The
main
objective
was
to
explore
the
theories
and
practices
of
bioclimatic
architecture,
highlighting
its
potential
mitigate
environmental
impact
improve
quality
life
through
sustainable
building
design,
as
a
consequence,
investigate
how
architecture
energy
efficiency
can
contribute
development
reduction
buildings.Methodology:
An
empirical
conceptual
literature
review
on
carried
out,
based
academic
references
relevant
documents
provide
an
overview
current
research
topic.Academic
databases
such
Scopus,
Science
Direct
Google
Scholar
were
searched
using
terms
related
sustainability.
A
total
118
articles
analyzed,
which
14
selected
relevant:Results:
It
found
that
focuses
design
built
spaces
integrate
with
natural
environment,
optimizing
use
resources
prioritizing
thermal
sensory
comfort.Tactics
ventilation
materials
identified,
well
need
for
adaptable
solutions
in
different
socioeconomic
contexts,
especially
Peru
where
adoption
these
is
limited.Main
Conclusions:
Bioclimatic
crucial
address
contemporary
challenges
by
promoting
aligns
climatic
environment.This
approach
not
only
seeks
comfort
users,
but
also
aims
significantly
reduce
carbon
footprint
buildings.It
highlighted
recovery
cultural
strategies,
courtyards,
be
key
more
architecture.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(21), P. 9568 - 9568
Published: Nov. 3, 2024
The
renovation
and
revitalization
of
vernacular
architecture
are
pivotal
in
sustainable
rural
development.
In
regions
like
Shangri-La,
traditional
structures
not
only
safeguard
cultural
heritage
but
also
provide
a
foundation
for
enhancing
local
communities’
living
conditions.
However,
these
villages
face
growing
challenges,
including
infrastructure
decay,
erosion,
inadequate
adaptation
to
modern
standards.
Addressing
issues
requires
innovative
research
approaches
that
combine
preservation
with
the
integration
contemporary
functionality.
This
study
employs
research-by-design
approach,
focusing
on
Shanpian
House
as
case
study,
explore
how
pre-planning
post-evaluation
methods
can
revitalize
architecture.
phase
utilizes
field
surveys
archival
assess
spatial,
cultural,
environmental
conditions,
framing
design
strategy
informed
by
theory.
doing
so,
it
evaluates
architectural
elements
be
preserved
while
introducing
construction
techniques
meet
current
phase,
conducted
through
questionnaires
semi-structured
interviews,
assesses
user
satisfaction,
impact
esthetics,
structural
stability,
material
choices.
Key
findings
from
an
OLS
regression
highlight
strong
positive
correlation
between
style,
choices,
relevance
resident
satisfaction.
emphasizes
such
details,
materials,
upgrades
critical
shaping
perceptions
both
functionality
identity.
Interestingly,
model
reveals
improving
alongside
indoor
features
network
connectivity,
has
significant
overall
satisfaction
(significance
level:
0.181).
contributes
broader
discourse
building
demonstrating
thoughtfully
adapted
use
proposes
paradigm
shift
historic
buildings,
advocating
balance
modernization.
application
digital
modeling,
further
ensures
demands
civilization
maintaining
their
integrity.
AgriEngineering,
Journal Year:
2024,
Volume and Issue:
6(3), P. 2395 - 2416
Published: July 23, 2024
Winemaking
facilities
require
specific
interior
hygrothermal
conditions
for
wine
production
and
aging,
often
necessitating
the
use
of
electromechanical
cooling
humidification
systems
that
increase
energy
consumption
costs.
This
study
aimed
to
assess
potential
application
bioclimatic
strategies
in
artisanal
cellars
within
Guadalupe
Valley,
Baja
California,
Mexico,
using
a
quantitative
theoretical
method.
Psychrometric
charts
incorporating
estimated
measured
meteorological
data
from
area
were
employed
analyze
two
key
areas
cellar:
(1)
Production
(2)
Aging.
Our
findings
highlight
integrating
high
thermal
mass
shading
techniques
represents
an
effective
strategy
cellar
design,
offering
reduced
reliance
on
active
promoting
substantial
savings.
research
underscores
viability
benefits
design
approaches
enhancing
sustainability
efficiency
operations,
particularly
regions
with
climatic
challenges.
like
Valley.
