JENAS Journal of Environmental and Natural Studies,
Journal Year:
2025,
Volume and Issue:
7(1), P. 43 - 57
Published: April 30, 2025
The
interaction
of
humanity
with
nature
and
the
use
natural
spaces
in
line
their
needs
have
directed
people
toward
spatial
solutions
that
are
compatible
surrounding
environment
while
meeting
requirements.
In
this
context,
landscape
design,
which
aims
to
develop
outdoor
design
proposals
align
ecological
characteristics
address
both
functional
aesthetic
needs,
has
become
a
significant
sub-discipline
within
architecture.
process
involves
translating
decisions
made
during
planning
into
most
suitable
solutions.
Nature-compatible
designs,
place
importance
on
preserving
areas
prevent
degradation,
provide
by
considering
features
spaces.
These
nature-compatible
essential
urban
areas,
developed
today
through
designs
large
spaces,
open
green
or
protected
zones.
Particularly,
development
utilization
integrated
connected
contribute
significantly
cities
users.
Based
premise,
study
an
approach
for
identifying
uses
cause
minimal
harm
environment.
Within
scope
study,
detailed
proposals,
including
site
plan
visual
support,
were
presented
selected
area
Muğla
province.
project
sample
was
revealed
forest
borders
Applied Energy,
Journal Year:
2022,
Volume and Issue:
331, P. 120416 - 120416
Published: Dec. 1, 2022
Producing
food
in
an
environmentally
sustainable
way
for
the
growing
human
population
is
a
challenge
to
global
system.
Vertical
farm
(VF)
as
part
of
solution
portfolio
attracting
interest
since
it
uses
less
water,
pesticides,
and
land
which
are
scarce
many
parts
globe.
Despite
these
positive
factors,
energy
demand
vertical
farms
high,
often
remain
separate
excluded
from
cities
where
most
lives.
City-level
system
solutions
exist
empower
efficiency
increase
share
variable
renewable
sources,
but
their
potential
has
not
yet
been
estimated
urban
that
includes
large
farms.
Accordingly,
this
study,
we
simulate
practices
farming
with
large-scale
energies
flexibility
measures.
For
first
modelled
farm's
response
control
maximize
electricity
cost
savings.
To
evaluate
response,
analysis
carried
out
different
crops
(lettuce,
wheat,
soybean),
price
profiles.
The
result
can
be
reduction
5%
30%
consumption
costs.
Further,
sensitivity
analyses
highlight
effect
variations
photoperiod
on
outcomes.
In
second
part,
operation
(Helsinki,
Finland)
was
analysed
through
two
scenarios.
These
scenarios
represent
emission-free
Helsinki
2050
wind
power
implementation.
As
VFs
use
outside
peak
hours,
inclusion
VF
right
configuration
improve
within
by
up
19%.
show
connection
exogenous
market
important
support
future
systems.
key
points
integration
systems
highlighted,
including
role
markets,
increasing
local
power,
importance
crop
selection
reducing
VF's
costs
response.
city-level
high
share,
thus
recommend
side
strong
sectoral
coupling
design
maximise
consumption.
Global Transitions,
Journal Year:
2023,
Volume and Issue:
5, P. 64 - 78
Published: Jan. 1, 2023
The
digital
economy's
neo-industrialization
self-accelerates
resource
consumption
and
wide
automatization
inevitably
envisage
a
technological
leap.
article
contributes
conceptually
empirically
to
systemic
vision
of
blockchain
sort
out
climate
change
challenges
clean
energy
transition
simultaneously
increase
the
productivity
efficiency
good
practices.
This
covers
popularization
ecological
initiatives,
waste
reduction,
organization
sustainable
investments,
control
over
responsibilities
on
both
fighting
forecasting
transition.
By
embracing
notion
as
problem-solving
tool
for
transition,
paper
draws
investigates
experiences
36
digitally
developed
25
developing
economies.
It
also
examines
effectiveness
alternative
practices
in
Industry
4.0.
paper's
findings
represent
systematic
implementing
initiatives
solve
An
energy-efficient
model
with
opens
up
massive
opportunities
monitoring,
supports
ameliorates
economic
sustainability.
