Ecological Applications,
Год журнала:
2019,
Номер
29(8)
Опубликована: Июль 26, 2019
Securing
ecosystem
functions
is
challenging,
yet
common
priority
in
conservation
efforts.
While
marine
parks
aim
to
meet
this
challenge
by
regulating
fishing
through
zoning
plans,
their
effectiveness
hinges
on
compliance
levels
and
may
respond
changes
practices.
Here
we
use
a
speciose
assemblage
of
nominally
herbivorous
reef
fish
Karimunjawa
National
Park
(zoned
since
1989)
investigate
whether
areas
subject
restrictive
management
regime
sustained
higher
biomass
over
seven
years
compared
where
moderate
permissive
regulations
apply.
Using
trait-based
approach
characterize
the
functional
space
entire
species
pool
ask
translate
into
structure.
We
track
predator
biomass,
benthic
community
structure,
practices
that
could
influence
herbivore
trajectories.
Overall
doubled
2012
2006-2009
remained
high
2013
across
all
regimes.
found
no
evidence
build-up
resulted
from
depletion
or
increased
food
availability
but
suggest
it
emerged
response
park-wide
cessation
with
large
drive
nets
known
as
muroami.
The
increase
was
accompanied
modest
taxonomic
richness
slight
decrease
community-scale
rarity
did
not
alter
redundancy
levels.
Subtle
both
specialization
identity
assemblages
generalist
low
intrinsic
vulnerability
recovered
sooner
than
more
vulnerable
specialists.
implies
recovery
mechanisms
responsible
for
grazing
algal
turfs
detritus,
restoring
other
facets
herbivory
(e.g.,
macroalgal
consumption)
require
time.
An
cost-benefit
ratio
per
journey
muroami
facilitated
ban
met
minimal
resistance.
Similar
windows
opportunity
emerge
elsewhere
which
gear-based
can
supplement
especially
when
low.
This
does
advocate
implementing
such
once
fishery
has
become
unprofitable.
Rather,
underlines
importance
breaking
cycle
resource
zoning,
thus
alleviating
resulting
threats
security
integrity.
Natural hazards and earth system sciences,
Год журнала:
2025,
Номер
25(1), С. 49 - 76
Опубликована: Янв. 6, 2025
Abstract.
The
insurance
of
green
economy
assets
against
natural
hazards
is
a
growing
market.
This
study
explores
whether
currently
available
published
knowledge
adequate
for
the
vulnerability
assessment
these
to
hazards.
A
matrix
constructed
demonstrate
functional
loss
37
asset
classes
in
renewable
energy,
construction,
resource
management,
carbon
capture
and
storage,
energy
sustainable
transportation
sectors.
28
adopted
range
from
environmental
geophysical
events
oceanic,
coastal,
space
weather
events.
fundamental
challenge
constructing
was
lack
an
asset–hazard
taxonomy
economy.
Each
cell
represents
specific
hazard,
based
on
comprehensive
systematic
literature
review.
confidence
level
assigned
each
density
heat
map.
latter
highlights
gaps,
particular
quantitative
studies
that
appropriately
represent
all
mechanisms
assets.
Apart
charting
research
main
output
this
proposal
representative
guide
future
can
be
applied
by
industry.
Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Янв. 7, 2025
Abstract
Persistent
shifts
to
undesired
ecological
states,
such
as
from
coral
macroalgae,
are
becoming
more
common.
This
highlights
the
need
understand
processes
that
can
help
restore
affected
ecosystems.
Herbivory
on
reefs
is
widely
recognized
a
key
interaction
keep
macroalgae
outcompeting
coral.
Most
attention
has
been
role
‘grazing’
herbivores
play
in
preventing
establishment
of
while
less
research
focused
‘browsers’
extirpating
macroalgae.
Here
we
explored
patterns,
environmental
correlates
and
state
shift
consequences
spatial
co-variation
grazing
browsing
functions
herbivorous
fishes.
Grazing
rates
were
not
highly
correlated
across
20
lagoon
sites
Moorea,
French
Polynesia,
but
did
cluster
into
3
(of
4)
combinations
high
low
consumption
(no
site
had
browsing).
Consumption
with
grazer
or
browser
fish
biomass,
both
predicted
by
specific
variables.
Experiments
revealed
reversibility
macroalgal
was
strongly
related
variation
intensity.
Our
findings
provide
insights
simple
diagnostic
tools
regarding
heterogeneity
top-down
forcing
influences
vulnerability
reefs.
Ecological Applications,
Год журнала:
2019,
Номер
29(8)
Опубликована: Июль 26, 2019
Securing
ecosystem
functions
is
challenging,
yet
common
priority
in
conservation
efforts.
While
marine
parks
aim
to
meet
this
challenge
by
regulating
fishing
through
zoning
plans,
their
effectiveness
hinges
on
compliance
levels
and
may
respond
changes
practices.
Here
we
use
a
speciose
assemblage
of
nominally
herbivorous
reef
fish
Karimunjawa
National
Park
(zoned
since
1989)
investigate
whether
areas
subject
restrictive
management
regime
sustained
higher
biomass
over
seven
years
compared
where
moderate
permissive
regulations
apply.
Using
trait-based
approach
characterize
the
functional
space
entire
species
pool
ask
translate
into
structure.
We
track
predator
biomass,
benthic
community
structure,
practices
that
could
influence
herbivore
trajectories.
Overall
doubled
2012
2006-2009
remained
high
2013
across
all
regimes.
found
no
evidence
build-up
resulted
from
depletion
or
increased
food
availability
but
suggest
it
emerged
response
park-wide
cessation
with
large
drive
nets
known
as
muroami.
The
increase
was
accompanied
modest
taxonomic
richness
slight
decrease
community-scale
rarity
did
not
alter
redundancy
levels.
Subtle
both
specialization
identity
assemblages
generalist
low
intrinsic
vulnerability
recovered
sooner
than
more
vulnerable
specialists.
implies
recovery
mechanisms
responsible
for
grazing
algal
turfs
detritus,
restoring
other
facets
herbivory
(e.g.,
macroalgal
consumption)
require
time.
An
cost-benefit
ratio
per
journey
muroami
facilitated
ban
met
minimal
resistance.
Similar
windows
opportunity
emerge
elsewhere
which
gear-based
can
supplement
especially
when
low.
This
does
advocate
implementing
such
once
fishery
has
become
unprofitable.
Rather,
underlines
importance
breaking
cycle
resource
zoning,
thus
alleviating
resulting
threats
security
integrity.