Frontiers in Climate,
Journal Year:
2024,
Volume and Issue:
6
Published: Dec. 23, 2024
Climate
change
resulting
from
weather
conditions
has
recently
attracted
global
attention
and
concern;
such
variations
have
impacted
architecture
the
built
environment,
especially
on
urban
dweller’s
well-being
other
associated
problems.
This
systematic
review
investigates
effects
of
climate
environment
in
Niger
Delta
Area
Nigeria
potential
consequences
for
inhabitants
through
a
scholarly
literature
Google
Scholar,
ResearchGate,
Science
Direct
Scopus
covering
period
2019
to
2024.
The
study
synthesizes
current
literature,
using
rigorous
inclusion
criteria
find
relevant
studies
conducted
globally.
It
involves
an
assessment
procedure
that
resulted
25
articles
analysis.
core
problem
lies
gaps
negatively
building
construction
mechanism
Region.
systematically
observes
methodologies
selected
create
standardized
framework
future
research
hybrid
approach.
Results
reveal
ongoing
incidences
perennial
flooding
region
are
attributable
across
different
geographic
locations
seasons.
authors
proffered
some
recommendations
mitigate
these
impacts
research.
However,
this
change’s
impact
dwellers’
presents
valued
insights
policymakers
health
practitioners,
enhances
systems
resilience,
well
organize
communities
challenges.
International Multidisciplinary Scientific GeoConference SGEM ...,
Journal Year:
2024,
Volume and Issue:
24, P. 367 - 372
Published: Dec. 15, 2024
Increasing
energy
efficiency
and
reducing
carbon
emissions
are
among
the
objectives
of
sustainability.
Sustainable
design
aims
to
conserve
natural
resources,
reduce
pollution,
obtain
self-sufficiency
by
utilizing
environmentally
friendly
materials.
This
study
research
sustainable
architecture
from
perspective
vernacular
houses.
Designing
buildings
suit
climate
is
an
old
tradition
used
in
architecture.
Historic
characterized
low
consumption,
societies
must
preserve
benefits
past
for
future
generations.
examines
role
thermal
environment
earth-contact
solutions
keeping
temperature
sufficiently
summer
a
hot
dry
via
ventilation,
evaporative
cooling,
earth
cooling.
Among
utilized
architecture,
ventilation
plays
large
response
arid
conditions.
The
architectural
houses
Diyarbakir
minimizes
heat
gain
different
ways.
Pools
water
trickling
down
walls
were
cooling
low-humidity
areas.
technique
also
very
effective
climates.
One
most
types
self-sufficient
on
ground
floors.
located
southeastern
Turkiye
has
populated
with
traditional
focused
envelope
showed
how
it
contributes
elevated
highlights
need
researchers
consider
obtained
use
works
this
area.
The
main
objective
was
to
explore
the
theories
and
practices
of
bioclimatic
architecture,
highlighting
its
potential
mitigate
environmental
impact
improve
quality
life
through
sustainable
building
design,
as
a
consequence,
investigate
how
architecture
energy
efficiency
can
contribute
development
reduction
buildings.Methodology:
An
empirical
conceptual
literature
review
on
carried
out,
based
academic
references
relevant
documents
provide
an
overview
current
research
topic.Academic
databases
such
Scopus,
Science
Direct
Google
Scholar
were
searched
using
terms
related
sustainability.
A
total
118
articles
analyzed,
which
14
selected
relevant:Results:
It
found
that
focuses
design
built
spaces
integrate
with
natural
environment,
optimizing
use
resources
prioritizing
thermal
sensory
comfort.Tactics
ventilation
materials
identified,
well
need
for
adaptable
solutions
in
different
socioeconomic
contexts,
especially
Peru
where
adoption
these
is
limited.Main
Conclusions:
Bioclimatic
crucial
address
contemporary
challenges
by
promoting
aligns
climatic
environment.This
approach
not
only
seeks
comfort
users,
but
also
aims
significantly
reduce
carbon
footprint
buildings.It
highlighted
recovery
cultural
strategies,
courtyards,
be
key
more
architecture.
