Greenhouse
gas
emissions
and
water
quality
decline
are
two
major
issues
currently
affecting
lakes
worldwide.
Determining
how
to
control
both
greenhouse
is
a
long-term
challenge.
We
compiled
data
on
the
annual
average
carbon
dioxide
(CO2)
flux
parameters
for
422
global
lakes,
revealing
that
82.42%
of
act
as
sources
66.56%
have
experienced
deterioration.
Carbon
eutrophication
trends
were
observed
from
1990s
2020s,
with
further
deterioration
expected
over
next
80
years.
Unmanaged
land
use
change
in
lake
watersheds
could
exacerbate
CO2
into
degradation.
In
this
study,
watershed
planning
(WLUP)
framework
was
established,
24.83%
reduction
water,
5.07%
chlorophyll
(Chl-a),
4.70%
total
phosphorus,
12.92%
increase
Secchi
depth
achieved.
The
WLUP
identifies
Asia
Europe
regions
experiencing
greatest
demands
transformation,
where
optimization
leads
most
significant
improvements.
Metagenomic
analysis
revealed
forests
enhance
fixation
grasslands
reduce
degradation
phosphorus
metabolism
watersheds,
explaining
supporting
possibility
WLUP.
This
work
provides
win-win
solution
improving
fluxes
mitigate
effects
climate
promote
protection.
Natural Resources Forum,
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 29, 2024
Abstract
The
pressing
issues
of
global
climate
change
and
environmental
degradation
necessitate
the
development
novel
sustainable
growth
models
by
humanity.
efficacy
policy
is
strongly
contingent
upon
fundamental
principles
productivity,
such
as
efficient
resource
management.
This
study
contributes
to
investigation
influence
natural
resources
(NRs)
several
indices
measuring
productive
capacity
index
(CI)
on
environment
developing
N‐11
countries
(Bangladesh,
Egypt,
Indonesia,
Iran,
Mexico,
Nigeria,
Philippines,
South
Korea,
Pakistan,
Turkey,
Vietnam)
during
2000–2022.
research
employed
cross‐sectional
Autoregressive
Distributed
Lag
(CS‐ARDL)
model
examine
relationship
between
variables.
empirical
evidence
indicates
that
there
a
positive
CI,
technical
innovation
(TEC),
NR,
gross
domestic
product
(GDP)
with
load
factor
(LCF).
Evidently,
sub‐indicators
CI
present
diverse
results.
enhancement
in
human
capital,
information,
communication
technology
(ICT),
structural
change,
governance
has
been
found
foster
ecological
sustainability.
Conversely,
domains
transport,
private
sector
development,
energy
utilization
have
observed
contribute
reduction
pollution.
posits
enhancing
operational
efficiencies
associated
improved
outcomes.
Water Air & Soil Pollution,
Journal Year:
2024,
Volume and Issue:
235(4)
Published: April 1, 2024
Abstract
The
goal
of
the
Paris
Agreement
is
to
limit
global
average
temperature
increase
1.5
°C.
In
order
significantly
reduce
risks
and
impacts
climate
change,
greenhouse
gas
emissions
must
be
reduced
as
soon
possible.
By
signing
in
2021,
Turkiye
has
committed
reducing
by
41%
2030.
livestock
sector,
which
an
important
economic
resource,
also
a
significant
share
Turkiye.
this
study,
it
was
analyzed
resulting
from
Izmir,
3rd
largest
city
For
purpose,
carbon
footprint
farming
Izmir
were
calculated
according
IPCC
2019
Guidelines
Tier
1
methodology.
total
determined
2826.5
thousand
tons
CO
2
eq
(ttonCO
eq).
These
1492
ttonCO
(53%)
enteric
fermentation,
1120.5
(39%)
CH
4
manure
management,
214
(8%)
N
O
management.
Sustainable
method
suggestions
studied
achieve
Turkiye’s
reduction
commitment.
results
show
that
sustainable
change
management
method,
such
biogas
production
manure,
can
30%.
As
result,
methods,
nutrition,
animal
welfare
should
included
agricultural
policies
methods
help
emissions.
Remote Sensing,
Journal Year:
2024,
Volume and Issue:
16(9), P. 1623 - 1623
Published: May 1, 2024
In
recent
decades,
eutrophication
in
inland
and
coastal
waters
(ICWs)
has
increased
due
to
anthropogenic
activities
global
warming,
thus
requiring
timely
monitoring.
Compared
with
traditional
sampling
laboratory
analysis
methods,
satellite
remote
sensing
technology
can
provide
macro-scale,
low-cost,
near
real-time
water
quality
monitoring
services.
The
Geostationary
Ocean
Color
Imager
(GOCI),
aboard
the
Communication
Meteorological
Satellite
(COMS)
from
Republic
of
Korea,
marked
a
significant
milestone
as
world’s
inaugural
geostationary
ocean
color
observation
satellite.
Its
operational
tenure
spanned
1
April
2011
31
March
2021.
Over
ten
years,
GOCI
observed
oceans,
waters,
within
its
2500
km
×
target
area
centered
on
Korean
Peninsula.
most
attractive
feature
GOCI,
compared
other
commonly
used
sensors,
was
high
temporal
resolution
(1
h,
eight
times
daily
0
UTC
7
UTC),
providing
an
opportunity
monitor
ICWs,
where
their
undergo
changes
day.
This
study
aims
comprehensively
review
features
applications
analyzing
progress
atmospheric
correction
algorithms
Analyzing
123
articles
Web
Science
China
National
Knowledge
Infrastructure
(CNKI)
through
bibliometric
quantitative
approach,
we
examined
GOCI’s
strength
performance
different
processing
methods.
These
reveal
that
played
essential
role
ecological
health
ICWs
coverage
(2500
km)
East
Asia.
led
way
new
era
satellites,
technical
means
for
zones,
lakes.
We
also
discuss
challenges
encountered
by
Sensors
suggestions
future
better
ICWs.
Greenhouse
gas
emissions
and
water
quality
decline
are
two
major
issues
currently
affecting
lakes
worldwide.
Determining
how
to
control
both
greenhouse
is
a
long-term
challenge.
We
compiled
data
on
the
annual
average
carbon
dioxide
(CO2)
flux
parameters
for
422
global
lakes,
revealing
that
82.42%
of
act
as
sources
66.56%
have
experienced
deterioration.
Carbon
eutrophication
trends
were
observed
from
1990s
2020s,
with
further
deterioration
expected
over
next
80
years.
Unmanaged
land
use
change
in
lake
watersheds
could
exacerbate
CO2
into
degradation.
In
this
study,
watershed
planning
(WLUP)
framework
was
established,
24.83%
reduction
water,
5.07%
chlorophyll
(Chl-a),
4.70%
total
phosphorus,
12.92%
increase
Secchi
depth
achieved.
The
WLUP
identifies
Asia
Europe
regions
experiencing
greatest
demands
transformation,
where
optimization
leads
most
significant
improvements.
Metagenomic
analysis
revealed
forests
enhance
fixation
grasslands
reduce
degradation
phosphorus
metabolism
watersheds,
explaining
supporting
possibility
WLUP.
This
work
provides
win-win
solution
improving
fluxes
mitigate
effects
climate
promote
protection.
