ACS Sustainable Chemistry & Engineering,
Journal Year:
2024,
Volume and Issue:
12(28), P. 10296 - 10312
Published: July 1, 2024
Climate
change
is
a
profound
crisis
that
affects
every
aspect
of
life,
including
public
health.
Changes
in
environmental
conditions
can
promote
the
spread
pathogens
and
development
new
mutants
strains.
Early
detection
essential
managing
controlling
this
improving
overall
health
outcomes.
This
perspective
article
introduces
basic
biosensing
concepts
various
biosensors,
electrochemical,
optical,
mass-based,
nano
single-molecule
as
important
sustainability
preventive
tools.
The
discussion
also
includes
how
biosensor
crucial
to
minimizing
impacts
ensuring
long-term
availability
vital
technologies
resources
for
healthcare,
monitoring,
beyond.
One
promising
avenue
pathogen
screening
could
be
electrical
biomolecules
at
level,
some
recent
developments
based
on
bioelectronics
using
Scanning
Tunneling
Microscopy-assisted
break
junctions
(STM-BJ)
technique
are
shown
here.
Using
technique,
detected
with
high
sensitivity,
eliminating
need
amplification
cell
culture
steps,
thereby
enhancing
speed
efficiency.
Furthermore,
STM-BJ
demonstrates
exceptional
specificity,
accurately
detects
single-base
mismatches,
exhibits
limit
essentially
level
individual
biomolecules.
Finally,
case
made
here
sustainable
they
help,
paradigm
shift
needed
achieve
them,
potential
applications.
Results in Engineering,
Journal Year:
2024,
Volume and Issue:
22, P. 102123 - 102123
Published: April 9, 2024
Climate
change
is
a
serious
global
issue
causing
more
extreme
weather
patterns,
resulting
in
frequent
and
severe
events
like
urban
flooding.
This
review
explores
the
connection
between
climate
flooding,
offering
statistical,
scientific,
advanced
perspectives.
Analyses
of
precipitation
patterns
show
clear
changes,
establishing
strong
link
heightened
intensity
rainfall
events.
Hydrological
modeling
case
studies
provide
compelling
scientific
evidence
attributing
flooding
to
climate-induced
changes.
Urban
infrastructure,
including
transportation
networks
critical
facilities,
increasingly
vulnerable,
worsening
impact
on
people's
lives
businesses.
Examining
adaptation
strategies,
highlights
need
for
resilient
planning
integration
green
infrastructure.
Additionally,
it
delves
into
role
technologies,
such
as
artificial
intelligence,
remote
sensing,
predictive
modeling,
improving
flood
prediction,
monitoring,
management.
The
socio-economic
implications
are
discussed,
emphasizing
unequal
vulnerability
importance
inclusive
policies.
In
conclusion,
stresses
urgency
addressing
through
holistic
analysis
statistical
trends,
evidence,
infrastructure
vulnerabilities,
adaptive
measures.
technologies
comprehensive
understanding
essential
developing
effective,
strategies.
serves
valuable
resource,
insights
policymakers,
researchers,
practitioners
striving
climate-resilient
futures
amid
escalating
impacts.
Journal of Environmental Management,
Journal Year:
2023,
Volume and Issue:
336, P. 117666 - 117666
Published: March 8, 2023
Although
planning
and
policy
instruments
are
important
for
climate
change
adaptation,
the
implementation
of
these
measures
is
critical
success.
This
paper
studies
different
adaptation
strategies
by
analysing
adopted
stakeholders
in
charge
government
development
to
minimise
impacts
northern
tropical
region
Queensland,
Australia.
Local
organisations
responsible
taking
a
leading
role
adaptation.
State
commonwealth
agencies
primarily
developing
transition
policies
guidelines,
as
well
providing
limited
financial
aid
help
support
local
government.
Interviews
were
conducted
with
practitioners
identified
from
authorities
study
region.
all
bodies
made
some
progress
better
policies,
interview
participants
that
lot
more
needs
be
done,
especially
implementation,
including
devising
application
relevant
action
plans,
economic
assessments,
stakeholder
participations
engagement.
From
practitioners'
viewpoint,
both
water
sector
economy
will
face
highest
immediate
if
actions
not
adequately
implemented
at
level
There
currently
no
notable
legal
bindings
address
risks
In
addition,
liability
assessments
due
cost-share
mechanisms
among
levels
prepare
hardly
exist.
respondents
recognise
their
high
importance.
As
there
uncertainties
achievements
standpoint,
should
take
appropriate
integrate
mitigation
works
rather
than
focusing
only
on
The
informed
work
has
been
done
identify
flood
prone
areas
few
documents
exist
accommodate
sea
rise
practice,
but
fragments
holistic
monitoring
or
evaluation
plans
put
place.
New Zealand Journal of Botany,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 28
Published: July 28, 2024
In
taxonomy,
precision
of
species
collection
data
is
a
cornerstone
for
advancing
research
and
its
diverse
applications.
Despite
the
widespread
recognition
significance
these
data,
researchers
have
frequently
neglected
some
important
details
in
published
taxonomic
studies.
Historically,
fungal
studies
leaned
heavily
on
morphological
delineation
taxa.
contrast,
methods
currently
employ
synthesis
combination
morpho-molecular
markers,
chemical
attributes
both
ecological
geographic
data.
Even
with
new
methods,
mycologists
value
derived
from
old
records
as
essential
guides
current
future
Therefore,
this
underscores
importance
careful
documentation
habits
habitats
parallel
collection.
While
collecting
specimens
fungi,
it
to
record
metadata
such
sampling
location,
habitat
(host/substrate),
season
(date
or
specific
season)
physical
information
specimen
itself.
