World Journal of Experimental Medicine,
Journal Year:
2024,
Volume and Issue:
14(4)
Published: Oct. 29, 2024
As
identified
in
1936
by
Hans
Selye,
stress
is
shaping
diseases
through
the
induction
of
inflammation.
But
inflammation
display
some
yin
yang
properties.
On
one
hand
merging
with
innate
immune
response
aimed
to
fight
infectious
or
sterile
insults,
on
other
favors
chronic
physical
psychological
disorders.
Nature
has
equipped
cells,
organs,
and
individuals
mediators
mechanisms
that
allow
them
deal
stress,
even
a
good
(eustress)
been
associated
homeostasis.
Likewise,
societies
planet
are
exposed
stressful
settings,
but
wars
global
warming
suggest
regulatory
poorly
efficient.
In
this
review
we
list
inducers
physiological
psychologic
societal
planetary
mention
great
number
parameters
which
affect
modulate
render
it
different
from
an
individual
another,
cellular
level
one.
The
cell,
organ,
individual,
society,
share
many
stressors
consequences
extremely
interconnected
ending
domino
effect
butterfly
effect.
Global Change Biology,
Journal Year:
2025,
Volume and Issue:
31(2)
Published: Feb. 1, 2025
ABSTRACT
To
improve
the
environment
and
mitigate
climate
change,
China
has
implemented
ambitious
projects
for
natural
forest
protection
expanded
planted
forests.
However,
increased
variability
led
to
more
frequent
severe
droughts,
exacerbating
decline
of
these
The
drought
risk
forests
is
rarely
assessed
by
considering
both
resistance
resilience,
comparative
analyses
between
are
lacking.
Here,
we
compared
resilience
in
across
using
satellite
observations
from
2001
2020
understand
which
were
at
higher
drought.
results
showed
that
exhibited
lower
forests,
particularly
subtropical
broad‐leaved
evergreen
warm
temperate
deciduous
Moreover,
significantly
increased,
while
decreased
during
2011–2020
2001–2010,
suggesting
a
shift
strategies
cope
with
stress.
was
mainly
attributed
canopy
height
poorer
soil
nutrients,
limited
resistance,
characteristics
(severity,
duration,
frequency),
reduced
resilience.
These
underscore
potential
exposure
future
impacts
on
under
enhanced
management
strategies,
including
preservation
augmentation
structural
diversity
imperative.
PLoS ONE,
Journal Year:
2025,
Volume and Issue:
20(2), P. e0316011 - e0316011
Published: Feb. 7, 2025
This
study
investigated
the
influences
of
regional
climate
and
soil
moisture
conditions
on
vegetative
reproductive
cycles
seven
savanna
forest
vegetation
communities
Pantanal
Mato-grossense.
Circular
analysis
phenological
data
revealed
occurrence
interspecific
synchronism
seasonal
responses
in
activities,
with
flowering
patterns
differing
most
between
communities.
Leaf
shedding
intensity
events
were
closely
linked
to
climatic
seasonality.
Over
half
individuals
semideciduous
or
deciduous,
leaf
drop
intense
predominantly
triggered
by
drier,
warmer
conditions.
The
annual
flood
pulse
further
constrains
woody
plants,
influencing
deciduousness
serving
as
a
strategy
mitigate
water
stress.
preceding
signal
announcing
cold
fronts
was
relevant
determinant
for
many
Climate
seasonality
had
limited
fruiting
phenology
across
various
asynchronous
response
surface
highlights
diverse
habitat
hydrodynamics
its
interactions
plant
that
may
decouple
fall,
flowering,
from
availability.
unique
Pantanal's
hydro-climatic
cycle
sets
it
apart
other
non-flooded
savannas
tropical
South
America.
involves
intricate
interplay
dynamism
alternating
drought
wet-flooded
phases.
Frontiers in Earth Science,
Journal Year:
2025,
Volume and Issue:
13
Published: March 31, 2025
Urbanisation
has
led
to
drastic
changes
in
urban
landscape
patterns,
which,
turn,
have
altered
hydrological
processes
and
surface
runoff,
causing
waterlogging
significantly
affecting
water
supply.
Thus,
identifying
the
characteristics
of
patterns
re-vealing
how
they
impact
runoff
can
provide
a
scientific
basis
for
optimisation
regulation,
promoting
ecological
security
sustainable
development.
This
study
constructs
Source-Sink
Runoff
Landscape
Index
(SSRLI),
it
utilises
Storm
Water
Management
Model
(SWMM)
simulate
spatial
distribution
central
area
Chengdu
under
different
rainfall
scenarios,
exploring
relationship
between
runoff.
The
results
indicate:
①
In
2022,
types
were
mainly
farmland,
forestland,
impervious
surfaces,
accounting
83.27%
total
area.
②
As
intensity
increased,
average
rainfall-runoff
conversion
rate
increased
from
0.263
0.599.
green
spaces
on
exhibited
nonlinear
characteristics.
When
proportion
reached
32.5%,
their
effectiveness
reducing
improved
significantly.
③
was
less
than
20%,
positively
correlated
with
depth;
above
correlation
became
negative,
especially
after
40%,
where
had
lesser
impact.
proportions
farmland
forestland
low,
decreased
increasing
intensity.
Similarly,
surfaces
also
diminished
④
SSRLI
demonstrated
good
applicability
predicting
showing
significant
positive
depth.
gradually
weakened
as
increased.
summary,
this
provides
insights
into
intricate
emphasizing
importance
mitigating
flooding
