Enhancing Environmental Sustainability in a Critical Region: Climate Change Impacts on Agriculture and Tourism
Civil Engineering Journal,
Год журнала:
2023,
Номер
9(11), С. 2630 - 2648
Опубликована: Ноя. 1, 2023
The
Ardabil
Plain
is
pivotal
in
the
national
agricultural
sector
and
ranks
among
leading
horticultural
production
provinces.
primary
objective
of
this
study
to
enhance
environmental
sustainability
critical
vulnerable
region,
particularly
face
imminent
droughts
climate
change.
examines
impacts
change
on
agriculture
tourism
area.
It
puts
forward
suggestions
for
implementing
sustainable
practices
safeguard
well-being
local
population.
results
indicate
a
38%
reduction
precipitation,
especially
autumn
season,
with
possible
alteration
timing
strength
rainfall.
Also,
notable
decline
volume,
specific
region
plain,
has
been
observed.
currently
produces
284,182
tons
wheat,
204,980
from
irrigated
crops
79,202
rain-fed
crops.
However,
projected
future
scenario
indicates
decrease
total
wheat
209,196
tons,
160,125
49,071
This
expected
lead
net
income
loss
approximately
-$75,389,059,
-$45,095,663
attributed
-$30,293,396
findings
suggest
that
availability
water
sources
certain
regions
may
prompt
shift
farming
land
north
south
plain
promote
sustainability.
demographic
could
have
significant
financial
social
implications
region's
growth
prosperity.
Moreover,
increasing
temperatures
western
northern
pose
flood
risks
uncomfortable
travel
conditions,
concerning
given
reliance
potential
unemployment
consequences.
becomes
imperative
adopt
manage
resources
effectively
ensure
resilience
prosperity
challenges.
Doi:
10.28991/CEJ-2023-09-11-01
Full
Text:
PDF
Язык: Английский
Analysis of the responses of surface water resources to climate change in arid and semi-arid area
Agricultural Water Management,
Год журнала:
2024,
Номер
295, С. 108751 - 108751
Опубликована: Март 2, 2024
About
70%
of
water
withdrawals
in
the
Yellow
River
Basin
(YRB)
are
used
for
irrigation,
and
deeply
explanation
effects
climate
change
on
runoff
YRB
provides
a
guarantee
agricultural
production.
Analysis
prediction
were
implemented
according
to
meteorological
hydrological
data
from
1967
2016,
responses
catchments
six
stations
different
combinations
precipitation
temperature
conditions
explored
adopting
Budyko
framework,
then
results
based
scenario
simulation
elasticity
compared.
Our
revealed
that
indicated
downward
trend
(p>0.05)
while
showed
upward
(p<0.01),
both
which
predicted
climb
future;
sensitivities
upstream,
midstream
downstream
gradually
increased
catchment
characteristics
acted
decisive
role
determining
rather
than
climatic
factors,
generally,
by
17.1–30.2%
with
only
10%
increase
decreased
4.2%-12.4%
1℃
temperature;
compared
elasticity,
tend
be
more
accurate
as
it
captured
changes
when
change.
The
this
study
provide
foundation
regional
development
utilization
resources
under
influences
Язык: Английский