These
datasets
will
provide
rich
source
ecology
conservation
resources.
Understanding
distribution
patterns
possible
explanations
real
challenge
conserving
biodiversity,
lack
data-recording
creates
substantial
obstacles.
Accurate
fungarium
are
basic
understanding
richness
assessing
red-listed
invasive
species.
This
paper
explores
additions
recording,
emphasising
hosts
locations.
We
also
discuss
significant
roles
seemingly
insignificant
recording
enhance
about
relationships
Molecules,
Journal Year:
2024,
Volume and Issue:
29(1), P. 243 - 243
Published: Jan. 2, 2024
Among
electrochemical
energy
storage
(EES)
technologies,
rechargeable
batteries
(RBs)
and
supercapacitors
(SCs)
are
the
two
most
desired
candidates
for
powering
a
range
of
electrical
electronic
devices.
The
RB
operates
on
Faradaic
processes,
whereas
underlying
mechanisms
SCs
vary,
as
non-Faradaic
in
double-layer
capacitors
(EDLCs),
at
surface
electrodes
pseudo-capacitors
(PCs),
combination
both
hybrid
(HSCs).
EDLCs
offer
high
power
density
but
low
density.
HSCs
take
advantage
process
without
compromising
their
capacitive
nature.
Unlike
batteries,
provide
numerous
charge–discharge
cycles;
however,
lags
that
batteries.
Supercapatteries,
generic
term
refers
to
EES
devices
combine
merits
RBs,
have
emerged,
bridging
gap
between
RBs.
There
articles
reviews
EES,
many
those
emphasized
various
aspects
supercapatteries.
However,
there
no
recent
dealt
with
supercapatteries
general.
Here,
we
review
recently
published
critically
selected
discusses
different
how
from
others.
Also
discussed
properties,
design
strategies,
future
perspectives
Journal of Umm Al-Qura University for Applied Sciences,
Journal Year:
2024,
Volume and Issue:
unknown
Published: July 11, 2024
Abstract
Climate
alteration
poses
a
consistent
threat
to
food
security
and
agriculture
production
system.
Agriculture
sector
encounters
severe
challenges
in
achieving
the
sustainable
development
goals
due
direct
indirect
effects
inflicted
by
ongoing
climate
change.
Although
many
industries
are
confronting
challenge
of
change,
impact
on
agricultural
industry
is
huge.
Irrational
weather
changes
have
raised
imminent
public
concerns,
as
adequate
output
supplies
under
continuous
threat.
Food
system
negatively
threatened
changing
climatic
patterns
thereby
increasing
risk
poverty.
It
has
led
concerning
state
affairs
regarding
global
eating
patterns,
particularly
countries
where
plays
significant
role
their
economies
productivity
levels.
The
focus
this
review
deteriorating
consequences
with
prime
emphasis
how
altering
affect
either
directly
or
indirectly.
shifts
resultant
temperature
ranges
put
survival
validity
species
at
risk,
which
exaggerated
biodiversity
loss
progressively
fluctuating
ecological
structures.
influence
variation
results
poor
quality
higher
costs
well
insufficient
systems
distribution.
concluding
segment
underscores
policy
implementation
aimed
mitigating
both
regional
scale.
data
study
been
gathered
from
various
research
organizations,
newspapers,
papers,
other
sources
aid
readers
understanding
issue.
execution
also
analyzed
depicted
that
government
engrossment
indispensable
for
long-term
progress
nation,
because
it
will
guarantee
stringent
accountability
tools
regulations
previously
implemented
create
state-of-the-art
policy.
Therefore,
crucial
reduce
adapt
change
because,
order
ensure
survival,
addressing
worldwide
peril
necessitates
collective
commitment
mitigate
its
dire
consequences.
Chemistry - An Asian Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: July 3, 2024
Abstract
The
introduction
of
phosphorous
(P),
and
oxygen
(O)
heteroatoms
in
the
natural
honeydew
chemical
structure
is
one
most
effective,
practical
approaches
to
synthesizing
activated
carbon
for
possible
high‐performance
energy
storage
applications.
performance
metrics
supercapacitors
depend
on
surface
functional
groups
high‐surface‐area
electrodes
that
can
play
a
dominant
role
areas
require
high‐power
Here,
we
report
co‐doped
peel‐derived
(HDP‐AC)
electrode
with
low
area
supercapacitor
via
H
3
PO
4
activation.
This
activator
forms
phosphorylation
cellulose
fibers
HDP.
formation
stabilizes
by
preventing
levoglucosan
(C
6
10
O
5
),
combustion
product,
which
would
otherwise
offer
pathway
substantial
degradation
into
volatile
products.
Therefore,
heteroatom
doping
has
proved
improving
electrochemical
properties
AC‐based
supercapacitors.
specific
capacitance
HDP‐AC
exhibits
greatly
improved
increasing
carbon‐to‐H
ratio,
especially
density
power
density.
attributed
high
hierarchical
porous
structure,
enables
transportation
ions
at
higher
current
rates.
486,
478
F/g
0.6,
1.3
A/g
1
M
2
SO
electrolyte
prominent
retention
98.5
%
observed
having
an
impregnation
ratio
:
4.
yield
could
only
be
obtained
activation
temperature
500
°C
optimized
amount
ratio.
findings
suggest
concentration
as
synthesized
depends
chosen
biomass
precursor
processing
conditions.
work
opens
new
avenues
utilizing
biomass‐derived
materials
storage,
emphasizing
importance
sustainable
practices
addressing
environmental
challenges
advancing
toward
greener
future.
