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
Journal of Plant Ecology,
Journal Year:
2024,
Volume and Issue:
17(5)
Published: April 4, 2024
Abstract
The
protection
and
management
of
the
wetland
should
consider
changes
in
hydrological
connectivity
(HC)
caused
by
structural
modifications
soil
macropores.
main
purpose
our
work
is
to
clarify
quantify
influence
macropores
volume
on
vertical
hydrodynamic
process
mechanically
statistically
taking
form
a
case
study
Yellow
River
Delta
(YRD),
further
reveal
this
area.
Based
X-ray
computed
tomography
constant
head
permeability
test,
results
showed
highly
spatial
heterogeneity
structure
YRD,
hydraulic
parameter
(Ks)
was
negatively
correlated
with
bulk
density
positively
macropore
volume,
aeration
maximum
water
capacity.
Using
Hydrus
1-D
software
Green–Ampt
model,
we
estimated
characteristics
without
macropores,
then
evaluated
effect
comparing
experimental
simulation
results.
We
found
that
increasing
microporosity
improved
convenience
movement,
which
would
enhance
HC
region.
will
help
eco-hydrological
at
scale
provide
theoretical
guide
for
conservation
restoration.
Freshwater Biology,
Journal Year:
2024,
Volume and Issue:
69(9), P. 1175 - 1191
Published: July 22, 2024
Abstract
The
loss
of
lateral
hydrological
connectivity
(LLHC)
in
freshwater
ecosystems
is
increasingly
threatening
biodiversity;
however,
studies
reporting
this
situation
are
limited,
especially
those
assessing
multi‐measure
biodiversity
features
at
large
spatial
scales.
Here,
and
using
one
the
most
threatened
taxonomic
groups
ecosystems,
we
examined
possible
influence
LLHC
on
species
diversity,
density,
biomass
mussel
assemblages
genetic
diversity
structure
Nodularia
douglasiae
(a
common
widespread
native
species)
Yangtze
River
floodplain.
Results
showed
that
mussels
(α
β
diversity)
significantly
differed
between
connected
disconnected
areas,
with
higher
α
lower
areas.
At
same
time,
relative
abundance,
biomass,
were
High
differentiation
low
gene
flow
found
among
18
analysed
N.
populations,
indicating
affecting
particular
species.
Overall,
results
indicated
river–lake
biodiversity.
In
addition,
study
highlights
provide
distinct
information
about
dynamics,
essential
to
evaluate
effects
floodplain
disconnection.
We
advocate
an
integrative
approach
management
embracing
needed
for
effective
conservation
river
ecosystems.
Успехи современной биологии,
Journal Year:
2024,
Volume and Issue:
144(1), P. 80 - 96
Published: Aug. 13, 2024
This
review
summarizes
information
on
the
main
negative
factors
affecting
state
of
floodplain
water
bodies
ecosystems,
describes
most
common
consequences
for
abiotic
and
biotic
processes,
suggests
possible
ways
to
conserve
these
ecosystems.
Evidence
impact
hydraulic
construction,
embanking
floodplains,
channelizing
rivers,
agriculture,
other
anthropogenic
impacts
is
presented.
A
special
role
played
by
climate
change,
which
leads
a
decrease
in
flood
inundation,
drying
overgrowing
bodies,
their
eutrophication.
The
authors
suggest
criteria
choose
correct
indicators
that
can
testify
not
only
stages
body
succession
(e.g.,
vegetation)
or
its
trophic
status
(zooplankton),
but
also
long-term
effects
climatic
changes.
As
recommendation,
it
proposed
consider
separately,
assess
whole
waterscapes
use
change
β-diversity
as
an
indicator.
Further
conservation
strategies
be
based
approaches
Red
List
Ecosystems
International
Union
Conservation
Nature
Natural
Resources
(IUCN),
will
help
draw
attention
problem.
key
should
territorial
protection
measures,
up
development
separate
category
small
bodies.
