Jurnal Health Sains,
Journal Year:
2023,
Volume and Issue:
4(7), P. 19 - 25
Published: July 26, 2023
Background:
Diabetic
foot
is
a
chronic
complication
that
can
be
detrimental
and
has
an
impact
on
the
quality
of
life
diabetic
patients.
Neurosensory
examination
skin
temperature
using
thermograph
help
prevent
foot.
Objective:
to
identify
neurosensory
infrared
thermographs
in
addressing
risk
Design:
The
design
this
study
Scoping
review
Methods:
A
journal
search
was
conducted
keywords
"infrared
thermography,
screening
or
assessment,
foot,
meta-analysis"
collect
relevant
articles
published
last
ten
years
from
four
databases
(ProQuest,
PubMed,
ScienceDirect,
Google
Scholar).
inclusion
criteria
were:
nurses,
patients,
full-text
articles,
studies
focusing
nursing
issues,
written
English.
Four
were
selected
analyzed
PICO.
Results:
meta-analysis
sensitivity
have
p
value
<
0.05,
which
support
clinical
for
monitoring
prevention.
Conclusion:
Examination
sensation
used
as
method
assessment
care
structural
integrity
problems
physiological
changes
ACS ES&T Water,
Journal Year:
2024,
Volume and Issue:
4(5), P. 2247 - 2258
Published: April 10, 2024
The
escalating
environmental
impact
of
rare
earth
elements
(REEs)
in
freshwater
ecosystems,
exemplified
by
Hongze
Lake's
increasing
pollution
levels
from
sediment-bound
nutrients
and
REEs
due
to
human
activities,
necessitates
a
comprehensive
study.
Our
objectives
are
unravel
the
spatial
distribution
patterns
surface
sediments
assess
their
combined
toxicity
effects
on
aquatic
biota,
aiming
fill
critical
gap
understanding
ecological
toxicological
risks
associated
with
these
contaminants.
This
study
employed
diffusive
gradients
thin
films
(DGT)
technique
analyze
China's
Lake
for
REEs.
Significant
fluctuations
were
observed
concentrations
phosphate
(PO4–P),
nitrate
(NO3–N),
ammonium
(NH4–N),
some
exceeding
predicted
no
effect
(PNEC)
organisms.
Correlation
analysis
suggested
complex
interrelationships
among
elements,
indicating
potential
common
sources.
Factor
condensed
16
variables
into
4
factors,
unveiling
distinct
lake.
Additionally,
probabilistic
ecotoxicological
risk
assessment,
integrating
DGT-labile
data,
revealed
1.26%
probability
inducing
toxic
biota.
These
findings
provide
specific
numerical
insights
sources
within
ecosystem.
results
offer
valuable
information
current
future
lake
management
conservation
efforts.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
147, P. 109990 - 109990
Published: Feb. 11, 2023
Wetland
destruction
and
degradation
have
been
increasing
gradually.
The
biodiversity
of
the
remaining
wetlands
is
under
unprecedented
threat.
Identifying
future
trend
wetland
a
critical
step
to
provide
early
warnings
for
protection
management.
However,
studies
focused
mainly
on
current
assessment
protection,
without
emphasizing
prediction
changes.
Combining
advantages
key
indicators
simulation
(wetland
pattern
hydrological
connectivity;
PHC)
CA_Markov
land
use
prediction,
this
study
proposes
framework
biodiversity.
Taking
Sanjiang
Plain
as
an
example,
predicted
changing
in
area
evaluated
potential
loss
each
reserve.
results
revealed
that
cultivated
occupation
caused
change
spatial
patterns
area.
According
development
from
2010
2015,
indexes
PHC
will
decline
significantly
2020
2030,
by
our
be
transformed
medium
low
level
(the
conservation
value
decrease
7.40%
average,
with
reduced
2.74%).
Each
reserve
experience
various
degrees
due
connectivity.
proposed
can
technical
support
predicting
at
regional
scale
reference
long-term
monitoring
strategies
warning.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
153, P. 110467 - 110467
Published: June 13, 2023
Hydrological
connectivity
is
crucial
for
supporting
aquatic
biodiversity
and
serving
ecosystem
function
in
river
floodplain
wetlands.
Although
the
effects
of
longitudinal
composition
snail
(Mollusca:
Gastropoda)
assemblages
well
understood,
lateral
are
less
evaluated.
Here,
we
evaluated
on
multiple
facets
alpha
beta
diversity
(i.e.,
taxonomic,
functional,
phylogenetic)
freshwater
snails
38
wetlands
Da
Xing'an
Mountains
Northeast
China.
A
total
9,784
subjected
to
5
orders,
14
families,
24
genera,
42
species
were
collected.
Overall,
was
higher
nearly
isolated
downstream
areas.
Multivariate
analyses
revealed
that
phylogenetic
structures
differed
significantly
across
gradients.
Waterscape
climate
variables
appeared
equivalently
explain
a
large
proportion
variations
assemblages.
Lateral
order
paramount
greatest
variation
Our
study
suggests
hydrological
key
factor
controlling
floodplains.
Attention
should
be
paid
changing
waterscape
multi-faceted
Due
extant
patterns
assemblage
structures,
restoration
management
consider
full
spectrum
laterally
connectedness
maximize
biodiversity.