Since
potential
is
not
fully
unlocked,
expanding
use
education
train
green
personnel
science
support
innovations
proposed.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
158, P. 111244 - 111244
Published: Nov. 24, 2023
Consistent
urbanization
and
global
warming
escalates
the
summer
temperatures
of
urban,
significantly
impacting
daily
lives
endangering
well-being.
It
is
difficult
to
balance
urban
construction
increasing
blue-green
space.
Hence,
understanding
impact
changes
in
spatial
patterns
different
spaces
on
thermal
environment
beneficial
rational
layout
patterns.
Drawing
from
case
study
Shanghai,
by
employing
bivariate
autocorrelation
multiscale
geographically
weighted
regression,
interplay
between
distribution
modifications
land
surface
temperature
grades
scrutinized,
thus
unraveling
underlying
mechanisms
their
mutual
influence.
The
findings
reveal
following:
(1)
transformation
pattern
exhibited
substantial
discrepancies
northern
southern
sectors.
(2)
alteration
Shanghai
varies
spatially
characterized
a
decrease
grade
southwestern
suburbs,
an
increase
east,
almost
no
change
central
region.
(3)
Furthermore,
correlation
extent
manifested
unevenness.
(4)
Finally,
mechanism
alterations
city
emanates
primarily
influence
heat
exchange
areas.
instability
can
provide
implications
for
planners.
Applied Sciences,
Journal Year:
2022,
Volume and Issue:
12(6), P. 2950 - 2950
Published: March 14, 2022
This
paper
presents
the
results
of
analysis
conducted
on
six
case
studies
related
to
solar
energy
integration
in
urban
and
rural
environments
located
Italian
territory.
The
has
been
carried
out
within
Subtask
C—Case
Studies
Action
Research
International
Energy
Agency
Solar
Heating
Cooling
Program
Task
51
“Solar
Urban
Planning”.
Three
different
hosting
active
passive
systems
(existing
areas,
new
agricultural/rural
areas)
have
investigated
attain
lessons
learned
recommendations.
Findings
suggest
that
(a)
it
is
important
consider
from
early
stages
design
process
onwards
achieve
satisfactory
levels
integration;
(b)
a
higher
level
awareness
regarding
potential
at
beginning
project
permits
acting
its
morphology,
achieving
best
solution
terms
gains;
(c)
when
properly
designed,
photovoltaic
can
act
as
characterizing
elements
distinctive
architectural
material
able
valorize
aesthetic
entire
intervention;
(d)
further
significant
outcomes
include
importance
supporting
decision
strategies
with
quantitative
qualitative
analyses,
institution
coordinating
bodies
facilitate
discussion
between
stakeholders,
need
for
deep
renovation
projects
fully
impact
existing
buildings’
stock;
(e)
large
installations
are
planned
ground
level,
landscape
approach
should
be
chosen,
while
ecological
reduced
by
carefully
planning
adoption
alternative
solutions
(e.g.,
agrivoltaics)
compatible
land
use.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(16), P. 12316 - 12316
Published: Aug. 12, 2023
The
Spanish
photovoltaic
sector
could
be
a
serious
opportunity
for
the
recovery
and
economic
growth
of
country,
by
serving
as
support
platform
National
Integrated
Energy
Climate
Plan
(NIECP)
2021–2030,
whose
objective
is
to
determine
lines
action
required
appropriate
efficient
use
clean
energy
in
order
benefit
economy,
employment,
health,
environment.
Bearing
mind
notable
increase
competitiveness
Spain
when
compared
traditional
other
renewable
sources,
it
necessary
carry
out
strategic
analysis
macro-environment,
using
PESTEL
(Political,
Economical,
Social,
Technological,
Environmental
Legal)
so
identify
most
relevant
external
aspects
that
are
vital
performance
industries/markets
facilitate
decision
making
developing
short-,
medium-,
long-term
strategies,
micro-environment,
Porter’s
five
forces
(threat
new
entrants,
threat
from
substitution
products
and/or
services,
bargain
power
suppliers,
bargaining
buyers
competitive
rivalry)
framework,
examine
main
factors
define
structure
level
competition
exists
within
industry/market.
results
obtained
have
been
combined
SWOT
(Strengths,
Weaknesses,
Opportunities,
Threats)
chart,
which
facilitates
an
understanding
current
strengths,
weaknesses,
opportunities,
threats
regards
Spain.
