Global Ecology and Conservation,
Journal Year:
2020,
Volume and Issue:
24, P. e01223 - e01223
Published: Aug. 13, 2020
Residential
communities
are
the
primary
living
spaces
for
people
in
China.
Their
associated
greenspaces
important
elements
of
urban
ecosystem,
providing
neighborhood
ecosystem
services
and
hosting
bird
populations
differing
community
structures
compared
with
other
green
areas.
This
study
analyzes
avian
characteristics
within
residential
their
differences
parks
Beijing.
Furthermore,
we
assess
key
environmental
factors
determining
species
composition
population
sizes
spatial
scales
at
which
these
most
significant.
We
randomly
selected
27
to
habitat
structure
landscape
that
underpin
assemblages
across
multiple
scales.
Independent
sample
t-test
model
selection
methods
based
on
AICc
were
used
data
analysis.
Eurasian
Tree
Sparrow
(Passer
montanus)
(hereafter
ETS)
alone
accounted
91.0%
total
individuals.
Compared
parks,
more
migrants
omnivores
found
communities.
Within-site
forest
patch
connectivity
simultaneously
decided
resident
diversity
individual
abundance,
exception
ETS.
richness
coverage
predictors
ETS
numbers,
respectively.
Even
urbanized
species,
retained
ecological
attributes
"wilder"
settings.
skewed
toward
dominant
numbers
In
low-quality
habitats,
our
results
suggest
configuration
is
than
local
structure.
number
surrounding
patches
shorter
between-patch
distances
deserve
attention
future
design
Journal of Applied Ecology,
Journal Year:
2020,
Volume and Issue:
57(10), P. 1902 - 1914
Published: June 20, 2020
Abstract
Urban
expansion
poses
a
major
threat
to
wildlife
populations.
Biodiversity‐friendly
urban
landscapes
could
deliver
benefits
for
both
and
people,
by
incorporating
conservation
ecosystem
services
objectives.
Well‐designed
developments
also
soften
the
ecological
impacts
of
urbanization.
However,
delivering
that
integrate
biodiversity
requirements
effectively
remains
challenging.
Ecological
models,
designed
predict
population
responses
alternative
designs,
prove
effective
in
supporting
creation
biodiversity‐friendly
landscapes.
Here,
we
combine
national‐scale
bird
abundance
data
with
high
resolution,
spatially
explicit
habitat
characterize
relationships
between
densities
landscape
form
Britain.
From
these
analyses
cross
validation,
evaluate
potential
well‐parameterized,
species‐specific
models
be
used
novel
or
modified
areas.
Our
indicate
are
complex,
few
variables
consistently
affecting
large
proportion
species.
contiguous
areas
greenspace
within
sites
preferential
accommodating
breeding
birds,
compared
more
fragmented
arrangement
multiple,
small
patches.
In
combination,
bird‐habitat
identified
successfully
observed
variation
most
species
considered.
Further
evaluation
descriptor
variables,
spatial
scales
species'
use
analytical
modelling
approaches
may
needed
improve
predictive
ability
certain
species,
particularly
waterbirds
those
less
frequently
Synthesis
applications
.
We
modelled
built‐up
respect
characteristics
contexts
environments.
While
were
important
multiple
overall
species‐specific,
so
simple
assemblage
metrics,
like
diversity,
will
not
describe
communities
well.
results
illustrate
an
evidence‐based,
development
on
biodiversity,
predicting
consequences
numbers.
Subject
verification
ability,
practitioners
can
apply
compare,
example,
land‐sparing
sharing
developments,
quantify
offsetting.
This
would
facilitated
incorporation
into
online
tool
allowing
user‐determined
input
scenarios.
Land,
Journal Year:
2024,
Volume and Issue:
13(10), P. 1664 - 1664
Published: Oct. 12, 2024
Urban
ecosystems,
and
the
services
they
provide,
are
a
key
focus
of
United
Nations
2030
Agenda
for
Sustainable
Development,
specifically
SDG
11,
which
emphasizes
making
cities
inclusive,
safe,
resilient,
sustainable.
Green
infrastructure
(GI)
is
crucial
in
enhancing
citizens’
quality
life
achieving
this
goal
it
can
be
defined
as
strategically
planned
network
natural
semi-natural
areas
designed
to
deliver
range
ecosystem
(ESs).
These
infrastructures
improve
functioning,
protect
biodiversity,
promote
health,
support
sustainable
land
water
management,
boost
local
green
economy.
This
paper
explores
scientific
literature
on
GI
their
ESs
using
bibliometric
science.
By
combining
keywords
“Green
Infrastructures”,
“Ecosystem
Services”,
“Cities”
with
VOSviewer
software
(1.6.20
version),
we
analyzed
trends
over
time.
Results
show
growing
attention
these
topics,
emphasizing
human
well-being,
urban
resilience,
sustainability.
The
study
also
highlights
that
focusing
exclusively
either
Infrastructure
Cities”
or
Services
leads
fragmented
insights.
A
more
integrated
examination
three
domains
offers
holistic
view
underscores
importance
considering
disservices.
further
identifies
research
directions,
including
need
comprehensive
evaluation
diverse
types,
especially
those
under-researched,
such
roofs,
sports
areas,
wetlands,
underexplored
role
cultural
services.
Additionally,
future
should
consider
both
benefits
disservices
better
planning
decisions.
Finally,
integrating
biophysical,
social,
economic
values
critical
providing
insights
development.
novelty
lies
its
integrated,
approach
examining
disservices,
insufficient
specific
services—each
contributing
creation
resilient
cities.
Frontiers in Ecology and the Environment,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 10, 2025
All
cities
are
home
to
birds,
which,
through
their
activities,
can
either
enhance
or
detract
from
human
well‐being.
To
identify
such
interactions,
we
synthesize
current
understanding
of
bird‐mediated
ecosystem
services
and
disservices
in
cities.
We
find
widespread
evidence
that
birds
provide
cultural
services,
but
the
link
between
urban
bird
diversity
these
benefits
is
surprisingly
tenuous.
Birds
also
have
potential
regulating
services;
however,
rather
than
being
measured,
usually
assumed
non‐urban
research,
may
be
overestimated
(eg
pollination,
seed
dispersal)
undervalued
(decomposition,
nutrient
cycling).
People's
perceptions
not
uniform,
always
delivered
equitably
among
residents.
call
for
moving
beyond
using
species
richness
traits
as
proxies,
instead
explicitly
measuring
across
heterogeneous
landscape.
Such
information
critical
designing
sustain
biodiversity
result
net
positive,
equitable,
people.
npj Biodiversity,
Journal Year:
2025,
Volume and Issue:
4(1)
Published: March 18, 2025
Abstract
While
humans
often
feed
birds
in
their
backyards,
there
is
a
growing
awareness
that
this
has
positive
and
negative
effects
on
local
biodiversity.
Whether
the
observed
species
assemblage
shapes
human
activities
has,
however,
rarely
been
investigated.
We
analyzed
15,088
open-ended
answers
from
9473
Finnish
respondents
about
why
they
have
increased
or
reduced
feeding
birds.
They
mentioned
58
avian
non-avian
linked
to
changed
practices.
The
main
reasons
for
change
were
(1)
respondent’s
relation
nonhuman
species,
(2)
other
humans,
(3)
relations
between
species.
Most
taxa
could
lead
both
increase
decrease
feeding,
although
direction
was
context-dependent.
suggest
bird-feeding
an
interactive
process
where
community
strongly
affects
practices,
which
turn
can
affect
composition.
Recognizing
crucial
understanding
of
nature
providing
more
nuanced
guidance.