Marine Environmental Research,
Journal Year:
2023,
Volume and Issue:
188, P. 106003 - 106003
Published: April 24, 2023
Waterbirds
are
vital
to
coastal
wetland
ecosystem,
and
play
significant
roles
in
global
biodiversity
maintenance,
cultural
educational
services,
etc.
particularly
vulnerable
environmental
change,
land-cover
which
has
severely
degraded
their
ecological
niches.
Accordingly,
this
study
developed
a
waterbird-habitat
preference
index
quantify
waterbird
dependence
on
Xiamen
Bay's
habitats
subsidiary
waterbird-specific
habitat
suitability
predict
potential
effects
of
future
change
waterbirds.
Results
showed
that
the
ranged
from
−9.8
18.71,
indicating
selection
varied
greatly
among
different
species,
where
tidal
flats
were
most
popular
habitat.
Additionally,
species
for
more
than
one
habitat,
could
be
indicative
diverse
demands.
Effects
waterbirds
three
scenarios,
positive
benefits
predicted
under
protection
scenario
(EPS),
while
greatest
negative
observed
development
utilization
(DUS).
also
species.
Those
current
trend
(CTS)
(e.g.,
Tringa
brevipes
Calidris
ruficollis)
at
risk
abundance
loss
(i.e.,
losers)
others
Egretta
garzetta
Saundersilarus
saundersi)
benefit
increased
winners).
Generally,
migratory
traveling
birds
much
resident
birds.
Spatially,
conservation
priority
should
given
Dadeng
Waters
those
waters
adjacent
it
Tongan
Bay
Anhai
Bay)
because
highest
these
areas
conflict
between
an
urgent
need
protect
intense
present
development.
The
intent
is
provide
useful
tool
explore
similar
regions,
can
important
information
restoration
strategies.
Annual Review of Environment and Resources,
Journal Year:
2022,
Volume and Issue:
47(1), P. 231 - 260
Published: May 5, 2022
We
present
an
overview
of
the
global
spatiotemporal
distribution
avian
biodiversity,
changes
in
our
knowledge
that
and
extent
to
which
it
is
imperilled.
Birds
are
probably
most
completely
inventoried
large
taxonomic
class
organisms,
permitting
a
uniquely
detailed
understanding
how
Anthropocene
has
shaped
their
distributions
conservation
status
space
time.
summarize
threats
driving
bird
species
richness
abundance,
highlighting
increasingly
synergistic
interactions
between
such
as
habitat
loss,
climate
change,
overexploitation.
Many
metrics
biodiversity
exhibiting
globally
consistent
negative
trends,
with
International
Union
for
Conservation
Nature's
Red
List
Index
showing
steady
deterioration
avifauna
over
past
three
decades.
identify
key
measures
counter
this
loss
associated
ecosystemservices,
will
necessitate
increased
consideration
social
context
interventions
order
deliver
positive
transformative
change
nature.
Nature Ecology & Evolution,
Journal Year:
2024,
Volume and Issue:
8(5), P. 924 - 935
Published: March 18, 2024
Abstract
Wildlife
must
adapt
to
human
presence
survive
in
the
Anthropocene,
so
it
is
critical
understand
species
responses
humans
different
contexts.
We
used
camera
trapping
as
a
lens
view
mammal
changes
activity
during
COVID-19
pandemic.
Across
163
sampled
102
projects
around
world,
amount
and
timing
of
animal
varied
widely.
Under
higher
activity,
mammals
were
less
active
undeveloped
areas
but
unexpectedly
more
developed
while
exhibiting
greater
nocturnality.
Carnivores
most
sensitive,
showing
strongest
decreases
greatest
increases
managers
consider
how
habituation
uneven
sensitivity
across
may
cause
fundamental
differences
human–wildlife
interactions
along
gradients
influence.
Science Advances,
Journal Year:
2022,
Volume and Issue:
8(49)
Published: Dec. 9, 2022
Although
cities
are
human-dominated
systems,
they
provide
habitat
for
many
other
species.
Because
of
the
lack
long-term
observation
data,
it
is
challenging
to
assess
impacts
rapid
urbanization
on
biodiversity
in
Global
South
countries.
Using
multisource
we
provided
first
analysis
bird
distribution
at
continental
scale
and
found
that
distributional
hot
spots
threatened
birds
overlapped
greatly
with
urbanized
areas,
only
3.90%
birds'
preferred
land
cover
type
urban
built-up
areas.
Bird
ranges
being
reshaped
differently
because
their
different
adaptations
urbanization.
While
green
infrastructure
can
improve
local
diversity,
homogeneous
environment
also
leads
species
compositions
more
similar
across
regions.
More
attention
should
be
paid
narrow-range
formulation
conservation
strategies,
actions
further
coordinated
among
from
a
global
perspective.
Proceedings of the Royal Society B Biological Sciences,
Journal Year:
2022,
Volume and Issue:
289(1983)
Published: Sept. 20, 2022
Human
activities
may
impact
animal
habitat
and
resource
use,
potentially
influencing
contemporary
evolution
in
animals.
In
the
United
Kingdom,
COVID-19
lockdown
restrictions
resulted
sudden,
drastic
alterations
to
human
activity.
We
hypothesized
that
short-term
daily
long-term
seasonal
changes
mobility
might
result
bird
depending
on
type
(home,
parks
grocery)
extent
of
change.
Using
Google
data
872
850
observations,
we
determined
during
lockdown,
altered
use
80%
(20/25)
our
focal
species.
When
humans
spent
more
time
at
home,
over
half
affected
species
had
lower
counts,
perhaps
resulting
from
disturbance
birds
garden
habitats.
Bird
counts
some
(e.g.
rooks
gulls)
increased
short
term
as
parks,
possibly
due
human-sourced
food
resources
picnic
refuse),
while
other
tits
sparrows)
decreased.
All
when
less
grocery
services.
Avian
rapidly
adjusted
novel
environmental
conditions
demonstrated
behavioural
plasticity,
but
with
diverse
responses,
reflecting
different
interactions
pressures
caused
by
Tropical Medicine and Infectious Disease,
Journal Year:
2023,
Volume and Issue:
8(2), P. 85 - 85
Published: Jan. 26, 2023
There
are
different
area-based
factors
affecting
the
COVID-19
mortality
rate
in
urban
areas.
This
research
aims
to
examine
rates
and
their
geographical
association
with
various
socioeconomic
ecological
determinants
350
of
Tehran’s
neighborhoods
as
a
big
city.
All
deaths
related
included
from
December
2019
July
2021.
Spatial
techniques,
such
Kulldorff’s
SatScan,
geographically
weighted
regression
(GWR),
multi-scale
GWR
(MGWR),
were
used
investigate
spatially
varying
correlations
between
predictors,
including
air
pollutant
factors,
status,
built
environment
public
transportation
infrastructure.
The
city’s
downtown
northern
areas
found
be
significantly
clustered
terms
spatial
temporal
high-risk
for
mortality.
MGWR
model
outperformed
OLS
models
an
adjusted
R2
0.67.
Furthermore,
was
associated
quality
(e.g.,
NO2,
PM10,
O3);
pollution
increased,
so
did
Additionally,
aging
illiteracy
positively
rates.
Our
approach
this
study
could
implemented
potential
associations
other
emerging
infectious
diseases
worldwide.