Journal of Biological Dynamics,
Год журнала:
2024,
Номер
19(1)
Опубликована: Дек. 26, 2024
Integrated
pest
management
(IPM)
combines
chemical
and
biological
control
to
maintain
populations
below
economic
thresholds.
The
impact
of
providing
additional
food
for
predators
on
pest-predator
dynamics,
along-
side
pesticide
use,
in
the
IPM
context
remains
unstudied.
To
address
this
issue,
work
a
theoretical
model
was
developed
using
differential
equations,
assuming
Holling
type
II
functional
response
predator,
with
sources
included.
Strategies
controlling
were
derived
by
analyzing
Hopf
bifurcation
occurring
system
dynamical
theory.
study
revealed
that
quality
quantity
supplied
play
crucial
role
system's
dynamics.
Pesticides,
combined
introduction
supported
high-quality
supplementary
food,
enable
quick
elimination
pests
from
more
effectively.
This
observation
highlights
optimizing
strategies
minimal
application
supporting
environment.
Biological reviews/Biological reviews of the Cambridge Philosophical Society,
Год журнала:
2025,
Номер
unknown
Опубликована: Май 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.
Aquatic Conservation Marine and Freshwater Ecosystems,
Год журнала:
2024,
Номер
34(5)
Опубликована: Май 1, 2024
Abstract
India
boasts
of
a
vast
freshwater
resource
network
(rivers,
wetlands,
and
groundwater),
which
has
unique
ecological,
social
economic
values
associated
with
it.
Despite
their
importance
for
both
people
biodiversity,
its
ecosystems
(FWEs)
are
heavily
impacted
through
multiple
factors
such
as
pollution,
overexploitation,
habitat
loss/modification
climate
change.
is
also
among
the
hotspots
water
overuse
that
caused
serious
decline
in
availability.
Given
healthy
FWEs
lie
at
centre
supporting
country's
ecology,
health,
economy,
livelihoods
ultimately
achieving
policy
goals,
it
crucial
holistic
focused
efforts
made
to
protect,
conserve,
restore
all
types
FWEs.
We
call
an
urgent
greater
focus
on
implementing
conservation
actions
suggest
following
strategy
enhance
conservation:
(1)
establishing
shared
vision
national
scale,
(2)
developing
including
goals
within
global
efforts,
(3)
conducting
simultaneous
action
planning
regional
scales
(4)
bridge
implementation
gap
by
strengthening
key
enabling
conditions:
i)
mainstream
FWE
existing
governance
instruments,
ii)
secure
sustainable
funding,
iii)
improve
data
access
knowledge
translation;
iv)
create
awareness
around
FWEs;
v)
facilitate
collaboration
actors.
Computers & Mathematics with Applications,
Год журнала:
2024,
Номер
165, С. 88 - 105
Опубликована: Апрель 22, 2024
Resource
harvesting
in
inland
fisheries
during
a
single
fishing
season
is
mathematically
modeled
based
on
an
extended
mean
field
game
played
by
many
anglers.
The
rate
of
each
angler
depends
that
the
others
through
interaction.
Each
wants
to
maximize
utility,
while
resource
overexploitation
effectively
penalized
incentives
for
conservation.
Anglers'
activities
are
represented
controlled
jump
processes
arising
as
unique
nonlinearity
game.
Solving
reduces
resolution
forward-backward
system
containing
Hamilton–Jacobi–Bellman
and
Fokker–Planck
equations
coupled
rate.
average
total
visiting
time
per
obtained
byproduct
from
system,
which
used
investigate
scheme
license
fee
fisheries.
A
finite
difference
method
proposed
numerically
compute
Picard
iteration.
convergence
numerical
solution
equation
analyzed
discontinuous
viscosity
solutions.
Finally,
we
specify
fish
population
dynamics
data
major
fishery
Plecoglossus
altivelis
2023
Japan.
Computational
examples
presented
analyze
our
mathematical
model.
Biodiversity,
Год журнала:
2024,
Номер
25(3), С. 197 - 199
Опубликована: Июль 2, 2024
Freshwater
biodiversity
faces
a
critical
situation
globally.
Current
efforts
to
protect
and
conserve
India's
freshwater
have
been
insufficient
in
light
of
emerging
challenges.
To
address
this,
we
propose
14
science-based
policy-backed
recommendations
aimed
at
achieving
long-term
protection
Indian
ecosystems
conservation
goals.
Managers
nodal
agencies
expressed
support
for
implementing
these
recommendations.
The
Wildlife
Institute
India
has
recently
launched
pioneering
master's
degree
programme
ecology
instituted
scholarships
local
citizens
known
as
'Guardians
the
Ganga',
who
are
actively
engaged
conserving
along
Ganga
River
under
auspices
'Biodiversity
Conservation
Rejuvenation'
project
sponsored
by
National
Mission
Clean
Ganga.
These
initiatives
align
closely
with
our
proposed
Implementing
timely
policymakers
is
crucial
safeguarding
biodiversity.
ABSTRACT
Riverine
ecosystems
exhibit
significant
spatial
variations
in
their
communities,
and
understanding
of
these
variances
is
vital
to
comprehend
the
mechanisms
that
maintain
biodiversity.
This
study
was
conducted
understand
pattern
distribution
beta
diversity
fish
communities
Bhima
River
basin
Deccan
Plateau
region
India.
Fish
data
from
59
sites
across
11
rivers
were
collected,
pair‐wise
β
Dissimilarity
site‐wise
local
contribution
(LCβD
Sorensen
)
its
components
Turnover
LCβD
Nestedness
calculated.
Power
function
regression
analysed
decay
community
similarity
with
geographical
environmental
distances.
Redundancy
analysis
performed
investigate
relationship
between
variables.
Results
indicated
species
richness
declined
increasing
longitude
west
east.
A
negative
observed
.
formed
Ո‐shaped
curve
at
both
ends
gradient,
while
values
exhibited
Ս‐shaped
curve.
No
difference
mean
observed.
The
distance
distances
follows
power
law
shape,
slope
this
flattened
distance.
Precipitation,
topography,
temperature
variation
dissolved
oxygen
played
a
pivotal
role
shaping
assemblages.
provides
insight
into
basin,
which
will
be
helpful
ordination
biodiversity
riverine
ecosystem
region.
Aquatic Conservation Marine and Freshwater Ecosystems,
Год журнала:
2024,
Номер
34(11)
Опубликована: Ноя. 1, 2024
ABSTRACT
The
gharial
(
Gavialis
gangeticus
),
a
critically
endangered
freshwater
reptile
endemic
to
the
Indian
subcontinent,
faces
severe
threats
from
various
anthropogenic
stressors.
Despite
positive
conservation
efforts,
holistic
approach
is
essential
for
improved
outcomes.
This
involves
(1)
identification
of
new
priority
sites,
(2)
establishment
populations
outside
protected
areas,
(3)
interlinking
ecosystem
processes,
(4)
conducting
census
annually,
(5)
efficient
use
digital
technology,
(6)
adoption
best
management
practices
mitigate
threats,
(7)
assessment
inbreeding
depression
in
gharial,
(8)
rescue
and
rehabilitation
training
local
communities,
(9)
interstate
trans‐boundary
commission
(10)
survey
on
socio‐economic
status
communities.
Implementing
proposed
synergistic
measures
will
not
only
strengthen
efforts
but
also
enhance
livelihoods
ensuring
sustainable
future
this
species.