Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Dec. 7, 2023
Abstract
Urban
sprawl
occurs
through
different
models,
causing
physical,
social,
and
environmental
changes,
that
may
have
diverse
effects
on
biological
communities.
In
this
paper,
we
tested
the
of
land
sharing
sparing
urban
models
along
a
gradient
urbanization,
composed
by
rural
area,
core,
in
southeastern
Brazil.
We
specifically
assessed
size
green
gray
spaces
bird
taxonomic
functional
diversity.
hypothesize
there
are
differences
across
relation
to
(a)
amount
spaces;
(b)
also
(c)
affects
diversity,
(d)
settlements
harbor
larger
smaller
areas
spaces,
respectively,
leading
an
increasein
predict
land-sparing
model
will
higher
diversity
birds.
addition,
is
positively
negatively
related
birds,
respectively.
found
urbanization
concerning
Furthermore,
proved
be
more
suitable.
Green
had
positive
negative
Our
findings
significant
implications
for
plannings,
aimed
at
selection
balance
development,
conservation
spaces.
Conservation Letters,
Journal Year:
2023,
Volume and Issue:
16(3)
Published: March 14, 2023
Abstract
Urban
biodiversity
conservation
is
critical
if
cities
are
to
tackle
the
biodiversity‐extinction
crisis
and
connect
people
with
nature.
However,
little
attention
has
been
paid
how
urban
environmental
managers
navigate
complex
socio‐ecological
contexts
conserve
in
cities.
We
interviewed
from
Australian
identify
(1)
breadth
of
actions
undertaken
(2)
barriers
enablers
action.
found
current
practice
be
more
diverse,
innovative,
proactive
than
previously
described
(318
across
nine
categories).
Conversely,
priority
identified
by
literature
yet
“mainstream”
(e.g.,
designing
for
human–nature
connection,
securing
space
nature
cities).
Further,
we
a
suite
levers
overcome
barriers.
Our
research
provides
scientists
practitioners
an
understanding
multiple
facets
emphasizes
importance
interdisciplinary
approaches
future
practice.
International Journal of Latest Technology in Engineering Management & Applied Science,
Journal Year:
2025,
Volume and Issue:
13(12), P. 325 - 330
Published: Jan. 22, 2025
Abstract:
Given
that
death
is
a
natural
occurrence,
disposing
of
the
dead
especially
corpses
an
unavoidable
and
necessary
part
human
life.
In
order
to
appropriately
dispose
deceased,
land
use
planning
crucial
since
improper
handling
could
jeopardize
environmental,
psychological,
health.
Nigeria,
laws
have
not
stopped
urban
growth
due
urbanization
shifting
societal
attitudes.
Public
authorities
usually
only
consider
residential,
commercial,
industrial,
institutional
uses
like
schools,
hospitals,
stadiums
when
allocating
state
directly
or
through
agencies,
despite
fact
country's
population
has
grown
from
70
million
in
1973
nearly
200
recent
years.
The
matters
burial
require
consideration
both
general
management
standpoint.
development
execution
environmental
policy
on
disposal
deceased
should
be
localized,
taking
into
account
characteristics
residents
certain
areas.
This
evaluation
determined
living's
for
encompasses
creating
comfortable
environment
ultimate
resting
place,
interring
remains,
ensuring
subsequent
maintenance
designated
area
conducted
with
dignity
hygiene.
From
municipal
standpoint,
regarded
as
essential
obligatory
public
service.
Acta Biológica Colombiana,
Journal Year:
2025,
Volume and Issue:
30(1)
Published: Feb. 14, 2025
El
crecimiento
urbano
afecta
la
composición
y
diversidad
de
las
comunidades
aves.
Sin
embargo,
estos
efectos
pueden
variar
según
el
nivel
urbanización
temporada
del
año.
Exploramos
cómo
variables
locales
paisajísticas
influyeron
en
aves
urbanas
evasoras,
explotadoras
adaptadoras
durante
dos
temporadas
parques
urbanos
periurbanos
una
ciudad
neotropical
sur
México.
Entre
2017
2018,
realizamos
muestreos
no
reproductiva
(agosto-septiembre)
(febrero-marzo).
Comparamos
entre
utilizando
los
números
Hill.
Se
registraron
un
total
67
especies
urbanas:
38
adaptadoras,
24
evasoras
cinco
explotadoras.
En
general,
tuvieron
mayor
ambas
comparación
con
urbanos.
Las
se
asociaron
a
local
paisajístico
temporadas,
mientras
que
prefirieron
vegetación
estructuralmente
compleja
reproductiva.
utilizaron
indistintamente.
Nuestros
hallazgos
sugieren
densamente
urbanizados
aumentan
dominancia
al
tiempo
disminuyen
drásticamente
presencia
nativas.
Los
también
destacan
papel
conservación
planificación
centros
neotropicales,
reduciendo
urbanización.
