Proceedings of the National Academy of Sciences,
Journal Year:
2024,
Volume and Issue:
121(17)
Published: April 19, 2024
Understanding
the
transient
dynamics
of
interlinked
social-ecological
systems
(SES)
is
imperative
for
assessing
sustainability
in
Anthropocene.
However,
how
to
identify
critical
transitions
real-world
SES
remains
a
formidable
challenge.
In
this
study,
we
present
an
evolutionary
framework
characterize
these
over
extended
historical
timeline.
Our
approach
leverages
multidecadal
rates
change
socioeconomic
data,
paleoenvironmental,
and
cutting-edge
sedimentary
ancient
DNA
records
from
China's
Yangtze
River
Delta,
one
most
densely
populated
intensively
modified
landscapes
on
Earth.
analysis
reveals
two
significant
characterized
by
contrasting
interactions
feedback
spanning
several
centuries.
Initially,
regional
exhibited
loosely
connected
ecologically
sustainable
regime.
Nevertheless,
starting
1950s,
increasingly
interconnected
regime
emerged,
ultimately
resulting
crossing
tipping
points
unprecedented
acceleration
soil
erosion,
water
eutrophication,
ecosystem
degradation.
Remarkably,
second
transition
occurring
around
2000s,
featured
notable
decoupling
development
ecoenvironmental
This
phenomenon
signifies
more
desirable
reconfiguration
SES,
furnishing
essential
insights
not
only
Basin
but
also
regions
worldwide
grappling
with
similar
challenges.
extensive
empirical
investigation
underscores
value
coevolutionary
approaches
understanding
addressing
system
dynamics.
AMBIO,
Journal Year:
2021,
Volume and Issue:
50(4), P. 834 - 869
Published: March 14, 2021
The
COVID-19
pandemic
has
exposed
an
interconnected
and
tightly
coupled
globalized
world
in
rapid
change.
This
article
sets
the
scientific
stage
for
understanding
responding
to
such
change
global
sustainability
resilient
societies.
We
provide
a
systemic
overview
of
current
situation
where
people
nature
are
dynamically
intertwined
embedded
biosphere,
placing
shocks
extreme
events
as
part
this
dynamic;
humanity
become
major
force
shaping
future
Earth
system
whole;
scale
pace
human
dimension
have
caused
climate
change,
loss
biodiversity,
growing
inequalities,
resilience
deal
with
uncertainty
surprise.
Taken
together,
actions
challenging
biosphere
foundation
prosperous
development
civilizations.
Anthropocene
reality-of
rising
system-wide
turbulence-calls
transformative
towards
sustainable
futures.
Emerging
technologies,
social
innovations,
broader
shifts
cultural
repertoires,
well
diverse
portfolio
active
stewardship
support
highlighted
essential
parts
transformations.
Ecology and Society,
Journal Year:
2018,
Volume and Issue:
23(4)
Published: Jan. 1, 2018
Preiser,
R.,
R.
Biggs,
A.
De
Vos,
and
C.
Folke.
2018.
Social-ecological
systems
as
complex
adaptive
systems:
organizing
principles
for
advancing
research
methods
approaches.
Ecology
Society
23(4):46.
https://doi.org/10.5751/ES-10558-230446
Annual Review of Environment and Resources,
Journal Year:
2020,
Volume and Issue:
45(1), P. 331 - 386
Published: Aug. 4, 2020
This
review
synthesizes
diverse
approaches
that
researchers
have
brought
to
bear
on
the
challenge
of
sustainable
development.
We
construct
an
integrated
framework
highlighting
union
set
elements
and
relationships
those
shown
be
useful
in
explaining
nature–society
interactions
multiple
contexts.
Compelling
evidence
has
accumulated
should
viewed
as
a
globally
interconnected,
complex
adaptive
system
which
heterogeneity,
nonlinearity,
innovation
play
formative
roles.
The
long-term
evolution
cannot
predicted
but
can
understood
partially
guided
through
dynamic
interventions.
Research
identified
six
capacities
necessary
support
such
interventions
guiding
development
pathways
toward
sustainability.
These
are
(
a)
measure
development,
b)
promote
equity,
c)
adapt
shocks
surprises,
d)
transform
into
more
pathways,
e)
link
knowledge
with
action,
f)
devise
governance
arrangements
allow
people
work
together
exercising
other
capacities.
Proceedings of the National Academy of Sciences,
Journal Year:
2022,
Volume and Issue:
119(7)
Published: Feb. 7, 2022
Land
use
is
central
to
addressing
sustainability
issues,
including
biodiversity
conservation,
climate
change,
food
security,
poverty
alleviation,
and
sustainable
energy.
In
this
paper,
we
synthesize
knowledge
accumulated
in
land
system
science,
the
integrated
study
of
terrestrial
social-ecological
systems,
into
10
hard
truths
that
have
strong,
general,
empirical
support.
