Biological reviews/Biological reviews of the Cambridge Philosophical Society,
Journal Year:
2025,
Volume and Issue:
unknown
Published: May 6, 2025
ABSTRACT
Freshwater
biodiversity
is
the
fastest
declining
part
of
global
biota,
threatened
by
multiple
stressors
including
habitat
loss
and
fragmentation,
climate
change,
invasive
species,
water
pollution,
abstraction
humans.
A
multitude
recent
agenda‐setting
publications
have
pointed
out
key
objectives
goals
for
addressing
this
freshwater
crisis,
but
important
gaps
must
be
overcome
to
reach
ambitious
conservation
targets.
In
perspective,
we
complement
these
high‐level
papers
in
highlighting
knowledge,
governance,
implementation.
This
gap‐oriented
approach
designed
facilitate
meaningful
action
missing
‘pieces’
process,
their
connection
existing
emerging
solutions
literature.
We
derive
13
overarching
from
a
conference
session
informal
synthesis
literature
catalyse
research,
advocacy,
meet
post‐2020
Kunming–Montreal
Global
Biodiversity
Framework
(GBF).
Key
include
inventory
data
on
biodiversity,
collating
mobilizing
evidence
practice,
improving
coordination
ecological
governance
at
scale
—including
within
across
catchments—and
navigating
trade‐offs
between
economic
development,
resource
consumption,
priorities
biodiversity.
Finally,
apply
language
describing
GBF
conservation,
point
which
may
help
address
gaps.
Major
themes
that
use
Nature‐based
Solutions
Other
Effective
Area‐based
Conservation
Measures
(OECMs),
navigation
management
human
environmental
needs,
co‐production
knowledge
with
Indigenous
local
people
other
stakeholders,
integration
research
aquatic
terrestrial
ecosystems,
funding
policy
mechanisms
support
monitoring
hydrological
scales.
Ecology Letters,
Journal Year:
2021,
Volume and Issue:
25(2), P. 255 - 263
Published: Dec. 1, 2021
Global
freshwater
biodiversity
is
declining
dramatically,
and
meeting
the
challenges
of
this
crisis
requires
bold
goals
mobilisation
substantial
resources.
While
reasons
are
varied,
investments
in
both
research
conservation
lag
far
behind
those
terrestrial
marine
realms.
Inspired
by
a
global
consultation,
we
identify
15
pressing
priority
needs,
grouped
into
five
areas,
an
effort
to
support
informed
stewardship
biodiversity.
The
proposed
agenda
aims
advance
globally
as
critical
step
improving
coordinated
actions
towards
its
sustainable
management
conservation.
Abstract
The
EU
Nature
Restoration
Law
represents
an
important
opportunity
for
freshwater
habitat
restoration
and,
consequently,
biodiversity
protection.
However,
a
number
of
challenges
must
be
anticipated
in
its
implementation,
which
may
compromise
success.
Some
aspects,
particularly
those
relating
to
ecosystems,
require
more
clarification.
We
use
riverine
ecosystems
illustrate
existing
ambiguities
the
proposed
legislation
and
potential
consequences
leaving
these
aspects
open
interpretation
during
implementation
process.
also
discuss
solutions
problems
could
help
ensure
that
law's
objectives
are
met.
argue
river
network
structure
connectivity
dimensions,
result
into
meta‐ecosystems,
explicitly
considered.
For
purpose,
we
ask
clear
definitions
critical
terms
“free‐flowing
rivers,”
“barriers,”
“reference
areas.”
In
addition,
recommend
developing
methods
integrated
assessment
across
networks.
As
key
property
this
used
prioritize
actions
increase
length
free‐flowing
rivers.
Adequate
planning
at
larger
spatial
scales
will
benefit
from
meta‐ecosystem
perspective
accurate
representation
aquatic‐terrestrial
linkages,
significantly
improve
efficacy
efforts.
Furthermore,
stakeholder
citizen
engagement
offer
opportunities
local,
national,
European
scales,
should
fostered
inclusive
decision‐making.
conservation
outlined
here
rivers,
but
they
have
implications
other
ecosystems.
These
considerations
useful
policymakers,
conservationists,
stakeholders
involved
related
policy
initiatives.
This
article
is
categorized
under:
Water
Life
>
Stresses
Pressures
on
Ecosystems
Conservation,
Management,
Awareness
Human
Governance
The Science of The Total Environment,
Journal Year:
2024,
Volume and Issue:
918, P. 170360 - 170360
Published: Feb. 2, 2024
Monitoring
programs
at
sub-national
and
national
scales
lack
coordination,
harmonization,
systematic
review
analysis
continental
global
scales,
thus
fail
to
adequately
assess
evaluate
drivers
of
biodiversity
ecosystem
degradation
loss
large
spatial
scales.
