Variation in the pollen diet of managed bee species across European agroecosystems
Agriculture Ecosystems & Environment,
Journal Year:
2025,
Volume and Issue:
383, P. 109518 - 109518
Published: Feb. 14, 2025
Language: Английский
Buzzing Guardians: Protecting Pollinators in Agricultural Landscapes
Hunasikote Shamappa Venu,
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Amala Udayakumar,
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A. N. Shylesha
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et al.
Sociobiology,
Journal Year:
2024,
Volume and Issue:
71(4), P. e11105 - e11105
Published: Nov. 25, 2024
In
agriculture
crop
ecosystem,
pollination
is
the
foremost
fundamental
activity
performed
by
fascinating
creatures
like
bees,
butterflies,
hoverflies,
birds
and
bats
that
ensures
reproductive
success
in
angiosperms.
Currently,
most
of
pollinators
are
appearing
red
data
book
as
their
population
abundance
depleting
ecosystem.
Their
extinction
was
driven
threats
habitat
loss,
climate
change,
urbanization,
use
chemical
pesticides,
pest
diseases.
Decline
pollinator
may
pose
a
considerable
decrease
global
food
production
productivity.
Effective
efficient
conservation
strategies
key
elements
to
mitigate
faced
promotion
resilience.
Here
we
explored
wide
range
strategies,
which
restores
following
sustainable
agricultural
practices,
some
policy
interventions.
Public
awareness
collaborative
efforts
among
governments,
NGOs,
private
sector
crucial
for
successful
implementation
adaptation
these
strategies.
By
acclimatizing
an
integrated,
convincing
approach
conservation,
can
assure
predict
sustainability
productivity
eventually
supports
biodiversity
security.
Language: Английский
Age-dependent hypopharyngeal gland size and protein content of stingless bee workers, Tetragonula pagdeni
PLoS ONE,
Journal Year:
2024,
Volume and Issue:
19(8), P. e0308950 - e0308950
Published: Aug. 16, 2024
Eusocial
insects,
such
as
stingless
bees
(Meliponini),
depend
on
division
of
labour,
overlapping
generations,
and
collaborative
brood
care
to
ensure
the
functionality
success
their
colony.
Female
workers
transition
through
a
range
age-specific
tasks
during
lifespan
(i.e.,
age-polyethism)
play
central
role
in
These
(e.g.,
or
foraging)
often
closely
coincide
with
key
physiological
changes
necessary
optimal
performance.
However,
our
understanding
how
nutrition,
age,
polyethism
may
affect
development
traits
remains
limited.
Here
we
show
that
pollen
consumption
age-polyethism
govern
hypopharyngeal
gland
(HPG)
acini
size
protein
content
Tetragonula
pagdeni
.
By
conducting
controlled
laboratory
experiment
monitored
effect
worker
bee
survival
well
assessed
diet
age
affected
HPG
width
content.
Further,
sampled
nurses
foragers
from
field
colonies
measure
width.
We
found
enhanced
led
increased
were
expected
largest
nurse
bees.
Our
findings
highlight
beneficial
effects
an
adequate
for
health
reveal
is
factor
governing
As
HPGs
are
imperative
care—an
essential
component
eusociality—the
data
provide
foundation
future
studies
investigate
impact
potential
environmental
stressors
critical
trait
which
serve
proxy
understand
at
colony
level.
Language: Английский