Revista Científica ANAP Brasil,
Journal Year:
2023,
Volume and Issue:
16(37)
Published: June 2, 2023
Telhados
e
paredes
verdes
como
componente
de
edificações,
principalmente
em
centros
urbanos,
destacam-se
por
proporcionarem
economia
energia,
redução
ruído
impacto
visual
sustentável
positivo,
impactando
tanto
relação
ao
quanto
no
bem-estar
das
pessoas.
Estruturas
têm
ganhando
destaque
relevância
nas
duas
primeiras
décadas
do
século
XXI,
alinhando-se
às
tendências
sustentabilidade
ambiental
promovidas
governos,
organizações
indivíduos,
as
metas
para
CO2
na
atmosfera
os
Objetivos
Desenvolvimento
Sustentável
da
ONU.
Nesse
sentido,
esta
revisão
sistemática
literatura,
uma
pesquisa
natureza
exploratória
caráter
qualitativo,
investiga
a
eficiência
estão
sendo
abordadas
aos
telhados
arquitetura
urbana.
Utilizando-se
metodologia
PRISMA,
após
seleção
análise
dos
artigos
selecionados,
conclui-se
que
perspectiva
abordada
literatura
apresenta
associada
indicador
desempenho,
resulta
alguns
benefícios,
mas
sem
alcançar
econômica
modo
integral.
A
pode
ser
um
fator
importante
sustentabilidade,
vez
que,
maximizando-a,
reduzir
o
consumo
recursos
minimizar
impactos
ambientais.
O
conceito
surge
nos
estudos
enquanto
soluções
mitigação
efeitos
alterações
climáticas,
embora
altos
custos
utilização
materiais
não
sustentáveis
afetem
sustentabilidade.
Estas
estruturas
podem
consideradas
se
pensados
forma
ciclo
vida
completo,
desde
escolha
até
manutenção
adequada
estrutura.
Os
indicam
necessidade
tecnologias
mais
limpas,
ecológicos
processos
produção
destes
eficientes
vegetação
clima
com
menor
reposição
minimização
todo
processo.
Como
trabalhos
futuros,
sugere-se
integrada
limpas
sistemas,
bem
verificar
atentamente
empregada,
garantindo
assim
conjugação
ambiental.
PALAVRAS-CHAVE:
verdes,
Heliyon,
Journal Year:
2024,
Volume and Issue:
10(3), P. e24958 - e24958
Published: Feb. 1, 2024
Green
roofs
are
generally
acknowledged
as
environmentally
sustainable
roof
systems
with
several
environmental,
economic,
and
social
benefits,
well
an
effective
practical
strategy
for
mitigating
the
negative
consequences
of
urbanization.
In
this
paper,
we
used
CiteSpace
VOSviewer
bibliometric
software
visual
analysis,
citation
co-authorship
network,
co-citation
keyword
analysis
descriptive
statistics
on
3986
articles
"green
roofs"
published
in
Web
Science
core
database
since
2000.
Descriptive
were
analysis.
According
to
a
review
green
roofing-related
research
literature,
(1)
Through
from
three
dimensions
country,
institution,
author,
it
was
found
that
China,
United
States,
Italy
ranked
among
top
countries
terms
publication
volume;
The
ten
institutions
volume
all
developed
countries,
except
3
China;
A
large-scale
collaborative
network
has
not
yet
formed
authors.
(2)
clustering
roof,"
"performance,"
"UHI"
keywords
highest
frequency.
direction
theme
mainly
includes
five
primary
themes:
rainwater
management,
urban
biodiversity,
building
energy
efficiency,
alleviating
heat
islands
improving
air
quality,
development,
public
health.
hot
words,
is
frequency
occurrence
relatively
high,
involving
conservation,
islands,
development.
its
impact
microclimate,
quality
remains
topic
through
highlighting.
(3)
Co-citation
identify
most
influential
journals,
highly
cited
publications,
(4)
Three
potential
study
objectives
have
been
identified:
synergistic
development
other
infrastructures
planning
standpoint,
localized
roofs,
photovoltaic
roofs.
The Science of The Total Environment,
Journal Year:
2024,
Volume and Issue:
932, P. 173107 - 173107
Published: May 8, 2024
In
the
modern
urban
space,
green
infrastructures
have
been
gaining
increasing
relevance
due
to
their
positive
impacts
on
sustainability
issues,
visual
appeal,
and
well-being
of
individuals.
On
other
hand,
environmental
has
become
mandatory
in
agenda
governments
organizations.
Thus,
a
systematic
analysis
efficiency
facades
roofs
spanning
key
applications,
benefits
implementation
constraints
is
welcome.
this
paper,
we
employed
PRISMA
method
investigate
how
these
matters
were
addressed
recent
literature,
comprising
articles
published
scientific
journals
indexed
SCOPUS
database.
Following
web
search,
selection,
systematization,
that
it
was
revealed
mostly
associated
with
energy
thermal
performance
buildings,
which
brings
unequivocal
multiple
(e.g.,
consumption
savings,
mitigation
heat
island
effects)
despite
some
barriers
installation
maintenance
costs).
Other
discussions
about
involved
valuable
roles
stormwater
management,
considering
retention
capacity,
treatment
wastewater
for
reuse
non-potable
filtering
capacity.
It
also
discovered
need
improve
through
use
cleaner
technologies
recycled
materials,
selection
plants
are
appropriate
local
climate,
minimization
construction,
transportation,
disposal
costs.
Efficiency
cases
prognosed
succeed
if
costs
minimized
throughout
entire
life
cycle,
complemented
incentive
policies
tax
reduction,
agile
administrative
processes)
collaboration
among
multidisciplinary
teams
designers,
builders,
municipality
planners
academic
market
worlds.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(9), P. 3838 - 3838
Published: April 24, 2025
While
green
infrastructure
(GI)
offers
numerous
benefits,
its
implementation
in
low-resource
settings
remains
constrained
by
limited
policy
support
and
upfront
costs,
highlighting
the
need
for
context-sensitive
strategies.
This
paper
highlights
value
of
integrating
GI
within
sustainable
agricultural
systems
effectiveness
various
techniques
improving
soil
microbial
communities
reducing
greenhouse
gas
emissions.
The
transition
to
requires
innovative
strategies
that
balance
productivity,
environmental
conservation,
resilience
climate
change.
Sustainable
agriculture
increasingly
leverages
technological
innovations
enhance
biodiversity,
microclimate
resilience.
Green
has
found
direct
application
agroforestry,
conservation
buffers,
precision
agriculture,
health
monitoring
systems,
nature-based
solutions
such
as
regenerative
management.
These
applications
are
crucial
enhancing
health,
water
retention,
while
mitigating
microclimatic
impacts.
Precision
tools,
like
IoT
sensors,
drones,
AI-driven
analytics,
allow
farmers
optimize
water,
nutrient,
pesticide
use,
boosting
yields
efficiency
minimizing
impact.
Simultaneously,
advanced
technologies
track
moisture,
nutrients,
biological
activity
real
time,
informing
practices
maintain
long-term
fertility
carbon
sequestration.
integrated
approach
practical
on-farm
higher
crop
stability
during
droughts
enhanced
habitats
beneficial
species.
In
conclusion,
there
is
a
supportive
frameworks,
subsidies
adoption,
incentives
microclimate,
development
programs,
knowledge-sharing
initiatives,
encourage
farmer
adoption.