Remote Sensing,
Journal Year:
2024,
Volume and Issue:
16(23), P. 4483 - 4483
Published: Nov. 29, 2024
Urban
settlements
can
support
significant
biodiversity
and
provide
a
wide
range
of
ecosystem
services.
Remote
sensing
(RS)
offers
valuable
tools
for
monitoring
conserving
urban
biodiversity.
Our
research,
funded
by
the
Italian
Recovery
Resilience
Plan
(National
Biodiversity
Future
Centre—Urban
Biodiversity),
undertakes
systematic
scientific
review
to
assess
current
status
future
prospects
evaluation
using
RS.
An
extensive
literature
search
indexed
peer-reviewed
papers
published
between
2008
2023
was
conducted
on
Scopus
database,
selective
choice
keywords.
After
screening
titles,
abstracts,
keywords
500
articles,
117
relevant
were
retained
meta-data
analysis.
analysis
incorporated
technical
(e.g.,
sensor,
platform,
algorithm),
geographic
country,
city
extent,
population)
ecological
(biodiversity
target,
organization
level,
biome)
meta-data,
examining
their
frequencies,
temporal
trends
(Generalized
Linear
Model—GLM),
covariations
(Cramer’s
V).
The
rise
in
publications
over
time
is
linked
increased
availability
imagery,
enhanced
computing
power,
growing
awareness
importance
Most
research
focused
Northern
Hemisphere
large
metropolitan
areas,
with
smaller
cities
often
overlooked.
Consequently,
data
coverage
predominantly
concentrated
Mediterranean
temperate
habitats,
limited
attention
given
boreal,
desert,
tropical
biomes.
A
strong
association
observed
source
RS
satellite
missions),
pixel
size,
purpose
its
use
modeling,
detection).
This
provides
comprehensive
summary
applications
evaluating
focus
biomes
studied,
targets,
levels.
work
information
where
studies
should
efforts
study
remote
instruments
coming
years.
Acta Biológica Colombiana,
Journal Year:
2023,
Volume and Issue:
28(3), P. 506 - 516
Published: Sept. 5, 2023
Evaluating
several
biodiversity
descriptors
and
considering
spatial
scales
might
elucidate
conservation
issues
improve
monitoring
in
urban
environments.
We
estimated
species
richness
(order
q
=
0),
Shannon
diversity
1),
Simpson
2)
based
on
Hill
numbers
performed
cluster
analysis
non-metric
multidimensional
scaling
(NMDS)
to
compare
seven
micro-watersheds
a
peri-urban
site
across
northern
Andean
city
(Medellín,
Colombia).
found
113
diurnal
resident
bird
species:
50
(44
%)
exclusively
within
sites,
21
(19
the
periurban
site,
42
(37
shared
species.
Some
watersheds
had
similar
but
diversities
were
always
lower,
showing
decrease
local
when
abundances
considered.
Bird
composition
differed
between
with
all
grouped
altogether
by
NMDS
analysis,
forming
its
own
group.
This
suggests
homogenization
of
due
turnover
decreasing
areas,
endemic,
near
endemic
rare
restricted
areas
where
native
forest
remnants
persist.
Several
at
more
are
needed
better
understand
patterns
cities
design
planning
strategies
that
prevent
loss.
Proceedings of the Royal Society B Biological Sciences,
Journal Year:
2023,
Volume and Issue:
290(1997)
Published: April 18, 2023
Bird
observation
mainly
relies
on
field
surveys,
which
are
time-consuming
and
laborious.
In
this
study,
we
explored
using
street-view
images
in
the
virtual
survey
of
urban
birds
nests.
Using
coastal
city
Qingdao
as
study
area,
47
201
seamless
spherical
photos
at
2741
sites
were
collected
Baidu
(BSV)
map.
Single-rater-all
photo
checks
seven-rater-metapopulation
used
to
find
inter-rater
repeatability,
best
viewing
layer
for
BSV
collection,
possible
environments
affecting
results.
We
also
community
science
data
comparison.
The
time
machine
was
assess
temporal
dynamics.
Kappa
square
test,
generalized
linear
model,
redundancy
ordination
ArcMap
analysis.
Different
rater
repeatability
79.1%
nest
evaluations
46.9%
bird
occurrence.
A
re-check
different-rating
can
increase
them
92%
70%.
Seven-rater
statistics
showed
that
more
than
5%
sampling
ratio
could
produce
a
non-significant
different
percentage
whole
data,
higher
reduce
variation.
middle-viewing
alone
93%
precision
by
saving
2/3
used;
birds,
selecting
middle
upper-view
97%
occurrences.
spatial
distribution,
nest's
hotspot
areas
from
method
much
greater
bird-watching
sites.
made
it
nests
same
but
challenging
be
observed
leafless
season,
wide,
traffic-dense
streets
with
complex
vertical
structures
trees,
gaps
tall
buildings
dominated
road
forests.
Our
results
indicate
virtually
evaluate
occurrence
their
numbers,
distribution
This
provides
pre-experimental
informative
supplement
large-scale
abundance
surveys
environments.