Advances in finance, accounting, and economics book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 307 - 344
Published: Dec. 11, 2024
A
digital,
nature-based
currency
(NBDC)
is
backed
by
real
value
and
forms
the
basis
of
a
genuinely
sustainable,
economy.
The
NBDC
underlying
technologies
offer
new
perspective
on
how
digital
resilience
can
be
built
in
ecological
contexts.
It
shows
an
function
as
model.
As
natural
capital
accounting
becomes
fundamental
asset
for
monetary
systems,
blockchain's
inherent
trust
sequential
capabilities
are
essential
monitoring
verifying
state
nature
its
corresponding
financial
value.
In
addition,
legal
anchoring
rights
solutions
conditions
establishing
NBDC.
Given
reservoir
resources
BRICS
countries,
project
seems
predestined
them.
countries
could
pioneers
NBDCs.
chapter
presents
innovative
approach
to
design
Annual Review of Environment and Resources,
Journal Year:
2016,
Volume and Issue:
41(1), P. 399 - 423
Published: Aug. 30, 2016
Transformative
governance
is
an
approach
to
environmental
that
has
the
capacity
respond
to,
manage,
and
trigger
regime
shifts
in
coupled
social-ecological
systems
(SESs)
at
multiple
scales.
The
goal
of
transformative
actively
shift
degraded
SESs
alternative,
more
desirable,
or
functional
regimes
by
altering
structures
processes
define
system.
rooted
ecological
theories
explain
cross-scale
dynamics
complex
systems,
as
well
social
change,
innovation,
technological
transformation.
Similar
adaptive
governance,
involves
a
broad
set
components,
but
requires
additional
foster
new
including
increased
risk
tolerance,
significant
systemic
investment,
restructured
economies
power
relations.
potential
triggered
climate
thus
future
research
should
focus
on
identifying
system
drivers
leading
indicators
associated
with
thresholds.
One Earth,
Journal Year:
2020,
Volume and Issue:
3(2), P. 237 - 250
Published: Aug. 1, 2020
The
Common
Agricultural
Policy
(CAP)
is
the
guiding
policy
for
agriculture
and
largest
single
budget
item
in
European
Union
(EU).
Agriculture
essential
to
meet
Sustainable
Development
Goals
(SDGs),
but
CAP's
contribution
do
so
uncertain.
We
analyzed
distribution
of
€59.4
billion
2015
CAP
payments
show
that
current
spending
exacerbates
income
inequality
within
agriculture,
while
little
funding
supports
climate-friendly
biodiverse
farming
regions.
More
than
€24
direct
went
regions
where
average
farm
incomes
are
already
above
EU
median
income.
A
further
€2.5
rural
development
primarily
urban
areas.
Effective
monitoring
indicators
also
missing.
recommend
redirecting
better
toward
achieving
environmental,
sustainability,
goals
stated
new
objectives,
which
would
support
SDGs,
Green
Deal,
green
COVID-19
recovery.
Water Resources Research,
Journal Year:
2017,
Volume and Issue:
53(12), P. 10139 - 10154
Published: Oct. 9, 2017
Abstract
Management
of
urban
hydrologic
processes
using
green
infrastructure
(GI)
has
largely
focused
on
storm
water
management.
Thus,
design
and
implementation
GI
usually
rely
physical
site
characteristics
local
rainfall
patterns,
do
not
typically
account
for
human
or
social
dimensions.
This
traditional
approach
leads
to
highly
centralized
management
in
a
disconnected
landscape
can
deemphasize
additional
benefits
that
offers,
such
as
increased
property
value,
greenspace
aesthetics,
heat
island
amelioration,
carbon
sequestration,
habitat
biodiversity.
We
propose
the
Framework
Adaptive
Socio‐Hydrology
(FrASH)
which
planning
moves
from
purely
hydrology‐driven
perspective
an
integrated
sociohydrological
approach.
allows
iterative,
multifaceted
decision‐making
process
would
enable
network
stakeholders
collaboratively
set
dynamic,
context‐guided
project
plan
installation
GI,
rather
than
“one‐size‐fits‐all”
installation.
explain
how
different
sectors
(e.g.,
governance,
nongovernmental
organizations,
communities,
academia,
industry)
create
connected
organizations
work
toward
common
goal.
Through
graphical
Chambered
Nautilus
model,
FrASH
is
experimentally
applied
contrasting
case
studies
shows
this
multistakeholder,
connected,
decentralized
with
coevolving
results
enhanced
multifunctionality,
potentially
allowing
resilience
systems
at
multiple
scales.
Frontiers in Plant Science,
Journal Year:
2025,
Volume and Issue:
16
Published: March 12, 2025
With
the
increasing
threats
of
global
climate
change
and
human
activities
to
terrestrial
ecosystems,
understanding
quality
alpine
grassland
ecosystems
their
influencing
factors
is
fundamental
for
effective
ecosystem
management
improving
well-being.
However,
current
adaptive
plans
grasslands
based
on
multi-criteria
assessment
are
limited.
This
study
utilized
field
investigations
at
77
sampling
points,
drone
remote
sensing,
satellite
sensing
data
construct
an
index
vegetation
soil
indicators,
assess
ecosystem’s
resilience
pressure.
The
revealed
that
Tibetan
Plateau
were
classified
into
five
zones,
indicating
significant
differences
in
pressure
levels.
Key
findings
showed
High-Quality
Pressure
Zone
comprise
41.88%
area
meadow
31.89%
steppe,
while
Quality
Improvement-Limitation
account
21.14%
35.8%
respective
areas.
recommends
graded
protection
recovery
strategies
levels:
prioritizing
high-quality
grasslands,
implementing
dynamic
monitoring
enhancement
moderate-quality
applying
artificial
interventions
suitable
species
low-quality
grasslands.
research
underscores
importance
zoning-based
sustainable
provides
valuable
insights
Plateau.