Here
we
the
state
art,
gaps
challenges
in
freshwater
assessment
for
both
biological
condition
(bioassessment)
monitoring
ecosystems
using
benthic
macroinvertebrate
community.
To
existence
nationally-
regionally-
(sub-nationally-)
accepted
protocols
that
are
put
practice/used
each
country,
conducted
a
survey
from
November
2022
May
2023.
Responses
110
respondents
based
67
countries
were
received.
Although
responses
varied
their
consistency,
clearly
demonstrated
being
done
levels
lakes,
rivers
artificial
waterbodies.
Programs
bioassessment
more
widespread,
some
cases
even
harmonized
among
several
countries.
We
identified
20
challenges,
which
classed
into
five
major
categories,
these
(a)
field
sampling,
(b)
sample
processing
identification,
(c)
metrics
indices,
(d)
assessment,
(e)
other
challenges.
Above
all,
identify
harmonization
as
one
most
important
gaps,
hindering
efficient
collaboration
communication.
IUCN
SSC
Global
Freshwater
Macroinvertebrate
Sampling
Protocols
Task
Force
(GLOSAM)
means
address
globally-harmonized
protocols.
Nature-Based Solutions,
Journal Year:
2024,
Volume and Issue:
5, P. 100116 - 100116
Published: Feb. 22, 2024
Nature-Based
Solutions
(NbS)
and
ecosystem
restoration
are
often
conflated,
but
cannot
be
assumed
to
identical.
Understanding
choosing
between
different
framings
is
important.
It
affects
our
ambitions
for
reinvigorating
natural
systems,
the
range
of
actors
resources
that
can
drawn
on
achieve
them,
every
part
how
interventions
planned,
delivered
appraised.
To
explore
differences
relationships
concepts
we
focus
freshwater
catchment
management
initiatives,
points
relevant
initiatives
focused
other
settings
or
framed
in
terms.
We
firstly
identify
potential
by
analysing
accepted
definitions
Solutions;
then
illustrate
these
with
examples
UK
Ireland,
which
familiar
from
own
work
collaborations.
These
real-world
cases
demonstrate
NbS
lead
priorities
ecosystems
processes
managed;
who
involved
projects
develop.
The
also
show
may
somewhere
a
continuum
two
concepts,
potentially
shift
over
time.
There
lack
clarity
why
terms
used,
causing
sometimes
unacknowledged
confusion
missed
opportunities
improve
management.
Different
stakeholder
groups
could
benefit
more
opportunity
explicitly
reflect
preferred
goals,
implications
this.
need
explicit
reflection
purpose
an
intervention,
site-managers
policy
enabling
plan
vision.
Given
time
lags
outcomes,
it
particularly
important
use
insights
adaptive
approaches
understand
changing
drivers
shaping
current
future
action.
Biological reviews/Biological reviews of the Cambridge Philosophical Society,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 2, 2024
ABSTRACT
Freshwater
biodiversity
conservation
has
received
substantial
attention
in
the
scientific
literature
and
is
finally
being
recognized
policy
frameworks
such
as
Global
Biodiversity
Framework
its
associated
targets
for
2030.
This
important
progress.
Nonetheless,
freshwater
species
continue
to
be
confronted
with
high
levels
of
imperilment
widespread
ecosystem
degradation.
An
Emergency
Recovery
Plan
(ERP)
proposed
2020
comprises
six
measures
intended
“bend
curve”
loss,
if
they
are
widely
adopted
adequately
supported.
We
review
evidence
suggesting
that
combined
intensity
persistent
emerging
threats
become
so
serious
current
projected
efforts
preserve,
protect
restore
inland‐water
ecosystems
may
insufficient
avert
losses
coming
decades.
In
particular,
climate
change,
complex
harmful
impacts,
will
frustrate
attempts
prevent
from
already
affected
by
multiple
threats.
Interactions
among
these
limit
recovery
populations
exacerbate
declines
resulting
local
or
even
global
extinctions,
especially
low‐viability
degraded
fragmented
ecosystems.
addition
impediments
represented
we
identify
several
other
areas
where
absolute
scarcity
fresh
water,
inadequate
information
predictive
capacity,
a
failure
mitigate
anthropogenic
stressors,
liable
set
limits
on
biodiversity.
Implementation
ERP
rapidly
at
scale
through
many
dispersed
actions
focused
regions
intense
threat,
together
an
intensification
ex‐situ
efforts,
necessary
preserve
native
during
increasingly
uncertain
climatic
future
which
poorly
understood,
emergent
interacting
have
more
influential.
