Energies,
Год журнала:
2024,
Номер
17(9), С. 2144 - 2144
Опубликована: Апрель 30, 2024
According
to
the
recent
revision
of
Greek
National
Energy
and
Climate
Plan,
country
sets
out
accomplish
an
ambitious
target
concerning
integration
renewables
in
local
electricity
mix
during
ongoing
decade,
at
levels
80%
by
2030.
This
implies
need
more
than
double
existing
wind
PV
capacity
national
level,
which
turn
introduces
numerous
challenges.
Amongst
them,
spatial
planning
for
new
RES
installations
seems
be
most
demanding,
with
adoption
novel
technological
solutions
field
potentially
holding
a
key
role.
New
technologies,
like
offshore
floating
solar,
are
gradually
gaining
maturity
may
offer
such
alternative,
challenged
same
time
however
entail
minimum
disruption
ecosystems.
To
that
end,
we
currently
assess
theoretical
potential
PVs
lentic
water
systems
mainland.
We
do
so
looking
into
53
different
across
territory
meet
constraint
1
km2
surface
area,
proceed
estimation
relevant
per
system
under
application
minimal
intervention
approach,
assuming
coverage
1%
over
total
area.
In
this
context,
our
findings
indicate
maximum,
aggregate
could
exceed
2
GWp
respective
annual
energy
yield
reaching
approximately
4
TWh
or,
equivalently,
>6%
country’s
anticipated
consumption
Finally,
results
extend
further,
offering
regional
level
analysis
set
policy
directions
considerations
on
development
solar
Greece,
while
also
designating
merits
against
similar,
land-based
installations.
Sustainable Development,
Год журнала:
2024,
Номер
32(4), С. 3953 - 3978
Опубликована: Янв. 8, 2024
Abstract
This
article
evaluates
the
present
global
condition
of
solar
and
wind
energy
adoption
explores
their
benefits
limitations
in
meeting
needs.
It
examines
historical
evolutionary
growth
energy,
trends
usage
renewable
upcoming
technologies,
including
floating
vertical‐axis
turbines.
The
importance
smart
grid
technology
storage
alternatives
for
enhancing
effectiveness
dependability
is
explored.
In
addition,
role
Electric
Vehicles
(EVs)
a
modern
has
been
assessed.
Furthermore,
economic
benefits,
most
recent
technological
developments
environmental
social
ramifications.
potential
to
meet
increasing
demand
problems
opportunities
facing
industry
have
shown
excellent
promise.
Machine
learning
applications
generation
are
vital
sustainable
production.
can
help
design,
optimization,
cost
reduction,
and,
importantly,
improving
efficacy
advancing
storage.
assessment
crucial
resource
policymakers,
leaders,
researchers
who
aim
make
world
cleaner
more
sustainable.
Ultimately,
this
review
great
demands
goals.
Journal of Fish Biology,
Год журнала:
2024,
Номер
105(2), С. 392 - 411
Опубликована: Апрель 7, 2024
The
challenge
of
managing
aquatic
connectivity
in
a
changing
climate
is
exacerbated
the
presence
additional
anthropogenic
stressors,
social
factors,
and
economic
drivers.
Here
we
discuss
these
issues
context
structural
functional
for
biodiversity,
specifically
fish,
both
freshwater
marine
realms.
We
posit
that
adaptive
management
strategies
consider
shifting
baselines
socio-ecological
implications
change
will
be
required
to
achieve
objectives.
role
renewable
energy
expansion,
particularly
hydropower,
critically
examined
its
impact
on
connectivity.
advocate
strategic
spatial
planning
incorporates
nature-positive
solutions,
ensuring
mitigation
efforts
are
harmonized
with
biodiversity
conservation.
underscore
urgency
integrating
robust
scientific
modelling
stakeholder
values
define
clear,
Finally,
call
innovative
monitoring
predictive
decision-making
tools
navigate
uncertainties
inherent
climate,
goal
resilience
sustainability
ecosystems.
