Ecological Engineering,
Journal Year:
2023,
Volume and Issue:
191, P. 106949 - 106949
Published: April 3, 2023
Agroecosystems
are
facing
new
challenges
in
the
context
of
a
growing
and
increasingly
interconnected
human
population,
paradigm
shift
is
needed
to
successfully
address
many
complex
questions
that
these
will
generate.
The
transition
providing
multiple
services
within
an
agroecosystem
starting
point
for
heightened
multifunctionality,
however,
there
still
hesitation
among
stakeholders
about
moving
towards
multi-service
systems,
largely
because
lack
knowledge
linking
productivity
multifunctionality.
We
reason
much
this
reticence
could
be
overcome
through
better
understanding
stakeholder
requirements
innovative
transdisciplinary
research
extended
dimensions
time
space.
assembled
experts
France
identify
priority
co-constructing
projects
with
stakeholders.
identified
18
key
questions,
as
well
obstacles
hinder
their
resolution
propose
potential
solutions
tackling
obstacles.
illustrate
into
multifunctionality
service
production
must
hugely
collaborative
effort
needs
integrate
from
different
sectors
communities.
Promoting
dialogue,
standardization
data-sharing
would
enhance
progress.
Biodiversity
highlighted
factor
explore
incorporate
modelling
approaches,
but
major
advances
made
dynamic
changes
biodiversity-function-service
nexus
across
landscapes.
Resolving
allow
us
translate
decision
objectives,
adaptation
tipping
points
agroecosystems
develop
social-ecological
economic
pathways
adaptive
over
time.
One Ecosystem,
Journal Year:
2018,
Volume and Issue:
3, P. e27108 - e27108
Published: June 11, 2018
The
Common
International
Classification
of
Ecosystem
Services
(CICES)
is
widely
used
for
mapping,
ecosystem
assessment,
and
natural
capital
accounting.
On
the
basis
experience
gained
in
using
it
since
first
version
was
published
2013,
has
been
updated
5.1.
This
policy
brief
summarises
what
done
how
classification
can
be
used.
Journal of Environmental Management,
Journal Year:
2022,
Volume and Issue:
326, P. 116682 - 116682
Published: Nov. 11, 2022
Due
to
increasing
population
pressure
and
urbanization,
as
well
global
climate
change
impacts,
many
coastal
river
deltas
are
experiencing
increased
exposure,
vulnerability
risks
linked
natural
hazards.
Mapping
the
risk
profiles
of
is
critical
for
developing
preparedness,
mitigation
adaptation
policies
strategies.
Current
assessments
focus
predominantly
on
social
factors,
typically,
do
not
systematically
incorporate
a
social-ecological
systems
perspective,
which
can
lead
incomplete
assessments.
We
argue
that
ecosystem
services,
link
both
functions
human
well-being,
be
used
better
characterize
mutual
dependencies
between
society
environment
within
assessment
frameworks.
Thus,
building
existing
frameworks,
we
propose
revised
indicator-based
framework
delta
environments,
supported
by
list
service
indicators
were
identified
using
systematic
literature
review.
This
improved
an
effective
tool
address
in
deltas,
enabling
multi-hazard
across
allows
more
targeted
development
management
measures
aimed
at
reducing
from
The Science of The Total Environment,
Journal Year:
2018,
Volume and Issue:
651, P. 2432 - 2443
Published: Oct. 6, 2018
For
many
years,
Protected
Areas
(PA)
have
been
an
important
tool
for
conserving
nature.
Recently,
also
societal
aspects
introduced
into
PA
management
via
the
introduction
of
Ecosystem
Services
(ES)
approach.
This
review
discusses
historical
background
PAs,
management,
and
ES
We
then
discuss
relevance
applicability
approach
including
different
definitions
ES,
classification
methods,
ways
in
which
are
measured.
conclude
that
there
still
major
challenges
ahead
using
so
recommendations
given
on
way
should
be
integrated
management.
Ecosystem Services,
Journal Year:
2020,
Volume and Issue:
44, P. 101141 - 101141
Published: July 2, 2020
Traditionally,
challenges
of
natural
resource
management
have
been
addressed
with
a
sectoral
policy
approach.
However,
it
is
increasingly
recognised
that
different
sectors
are
interconnected
in
complex
and
mutually
interacting
system.
A
nexus
approach
proposed
to
identify
synergies
trade-offs
between
foster
the
sustainable
efficient
use
resources,
particularly
light
climate
change.
The
has
led
studies
identifying
interactions
objectives
across
sectors,
but
physical
can
be
result
interactions,
received
less
attention.
Nevertheless,
such
severe
consequences
for
environment,
affecting
ecosystems
services
they
provide.
Integrating
ecosystem
service
concept
may
help
better
understand
pressures
impacts
related
address
trade-offs.
In
this
study,
literature
expert
assessment
used
analyse
water-energy-food-land-climate
Sweden
through
lens
gain
insights
into
sectors.
By
demonstrating
how
anthropogenic
originating
from
affect
functions
services,
paper
serves
as
foundation
further
inform
making
(within
outside
Sweden)
when
considering
nexus.
