
collected
jihad
organization.
findings
reveal
that
areas
dedicated
cultivating
high-yield
crops
experienced
a
decrease
when
associated
with
high
consumption,
whereas
cultivation
expanded
consumption
reduced.
implementation
modern
irrigation
methods,
such
pressurized
irrigation,
not
only
conserves
valuable
but
also
enhances
efficiency,
ultimately
resulting
decreased
increased
production.
provision
enhanced
training
programs
aimed
at
educating
farmers
about
these
practices
facilitating
their
adoption
can
play
pivotal
role
adapting
mitigating
challenges
posed
by
change.
Journal of Environmental Management,
Journal Year:
2023,
Volume and Issue:
345, P. 118910 - 118910
Published: Sept. 8, 2023
Identifying
the
individual
and
combined
hydrological
response
of
land
use
landscape
pattern
climate
changes
is
key
to
effectively
managing
ecohydrological
balance
regions.
However,
their
nonlinearity,
effect
size,
multiple
causalities
limit
causal
investigations.
Therefore,
this
study
aimed
establish
a
comprehensive
methodological
framework
quantify
in
climate,
evaluate
trends
streamflow
response,
analyze
attribution
events
five
basins
Beijing
from
past
future.
Future
projections
were
based
on
three
general
circulation
models
(GCMs)
under
two
shared
socioeconomic
pathways
(SSPs).
Additionally,
2035
natural
development
scenario
was
simulated
by
patch-generating
simulation
(PLUS).
The
Soil
Water
Assessment
Tool
(SWAT)
applied
spatial
temporal
dynamics
over
period
2005-2035
with
scenarios.
A
bootstrapping
nonlinear
regression
analysis
boosted
tree
(BRT)
model
used
streamflow,
respectively.
results
indicated
that
future,
overall
basin
would
decrease,
slightly
reduced
peak
most
summer
significant
increase
autumn
winter.
quadratic
more
explained
impact
streamflow.
change
depended
where
relationship
curve
relation
threshold.
In
addition,
impacts
not
isolated
but
joint.
They
presented
nonlinear,
non-uniform,
coupled
relationship.
Except
for
YongDing
River
Basin,
annual
influenced
pattern.
dominant
factors
critical
pair
interactions
varied
basin.
Our
findings
have
implications
city
planners
managers
optimizing
functions
promoting
sustainable
development.
Agricultural Water Management,
Journal Year:
2023,
Volume and Issue:
278, P. 108171 - 108171
Published: Feb. 8, 2023
Food
and
water
security
are
crucial
for
sustainable
development
in
arid
regions.
However,
land
use/cover
change
often
leads
to
trade-offs
between
grain
yield
water-related
ecosystem
services
(ESs),
threatening
food
security.
Therefore,
how
optimize
ecological
restoration
patterns
ensure
ESs
is
an
important
issue
This
study
evaluated
the
changes
yield,
(WY),
purification
(WP)
from
2000
2020
Bosten
Lake
region,
China.
Then,
planting
vegetation
(PV)
scenarios
on
different
slopes
riparian
buffer
(RVB)
with
widths
were
established
reveal
effects
of
rules
ESs.
Finally,
optimal
scenario
was
determined
based
ES
efficiency
trade-offs/synergies.
The
results
showed
that
increased
(23.83
%)
at
expense
WP
WY
(−
14.76
%
−
0.57
2020.
agricultural
further
reduced
7.99
%).
Grain
decreased
under
PV
scenarios.
RVB
had
potential
improve
ESs,
guarantee
eliminate
trade-offs.
effect
forest
greater
than
grassland
restoration,
With
increase
zone,
nonlinearly,
nonlinearly.
grass
achieved
higher
less
WY,
200
m
wide
being
best
scenario.
benefits
varied
type,
location,
scale
restoration.
proposed
a
framework
determine
pattern.
can
provide
scientific
reference
resource
management
decision-making
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
154, P. 110625 - 110625
Published: July 13, 2023
The
scientific
assessment
of
ecosystem
service
value
(ESV)
and
landscape
ecological
risk
(LER)
is
important
for
security
sustainable
development.
However,
existing
studies
often
separate
ESV
LER
a
single
evaluation,
the
evaluation
limited
in
guiding
conservation.
Therefore,
proposing
an
framework
that
integrates
urgent.
Taking
Nanjing
City
as
example,
this
study
evaluated
based
on
cell
introduced
it
into
evaluation.
Then,
influence
land
use/land
cover
change
from
2000
to
2020
was
analyzed.
results
showed
built-up
water
body/wetland
increased
by
881.96
km2
41.41
km2,
farmland
forest
decreased
875.46
55.83
2020.
low
middle
high
north
south.
From
2010,
0.67
0.68,
then
0.61
Medium-low
regions
during
2000–2010,
low-risk
medium-high
2010–2020.
0.77
billion
United
States
dollars
(USD)
2000–2010
but
0.40
USD
Under
impact
LER,
per
unit
area
farmland,
land,
body
2000–2020.
dominated
total
had
ESV.
2000–2020
mainly
High-High
autocorrelation
few
Low-High
autocorrelations.
Ecological
restoration
programs
rapid
urbanization
reduced
Integrating
social,
economic,
resources
necessary
realize
coordinated
development
economy
ecology.
can
provide
reference
planning
management.
Agricultural Water Management,
Journal Year:
2024,
Volume and Issue:
295, P. 108774 - 108774
Published: March 13, 2024
Rapid
population
growth
and
climate
change
are
poised
to
significantly
impact
water
resources
agriculture.
Consequently,
it
becomes
imperative
delve
into
the
repercussions
of
on
agriculture
natural
in
developing
nations.
In
this
research,
an
economic–hydrological
model
was
employed
assess
influence
management
cropping
patterns
Eastern
border
catchment
Iran.
The
climatic
data
used
study,
spanning
years
1997–2022,
encompassed
daily
rainfall
temperature
records
from
Khorasan
Sistan
&
Balouchestan
meteorological
organization,
as
well
Iranian
Statistical
Center.
Monthly
discharge
were
obtained
regional
authority,
while
information
crop
levels
agricultural
inputs
collected
jihad
organization.
findings
reveal
that
areas
dedicated
cultivating
high-yield
crops
experienced
a
decrease
when
associated
with
high
consumption,
whereas
cultivation
expanded
consumption
reduced.
implementation
modern
irrigation
methods,
such
pressurized
irrigation,
not
only
conserves
valuable
but
also
enhances
efficiency,
ultimately
resulting
decreased
increased
production.
provision
enhanced
training
programs
aimed
at
educating
farmers
about
these
practices
facilitating
their
adoption
can
play
pivotal
role
adapting
mitigating
challenges
posed
by
change.
