The Science of The Total Environment,
Год журнала:
2024,
Номер
932, С. 173044 - 173044
Опубликована: Май 8, 2024
Siderophores
are
small
molecules
of
organic
nature,
released
by
bacteria
to
chelate
iron
from
the
surrounding
environment
and
subsequently
incorporate
it
into
cytoplasm.
In
addition
iron,
these
secondary
metabolites
can
complex
with
a
wide
variety
metals,
which
is
why
they
commonly
studied
in
environment.
Heavy
metals
be
very
toxic
when
present
large
amounts
on
planet,
affecting
public
health
all
living
organisms.
The
pollution
caused
increasing,
therefore
urgent
find
practical,
sustainable,
economical
solutions
for
remediation.
One
strategies
siderophore-assisted
bioremediation,
an
innovative
advantageous
alternative
various
environmental
applications.
This
research
highlights
uses
siderophores
metallophores
environment,
underscoring
their
significance
ecosystems.
study
delves
utilization
both
marine
terrestrial
settings
(e.g.
biocontrol
pathogens,
plant
growth
promotion),
such
as
promotion,
providing
context
different
instances
outlined
existing
literature
highlighting
relevance
each
field.
structures
types
focusing
singular
characteristics
application
methodologies
used.
Focusing
recent
developments
over
last
two
decades,
opportunities
challenges
associated
applications
were
mapped
arm
researchers
fight
against
pollution.
The Science of The Total Environment,
Год журнала:
2020,
Номер
731, С. 139012 - 139012
Опубликована: Апрель 27, 2020
Human
life
comes
to
a
standstill
as
many
countries
shut
themselves
off
from
the
work
due
novel
coronavirus
disease
pandemic
(COVID-19)
that
hit
world
severely
in
first
quarter
of
2020.
All
types
industries,
vehicle
movement,
and
people's
activity
suddenly
halted,
perhaps
for
time
modern
history.
For
long
time,
it
has
been
stated
various
literature
increased
industrialization
anthropogenic
activities
last
two
decades
polluted
atmosphere,
hydrosphere,
biosphere.
Since
industries
have
month
or
more
parts
world,
is
expected
show
some
improvement
prevailing
conditions
aforementioned
spheres
environment.
Here,
with
help
remote
sensing
images,
this
quantitatively
demonstrated
surface
water
quality
terms
suspended
particulate
matter
(SPM)
Vembanad
Lake,
longest
freshwater
lake
India.
The
SPM
estimated
based
on
established
turbidity
algorithm
Landsat-8
OLI
images
showed
concentration
during
lockdown
period
decreased
by
15.9%
average
(range:
−10.3%
36.4%,
up
8
mg/l
decrease)
compared
pre-lockdown
period.
Time
series
analysis
satellite
image
collections
(April
2013
–
April
2020)
quantified
2020
lowest
11
out
20
zones
lake.
When
preceding
years,
percentage
decrease
34%
previous
minima.
Food Policy,
Год журнала:
2021,
Номер
104, С. 102163 - 102163
Опубликована: Сен. 29, 2021
Food
systems
that
support
healthy
diets
in
sustainable,
resilient,
just,
and
equitable
ways
can
engender
progress
eradicating
poverty
malnutrition;
protecting
human
rights;
restoring
natural
resources.
system
activities
have
contributed
to
great
gains
for
humanity
but
also
led
significant
challenges,
including
hunger,
poor
diet
quality,
inequity,
threats
nature.
While
it
is
recognized
food
are
central
multiple
global
commitments
goals,
the
Sustainable
Development
Goals,
current
trajectories
not
aligned
meet
these
objectives.
As
mounting
crises
further
stress
systems,
consequences
of
inaction
clear.
The
goal
transformation
generate
a
future
where
all
people
access
diets,
which
produced
sustainable
resilient
restore
nature
deliver
livelihoods.
A
rigorous,
science-based
monitoring
framework
evidence-based
policymaking
work
those
who
hold
key
actors
accountable
this
process.
Monitoring
illustrate
performance,
facilitate
comparisons
across
geographies
over
time,
track
progress.
We
propose
centered
around
five
thematic
areas
related
(1)
nutrition,
health;
(2)
environment
climate;
(3)
livelihoods,
poverty,
equity;
(4)
governance;
(5)
resilience
sustainability.
hope
call
attention
need
monitor
globally
inform
decisions
accountability
better
governance
as
part
Transformation
possible
next
decade,
rigorous
evidence
needed
countdown
2030
SDG
goals.
Geoscience Frontiers,
Год журнала:
2022,
Номер
13(5), С. 101427 - 101427
Опубликована: Июль 2, 2022
Populations
and
metropolitan
centers
are
accumulated
in
coastal
areas
around
the
world.
In
view
of
fact
that
they
geographically
adjacent
to
coasts
intense
anthropogenic
activities,
increasing
global
offshore
pollution
has
been
an
important
worldwide
concern
over
past
several
decades
become
a
very
serious
problem
needs
be
addressed
urgently.
Due
pollution,
various
geological
disasters
occur
high
frequency,
including
intensified
erosion
salinization
soils,
frequent
collapses
landslides
seismic
activities.
Moreover,
shows
increasingly
impacts
on
topography
geomorphology
areas,
degradation,
retreating
coastlines
estuary
delta
erosion.
Offshore
sedimentation
processes
strongly
influenced
by
pH
changes
terrestrial
discharges,
sedimentary
dynamics
have
extremely
acute
complex
due
pollution.
The
seabed
hydrodynamic
environment
determine
fate
transport
pollutants
entering
regions.
Coastal
estuaries,
port
basins
lagoons
relatively
moderate
ocean
currents
winds
more
likely
accumulate
pollutants.
regions
undersea
canyons
can
used
as
conduits
for
transporting
from
continent
seabed.
It
is
particularly
noteworthy
spatial/temporal
distribution
species,
community
structures,
ecological
functions
undergone
unprecedented
recent
decades.
stable
succession
development
trend
marine
ecosystems
broken.
thus
identify
regulate
quantity,
composition
transportation
their
behavior
ecosystems.
particular,
crucial
actions
stabilizing
ecosystems,
species
biodiversity,
should
implemented
enhance
anti-interference
capabilities.
This
review
provides
overview
current
situation
well
major
trends
pollutant
transformation
sediments,
bioaccumulation
diffusion.
study
retrospectively
reviews
long-term
evolution
perspective
geology,
analyses
potential
risks
associated
with
released
research
influence
based
geology
undoubtedly
needed.
Green Chemical Engineering,
Год журнала:
2023,
Номер
5(2), С. 187 - 204
Опубликована: Авг. 1, 2023
Metal-organic
frameworks
(MOFs)
are
favored
in
the
fields
of
adsorption,
separation,
catalysis,
electrochemistry,
and
magnetism
due
to
their
advantages
large
specific
surface
area,
high
porosity,
controllable
pore
size
adjustment,
dispersion
metal
active
sites.
The
application
MOFs
involves
multiple
fields,
which
requires
that
have
good
water
stability,
as
gaseous
liquid
inevitably
exist
industrial
processes.
In
this
paper,
research
status
stability
aqueous
solutions
reviewed
recent
years,
including
design
synthesis,
influencing
factors,
applications
stability.