But
implementation
must
accompanied
improve
energy
food
security
humans
–
without
further
compromising
condition
Unfortunately,
political
policies
arrest
environmental
challenges
change
do
not
inspire
confidence
about
possible
success
ERP.
parts
world,
Anthropocene
seems
certain
include
extended
periods
uncontaminated
surface
runoff
inevitably
appropriated
humans.
Unless
there
step‐change
societal
awareness
commitment
biodiversity,
established
methods
protecting
bend
curve
enough
continued
degradation
loss.
Conservation Science and Practice,
Journal Year:
2023,
Volume and Issue:
5(4)
Published: Feb. 22, 2023
Abstract
Freshwater
habitats
are
experiencing
two
to
three
times
the
rate
of
biodiversity
loss
terrestrial
and
marine
habitats.
As
status
quo
actions
within
conservation
community
not
reversing
downward
trajectory
for
freshwater
biodiversity,
we
propose
four
shift
narrative
such
that
is
no
longer
invisible
overlooked,
but
rather
explicitly
recognized,
valued,
protected:
(1)
Reshape
our
relationship
with
(2)
Appreciate
indigenous
knowledge
systems
relating
habitats,
(3)
Connect
science
more
directly
action,
(4)
Elevate
as
a
unique
“domain”
requires
explicit
recognition
in
planning
(RACE).
We
highlight
roles
both
scientists
wider
can
play
implementing
“RACE”
be
won.
Environmental Reviews,
Journal Year:
2023,
Volume and Issue:
32(3), P. 414 - 437
Published: Aug. 2, 2023
For
millennia
humans
have
extracted
biological
and
physical
resources
from
the
planet
to
sustain
societies
enable
development
of
technology
infrastructure.
Growth
in
human
population
changing
consumption
patterns
increased
footprint
on
ecosystems
their
biodiversity,
including
fresh
waters.
Freshwater
biodiversity
face
many
threats
it
is
now
widely
accepted
that
we
are
a
crisis.
One
means
protecting
restoring
freshwater
better
manage
exploitation
biota
aggregate
(e.g.,
sand,
gravel,
boulders).
Here
outline
arising
such
identify
response
options
ensure
methods
levels
extraction
sustainable
allow
recovery
over-exploited
ecosystems.
The
guidance
provide
will
practitioners,
policy-makers,
resource
stewards
embrace
effective,
sustainable,
evidence-based
approaches
extraction.
Response
for
managing
species
include
strengthening
assessment
reporting,
using
science-based
reduce
overexploitation
support
recovery,
embracing
community
engagement,
building
or
tightening
legislation.
reducing
demand
harvest,
governance,
monitoring
environmental
impacts,
promoting
restoration
degraded
compensating
losses.
Diverse
case
studies
highlight
examples
where
various
management
actions
been
implemented
an
effort
consider
how
they
can
be
scaled
up
adapted
other
contexts.
Managing
key
aspect
broader
initiatives
needed
protect
restore
around
globe.
Conservation Biology,
Journal Year:
2024,
Volume and Issue:
38(6)
Published: May 7, 2024
Abstract
The
success
of
ponds
constructed
to
restore
ecological
infrastructure
for
pond‐breeding
amphibians
and
benefit
aquatic
biodiversity
depends
on
where
how
they
are
built.
We
studied
effects
pond
landscape
characteristics,
including
connectivity,
metapopulation
dynamics
12
amphibian
species
in
Switzerland.
To
understand
the
determinants
long‐term
occupancy
(here
summarized
as
incidence),
environmental
both
colonization
persistence
should
be
considered.
fitted
dynamic
models
20
years
monitoring
data
a
construction
program
quantify
characteristics
different
connectivity
metrics
probabilities
ponds.
Connectivity
existing
populations
explained
better
than
structural
metrics,
simple
(distance
nearest
neighbor
population,
population
density)
were
useful
surrogates
dispersal
kernel‐weighted
commonly
used
theory.
Population
mediated
conservation
target
new
ponds,
suggesting
source–sink
newly
established
populations.
density
captured
this
effect
well
could
by
practitioners
site
selection.
Ponds
created
there
2–4
occupied
within
radius
∼0.5
km
had
>3.5
times
higher
incidence
(median)
isolated
Species
individual
preferences
regarding
but
breeding
sites
with
larger
(≥100
m
2
)
total
water
surface
area,
that
temporarily
dried,
surroundings
maximally
50%
forest
benefitted
multiple
species.
Pond
diversity
will
foster
at
scale.