People and Nature,
Год журнала:
2024,
Номер
6(2), С. 490 - 506
Опубликована: Фев. 16, 2024
Abstract
Population
loss
in
rural
areas
is
rapidly
increasing
high‐income
countries,
raising
concerns
and
debate,
given
its
socio‐economic
consequences.
Despite
the
evident
environmental
dimension
of
phenomenon,
ecological
knowledge
has
been
neglected
analysis
actions
aiming
to
reverse
depopulation.
Particularly,
cultural
landscapes
reflect
memories
processes
that
have
configured
current
patterns
biodiversity
ecosystem
services.
Based
on
principles,
we
present
a
conceptual
procedure
assess
behaviour
social–ecological
systems
subjected
depopulation,
projecting
their
expected
trajectories
through
time
within
framework
defined
jointly
by
demographic
environmental–ecological
dimensions
(in
our
case,
biodiversity,
carbon
storage,
pollution
control,
water
resources
soil
conservation).
We
applied
this
various
alternative
interventions
designed
confront
depopulation
Spain:
(1)
non‐intervention,
(2)
maintenance
historical
landscape
configuration,
(3)
active
conservation,
(4)
extensive,
sustainable
land
use
(5)
intensified
use.
conclude
better
optimizes
criteria
consolidation,
impact,
resilience
implementation
confronting
highlight
need
incorporate
into
assessment
application
Read
free
Plain
Language
Summary
for
article
Journal
blog.
Journal for Nature Conservation,
Год журнала:
2024,
Номер
78, С. 126558 - 126558
Опубликована: Янв. 6, 2024
Organic
farming
is
an
essential
component
of
sustainable
agriculture
that
can
help
maintain
biodiversity
in
agricultural
landscapes,
providing
benefits
for
both
human
well-being
and
environmental
conservation.
Recent
studies
have
highlighted
the
vital
role
insectivorous
bats
farmland
ecosystems
by
controlling
pest
insect
populations.
Our
research
focuses
on
direct
economic
value
bat
insectivory
woody
crops,
specifically
apple
orchards
affected
codling
moth
Cydia
pomonella.
We
conducted
exclusion
experiment
followed
evaluation
to
estimate
impact
crop
damage
savings.
results
demonstrate
presence
significantly
reduce
caused
C.
pomonella,
resulting
a
32.1%
reduction
trees
50%
total
weight
damaged
apples
per
tree.
This
translates
into
estimated
savings
551
€/ha/y
reducing
need
insecticide
applications,
which
negative
impacts
environment
health.
Moreover,
lead
higher
yields
protect
quality
product,
profits
farmers.
findings
highlight
critical
maintaining
ecosystem
services
provide
valuable
information
management
ecosystems.
Environmental Sciences Europe,
Год журнала:
2024,
Номер
36(1)
Опубликована: Апрель 3, 2024
Abstract
Background
Long-term
biomonitoring
of
macroinvertebrates
is
a
popular
and
valuable
approach
for
assessing
the
status
freshwater
ecosystems,
identifying
impact
stressors,
evaluating
ecosystem
health.
Although
macroinvertebrate-based
can
be
effective
in
detecting
changes
distribution
patterns
community
trends
over
time,
crayfish
often
remain
undetected
or
unreported
by
efforts
despite
their
importance
maintaining
functioning
aquatic
ecosystems.
Results
By
analyzing
comprehensive
database
long-term
macroinvertebrate
time
series,
we
found
that
most
sampling
methods
assessment
schemes
detect
both
native
non-native
running
waters
if
sites
are
continuously
sampled.
However,
were
detected
to
lesser
extent
fewer
methods.
Kick-net
techniques
prevailed
as
efficient
capturing
crayfish.
substantial
number
series
lacking
data
calls
into
question
whether
these
sufficiently
encapsulate
populations
accurately.
The
use
other
targeted
such
baited
traps
hand
catching
may
provide
more
reliable
estimate
presence.
Conclusions
Given
detrimental
impacts
decline
populations,
strongly
recommend
stakeholders
managers
incorporate
combination
approaches
monitoring
efforts.
different
taxonomic
levels
(family
vs.
genus
species
level)
estimating
biological
indices
tools
cause
delays
new
specie’s
occurrences,
hindering
water
quality
management
governments
stakeholders.
Therefore,
whenever
possible,
call
standardized
studies
strategies
accurately
address
issues
make
recommendations
going
forward.
Philosophical Transactions of the Royal Society B Biological Sciences,
Год журнала:
2024,
Номер
379(1902)
Опубликована: Апрель 7, 2024
Expanding
and
managing
current
habitat
species
protection
measures
is
at
the
heart
of
European
biodiversity
strategy.
A
structured
approach
needed
to
gain
insights
into
such
issues
systematic
conservation
planning,
which
uses
techniques
from
decision
theory
identify
places
actions
that
contribute
most
effectively
policy
objectives
given
a
set
constraints.
Yet
culturally
historically
determined
landscapes
make
implementation
any
plans
challenging,
requiring
an
analysis
synergies
trade-offs
before
implementation.
In
this
work,
we
review
scientific
literature
for
evidence
previous
planning
approaches,
highlighting
recent
advances
success
stories.
We
find
conceptual
characteristics
studies
likely
reduced
their
potential
in
contributing
better-informed
decisions.
outline
pathways
towards
improving
uptake
multi-criteria
various
scales,
particularly
need
(a)
open
data
intuitive
tools,
(b)
integration
biodiversity-focused
with
multiple
objectives,
(c)
accounting
dynamic
ecological
processes
functions,
(d)
better
facilitation
entry-points
co-design
practices
scenarios
stakeholders.
By
adopting
these
practices,
might
become
more
actionable
adaptable
implementable
outcomes.
This
article
part
theme
issue
‘Ecological
novelty
planetary
stewardship:
dynamics
transforming
biosphere’.
People and Nature,
Год журнала:
2024,
Номер
6(2), С. 490 - 506
Опубликована: Фев. 16, 2024
Abstract
Population
loss
in
rural
areas
is
rapidly
increasing
high‐income
countries,
raising
concerns
and
debate,
given
its
socio‐economic
consequences.
Despite
the
evident
environmental
dimension
of
phenomenon,
ecological
knowledge
has
been
neglected
analysis
actions
aiming
to
reverse
depopulation.
Particularly,
cultural
landscapes
reflect
memories
processes
that
have
configured
current
patterns
biodiversity
ecosystem
services.
Based
on
principles,
we
present
a
conceptual
procedure
assess
behaviour
social–ecological
systems
subjected
depopulation,
projecting
their
expected
trajectories
through
time
within
framework
defined
jointly
by
demographic
environmental–ecological
dimensions
(in
our
case,
biodiversity,
carbon
storage,
pollution
control,
water
resources
soil
conservation).
We
applied
this
various
alternative
interventions
designed
confront
depopulation
Spain:
(1)
non‐intervention,
(2)
maintenance
historical
landscape
configuration,
(3)
active
conservation,
(4)
extensive,
sustainable
land
use
(5)
intensified
use.
conclude
better
optimizes
criteria
consolidation,
impact,
resilience
implementation
confronting
highlight
need
incorporate
into
assessment
application
Read
free
Plain
Language
Summary
for
article
Journal
blog.