Sustainability,
Journal Year:
2025,
Volume and Issue:
17(5), P. 2182 - 2182
Published: March 3, 2025
Eutrophication
and
algal
blooms
have
frequently
occurred
in
Chaohu
Lake.
Water
parameters
interact
with
eutrophication
blooms.
However,
there
are
few
studies
on
the
spatial–temporal
characteristics
of
water
Lake
Basin.
To
assess
quality
its
seven
surrounding
rivers,
132
samples
from
33
sites
were
collected
seasonally
September
2019
to
July
2020,
14
physicochemical
detected.
Our
results
showed
that
urban
rivers
had
highest
nutrients,
chemical
oxygen
demand
(CODMn,
6.30
±
0.80
mg/L),
five-day
biological
(BOD5,
4.51
0.42
chlorophyll
a
concentration
(Chl
a,
54.88
39.81
μg/L);
forested
higher
transparency
(137.83
18.52
cm),
lowest
CODMn
(4.02
0.20
BOD5
(1.42
0.14
Chl
(7.18
1.41
agricultural
mixed
intermediate.
Generally,
was
“good”
“light-eutrophic”
according
index
trophic
level
index.
The
order
good
worst
season
spring
>
autumn
summer
winter.
These
implied
still
main
source
eutrophic
nutrients
Lake,
control
pollutants
is
core
management
Ecography,
Journal Year:
2019,
Volume and Issue:
43(2), P. 294 - 305
Published: Oct. 22, 2019
It
has
been
predicted
that
spatial
beta
diversity
shows
a
decreasing
trend
in
the
Anthropocene
due
to
increasing
human
impact,
causing
biotic
homogenisation.
We
aimed
discover
if
vascular
aquatic
macrophyte
communities
show
different
patterns
relation
land
use
and
environmental
characteristics
decades
from
1940s
2010s.
structures
differ
between
species‐,
phylogeny‐
functional‐based
diversity.
used
presence–absence
data
of
macrophytes
five
small
boreal
lakes.
utilized
generalised
dissimilarity
modelling
analyse
gradients.
found
lake
elevation
pH
were
most
important
variables
each
decade,
while
was
not
particularly
shaping
patterns.
did
find
signs
our
study
area
during
past
70
yr.
either
homogenisation
or
differentiation
(taxonomic,
phylogenetic
functional).
Vascular
showed
only
slightly
impact
across
decades.
The
facets
diverged
other.
Lake
position
landscape,
reflecting
both
natural
connectivity
characteristics,
explained
diversity,
probably
because
faced
modest
changes
2010s
when
compared
globally.
Our
highlights
fact
is
an
unambiguous
process
acting
similarly
at
all
temporal
scales
environments
organism
groups.
Journal of Ecology,
Journal Year:
2020,
Volume and Issue:
109(2), P. 819 - 832
Published: Sept. 23, 2020
Abstract
To
comprehensively
understand
the
impact
of
anthropogenic
activities
on
biodiversity,
we
must
how
biodiversity
has
changed
over
time
and
what
are
underlying
processes.
A
growing
body
evidence
shown
that
beta
diversity
reveals
more
about
temporal
changes
in
compared
with
alpha
diversity.
Temporal
indicates,
for
example,
degrees
change
species
composition
at
single
locations
through
time.
We
examined
whether
freshwater
plant
communities
showed
different
patterns
relation
to
concomitant
environmental
conditions
across
decades.
do
this,
used
presence–absence
data
lake
plants
five
decades
(1940s–2010s)
from
southern
Finland
calculated
indices
(TBI)
each
between
pairs
whole
community,
hydrophytes
helophytes.
get
insights
into
possible
processes
behind
observed
trends,
decomposed
TBIs
contributed
by
either
losses
or
gains
species.
related
their
loss
gain
components
landscape
position
variables.
Based
comparisons
survey
decade
pairs,
aquatic
was
modest
Hydrophyte
assemblages
have
than
helophyte
assemblages.
The
main
occurred
1940s
1970s,
when
new
dominant
process
lakes
throughout
landscape.
Following
period,
there
only
changes,
but
2000s
2010s,
played
a
key
role
explaining
TBI.
Our
results
relying
two
points
can
result
limited
knowledge
ecological
phenomenon
under
study
and,
an
exceptional
year
terms
weather
hinder
detecting
overall
long‐term
trends
compositional
changes.
Therefore,
future
studies
should
try
combine
several
overcome
typical
limitations
information.
Water,
Journal Year:
2020,
Volume and Issue:
12(9), P. 2493 - 2493
Published: Sept. 7, 2020
India’s
largest
freshwater
ecosystem
of
the
Kolleru
Lake
has
experienced
severe
threats
by
land-use
changes,
including
construction
illegal
fishponds
around
lake
area
over
past
five
decades.
Despite
efforts
to
protect
and
restore
its
riparian
zones,
environmental
pressures
have
increased
time.
The
present
study
provides
a
synthesis
human
activities
through
major
changes
both
before
after
restoration
measures.
For
this
purpose,
archives
all
Landsat
imageries
from
last
three
decades
were
used
detect
land
cover
changes.
Using
Google
Earth
Engine
cloud
platform,
different
scenarios
classified
for
year
(1999),
2008
immediately
restoration,
2018,
i.e.,
current
situation
one
decade
afterward.
Additionally,
NDVI
(Normalized
Difference
Vegetation
Index)
NDWI
Water
indices
identify
dynamics.
results
show
that
was
successful;
consequently,
decade,
transformed
into
previous
state
(i.e.,
1999
situation).
In
1999,
29.7%
occupied
fishponds,
and,
sustainable
27.7%
almost
reaching
extent
situation.
On
hand,
aquaculture
is
most
promising
sources
income,
but
there
also
limited
awareness
negative
impacts
among
local
residents.
other
political
commitment
weak,
integrated
approaches
considering
stakeholders
are
lacking.
Nevertheless,
alterations
water
use,
increasing
nutrient
concentrations,
sediment
inputs
basin
reached
level
at
which
they
threaten
biodiversity
functionality
wetland
degree
immediate
action
necessary
prevent
irreversible
degradation.
