Animals,
Journal Year:
2025,
Volume and Issue:
15(5), P. 721 - 721
Published: March 3, 2025
Climate
change
is
driving
the
restructuring
of
global
biological
communities.
As
a
species
sensitive
to
climate
change,
studying
response
small
rodents
helpful
indirectly
understand
changes
in
ecology
and
biodiversity
certain
region.
Here,
we
use
MaxEnt
(maximum
entropy)
model
predict
distribution
patterns,
main
influencing
factors,
range
various
Ordos
desert
steppe
China
under
different
scenarios
future
(2050s:
average
for
2041-2060).
The
results
show
that
when
parameters
are
FC
=
LQHPT,
RM
4,
optimal
AUC
0.833.
We
found
NDVI
(normalized
difference
vegetation
index),
Bio
12
(annual
precipitation),
TOC
(total
organic
carbon)
important
factors
affecting
suitability
rodent
habitat
At
same
time,
were
also
species.
selected
4
dominant
analysis
that,
situation
warming,
high-suitability
area
Allactaga
sibirica
Phodopus
roborovskii
will
decrease,
while
Meriones
meridianus
unguiculatus
increase.
Our
research
suggest
local
governments
should
take
early
preventive
measures,
strengthen
protection,
respond
ecological
challenges
brought
about
by
promptly.
Forests,
Journal Year:
2024,
Volume and Issue:
15(3), P. 491 - 491
Published: March 6, 2024
Climate
change
has
had
an
almost
irreversible
impact
on
the
distribution
patterns
of
tree
species
Tibetan
Plateau,
driving
some
vulnerable
to
brink
extinction.
Therefore,
it
is
important
assess
vulnerability
in
climate-sensitive
areas
under
following
three
IPCC-CMIP6
scenarios:
SSP126,
SSP370,
and
SSP585.
The
MaxEnt
model
was
used
predict
adaptive
for
one
endangered
(Acer
wardii
W.
Smith
(A.
wardii))
six
maple
plants
Plateau
current
future
conditions.
We
then
evaluated
their
using
landscape
fragmentation
index.
Our
results
showed
that
were
mainly
distributed
southeast
Plateau.
dominant
factors
affecting
temperature
annual
range
(BIO7)
Acer
sikkimense
Miq.
sterculiaceum
Wall.;
precipitation
(BIO12)
cappadocicum
Gled.;
driest
month
(BIO14)
pectinatum
Wall.
ex
G.
Nicholson,
taronense
Hand.-Mazz.,
A.
wardii;
subsoil
clay
fraction
(S_CLAY)
campbellii
Hook.f.
&
Thoms.
Hiern
campbellii)
Under
scenarios,
area
shifted
northwest,
habitat
suitability
increased
northwestern
part
areas.
In
SSP370
scenario,
all
seven
increase
areas,
while
certain
decreased
periods
SSP126
SSP585
scenarios.
status
likely
be
even
more
fragile
are
may
face
extinction,
requiring
immediate
attention
protection.
contrast,
remaining
five
decreased.
conclusion,
this
study
provides
recommendations
conserving
data
support
understanding
distributional
changes
assessment
these
species.
Frontiers in Plant Science,
Journal Year:
2024,
Volume and Issue:
15
Published: Aug. 6, 2024
The
quality
of
traditional
Chinese
medicine
is
based
on
the
content
their
secondary
metabolites,
which
vary
with
habitat
adaptation
and
ecological
factors.
This
study
focuses
Plants,
Journal Year:
2024,
Volume and Issue:
13(11), P. 1424 - 1424
Published: May 21, 2024
Sophora
alopecuroides
L.,
a
perennial
herb
in
the
arid
and
semi-arid
regions
of
northwest
China,
has
ecological
functions
windbreaking
sand
fixation
high
medicinal
value.
In
recent
years,
global
warming
human
activities
have
led
to
changes
suitable
habitats
for
S.
alopecuroides,
which
may
affect
accumulation
natural
products.
this
study,
MaxEnt
3.4
ArcGIS
10.4
software
were
used
predict
distribution
potentially
China
under
climate
change.
Furthermore,
geographical
as
affected
by
activities,
differences
content
products
between
different
habitats,
correlation
environmental
factors
analyzed.
The
results
showed
that
projected
expand
future,
major
temperature
(Bio1),
rainfall
(Bio18),
soil
pH
(pH).
When
Bio1,
Bio18,
8.4283
°C,
7.1968
mm,
9.9331,
respectively,
probability
(P)
was
highest.
After
adding
activity
factor,
accuracy
model
prediction
improved,
area
greatly
reduced,
showing
fragmented
pattern.
Meanwhile,
habitat
suitability
had
specific
effect
on
alopecuroides.
Specifically,
wild
higher
than
artificial
cultivation,
highly
contents
those
non-highly
habitats.
total
alkaloids
flavonoids
positively
correlated
with
negatively
land
use
types.
Among
them,
aspect,
aspect.
addition,
it
is
suggested
Xinjiang
should
be
priority
planting
given
protection
measures
Alashan
area.
Overall,
study
provides
an
important
foundation
determination
areas
resource
Food Chemistry X,
Journal Year:
2022,
Volume and Issue:
16, P. 100522 - 100522
Published: Nov. 25, 2022
Through
field
investigation,
UPLC-MS/MS
technology
and
MaxEnt
model
were
performed
to
predict
the
suitable
distribution
area
for
red
huajiao
(Zanthoxylum
bungeanum
maxim.)
in
China
from
2021
s
2060
s,
evaluate
effects
of
climate
factors
on
quality
huajiao.
The
results
demonstrated
that
mean
temperature
coldest
quarter
min
month
most
important
environmental
variables
influencing
distribution.
Suitable
habitats
located
mainly
dry
hot
valley
zone
Qinba
Mountains
semi-humid
semi-arid
areas
Loess
Plateau.
amides
contents
higher
high
suitability
areas,
while
it
was
decreased
medium
low
temperature,
wind
speed
precipitation
played
a
key
role
their
accumulation.
This
investigation
great
significance
planting
optimization,
control,
benefit
improvement
industrial
development