These
facts
help
explain
challenges
achieving
thus
also
point
toward
solutions.
The
are
as
follows:
1)
Meanings
values
socially
constructed
contested;
2)
systems
exhibit
complex
behaviors
with
abrupt,
hard-to-predict
changes;
3)
irreversible
changes
path
dependence
common
features
systems;
4)
some
uses
a
small
footprint
but
very
large
impacts;
5)
drivers
impacts
land-use
change
globally
interconnected
spill
over
distant
locations;
6)
humanity
lives
on
used
planet
where
all
provides
benefits
societies;
7)
usually
entails
trade-offs
between
different
benefits—"win–wins"
rare;
8)
tenure
claims
often
unclear,
overlapping,
9)
burdens
from
unequally
distributed;
10)
users
multiple,
sometimes
conflicting,
ideas
what
social
environmental
justice
entails.
implications
for
governance,
do
not
provide
fixed
answers.
Instead
they
constitute
set
core
principles
which
can
guide
scientists,
policy
makers,
practitioners
meeting
use.
Geography and sustainability,
Journal Year:
2020,
Volume and Issue:
1(1), P. 1 - 7
Published: March 1, 2020
The
discipline
of
geography
encompasses
both
natural
and
social
sciences
has
the
advantage
enabling
study
sustainability
from
a
transdisciplinary
perspective.
There
are
great
opportunities
for
geographers
to
participate
in
research.
However,
while
have
set
goals,
they
rarely
clarified
details
reaching
those
goals.
Current
knowledge
on
relationship
between
humans
environment
methodologies
studying
this
inadequate
solve
questions
science.
Five
research
areas:
geographical
processes;
ecosystem
services
human
wellbeing;
human-environmental
systems;
sustainable
development;
geo-data
modelling
proposed
as
needed
help
achieve
sustainability.
key
objective
promoting
is
reveal
mechanisms
system
dynamics.
This
depends
understanding
processes
systems
their
mutual
feedback
well
clarifying
relationships
structures,
functional
characteristics
interactions
at
multiple
scales.
advancement
its
technologies
will
provide
more
profound
future.
Geographers
responsibility
pathway
carrying
towards
Business Strategy and the Environment,
Journal Year:
2021,
Volume and Issue:
30(8), P. 3703 - 3720
Published: May 25, 2021
Abstract
Companies
play
a
decisive
role
in
achieving
the
Sustainable
Development
Goals
(SDGs).
However,
most
of
world's
sustainable
development
challenges
are
interconnected
and
systemic
their
nature.
How
can
companies
ensure
that
strategies
effectively
contribute
to
development?
This
interdisciplinary
paper
draws
from
social‐ecological
systems,
corporate
sustainability,
sustainability
sciences
literatures,
order
introduce
nexus
approach
sustainability.
A
induces
assess
manage
positive
negative
interactions
with
SDGs—which
may
arise
directly
indirectly—in
an
integrated
manner.
Instead
treating
SDGs
as
isolated
silos,
aims
advance
multiple
simultaneously
(creating
“co‐benefits”)
while
reducing
risk
contributions
one
SDG
undermine
progress
on
another
(avoiding
“trade‐offs”).
Through
managing
between
SDGs,
enables
improve
societal
environmental
impacts.
is
step
towards
developing
theory
management
helps
impacts
development.
Such
sorely
needed
drive
safeguard
“SDG‐washing.”
Global Environmental Change,
Journal Year:
2020,
Volume and Issue:
63, P. 102097 - 102097
Published: June 16, 2020
Faced
with
accelerating
environmental
challenges,
research
on
social-ecological
systems
is
increasingly
focused
the
need
for
transformative
change
towards
sustainable
stewardship
of
natural
resources.
This
paper
analyses
potential
rapid,
large-scale
socio-political
as
a
window
opportunity
resources
governance.
We
hypothesize
that
shocks
at
higher
levels
social
organization
may
open
up
opportunities
transformation
into
new
pathways
development.
However,
to
be
carefully
navigated
otherwise
transformations
stall
or
lead
system
in
undesirable
directions.
investigate
(i)
under
which
circumstances
has
been
used
by
actors
initiating
resource
governance,
(ii)
how
different
(landscape,
regime
and
niche)
interact
pave
way
such
(iii)
key
features
(cognitive,
structural
agency-related)
get
mobilized
transformation.
achieved
through
analyzing
governance
regimes
countries
have
subject
political
change:
water
South
Africa
Uzbekistan
coastal
fisheries
Chile.
In
economic
end
apartheid
resulted
while
after
breakdown
Soviet
Union
both
scales
within
remained
superficial.
Chile
democratization
process
Pinochet
era
was
transform
fisheries.
The
concludes
important
insight
capacities
needed
navigate
biosphere
stewardship.
study
also
contributes
more
nuanced
view
relationship
between
collapse
renewal.