Avian Research,
Год журнала:
2024,
Номер
15, С. 100193 - 100193
Опубликована: Янв. 1, 2024
Embryonic
development
is
a
critical
period
for
phenotype
formation.
Environmental
variation
during
embryonic
can
induce
changes
in
postnatal
phenotypes
of
animals.
The
thyroxine
secretion
and
aerobic
metabolic
activity
small
birds
are
important
closely
related
to
their
winter
survival.
In
the
context
climate
change,
it
necessary
determine
whether
temperature
incubation
leads
developmental
plasticity
these
cold
responsive
phenotypes.
We
incubated
Japanese
Quail
(Coturnix
japonica)
eggs
at
36.8
°C,
37.8
38.8
raised
chicks
35-day
old
22
°C
with
same
raising
conditions,
then
all
quails
were
exposed
gradually
dropping
environment
(from
15
0
°C).
After
treatment,
serum
T3
level,
resting
rate,
skeletal
muscle
liver
metabolomes
measured.
levels
significantly
lower
group
higher
compared
group.
rate
was
Compared
group,
metabolites
involved
tricarboxylic
acid
cycle
lipid
oxidation
metabolism
fatty
biosynthesis
muscles
but
These
results
indicate
that
lead
physiological
Higher
may
impair
capacity
coping
challenge.
The Science of The Total Environment,
Год журнала:
2023,
Номер
911, С. 168639 - 168639
Опубликована: Ноя. 20, 2023
To
address
climate
change,
the
United
States
is
offering
consumers
incentives
to
purchase
electric
vehicles
containing
domestically
derived
lithium
batteries.
New
extraction
facilities
required
supply
this
may
have
environmental
impacts,
including
impacts
on
biodiversity.
reveal
potential
we
mapped
72
proposed
sites
across
contiguous
and
overlaid
these
with
data
for
species
occurrences,
conservation
value,
habitat,
land
management
designations.
We
found
that
vary
by
site.
The
abundance
of
resources
in
States,
combined
large
differences
among
sites,
suggests
decision-makers
be
able
guide
least
impactful
first.
aid
process,
recommend
field-based
reconnaissance
a
cumulative
analysis
biodiversity
order
contextualize
activity
within
larger
scope
use
change.
The Monist,
Год журнала:
2024,
Номер
107(2), С. 190 - 206
Опубликована: Март 15, 2024
Abstract
Climate
change
is
often
described
as
an
existential
risk
to
the
human
species,
but
this
terminology
has
generally
been
avoided
in
climate-justice
literature
analytic
philosophy.
I
investigate
source
of
disconnect
and
explore
prospects
for
incorporating
idea
climate
into
debates
about
justice.
The
concept
does
not
feature
prominently
these
discussions,
suggest,
because
assumptions
that
structure
‘ideal’
accounts
justice
ensure
prospect
extinction-level
threat
arise.
Given
persistent
noncompliance
with
mitigation
duties,
however,
we
have
reason
revisit
assumptions.
argue
most
promising
way
theories
account
significance
look
practices
protest
resistance
which
a
concern
extinction
or
global
catastrophe
frequently
given
expression.
Frontiers in Complex Systems,
Год журнала:
2024,
Номер
2
Опубликована: Март 15, 2024
Humanity
faces
a
myriad
of
existential
technology,
geopolitical,
and
ecological
risks.
The
paper
analyzes
the
possibility
that
negative
shocks
superimpose
multiply
their
effects,
leading
to
catastrophic
macro-dynamics.
Methodologically,
this
presents
rare,
quantitative
scenario
model
superimposed
upon
narrative
scenarios
where
cascading
economic
effects
19
indicators
growth
or
decline
are
projected
into
2075.
These
map
onto
five
scenarios,
subsequently
re-combined
study
plausible
risk
events
coming
pass
in
50
years
period
between
2025
Results
indicate
even
case
deeply
singular
events,
world
would
eventually
recover
within
25
years,
as
has
historically
been
case.
exception
is
event
several
short
order
around
midpoint
50-year
timeline,
escalation
create
formidable
cascades.
protracted
depression
no
visible
recovery
result.
However,
if
we
assume
modest
interaction
effect,
with
just
3-5
co-occurring
catastrophes,
result
becomes
path
towards
humanity’s
extinction
based
on
alone.
implications
humanity
either
needs
avoid
significant
at
all
costs
identify
novel
ways
compared
previous
depressions.
Given
amount
assumptions
they
rely
upon,
these
projections
carry
degree
uncertainty.
Further
should
therefore
be
conducted
larger
set
impacts,
including
mortality
modeling,
assess
how
much
worse
real-world
outcomes
might
simplified
deployed
here.
Progress in Disaster Science,
Год журнала:
2024,
Номер
22, С. 100326 - 100326
Опубликована: Апрель 1, 2024
Systemic
risks
derive
from
a
mix
of
economic,
technological,
socio
political,
and
ecological
factors.
Inherently
interdisciplinary,
the
study
systemic
risk
draws
on
financial
shock
models,
operations
research,
global
health,
foresight,
management,
military
strategy,
assessment,
sociology,
disaster
security
studies,
science
technology
existential
(X-risk)
research
as
well
AI
biorisk
communities.
The
requires
developing
transdisciplinary
tools
that
can
better
integrate
insights
drawn
these
disparate
fields
despite
high
uncertainty.
Nevertheless,
there
remains
no
overarching
framework
specifically
formulated
for
beyond
economics.
This
paper
reviews
this
body
work
aiming
to
begin
formulating
an
approach
integrated
leading
up
or
X-risks,
possibility
human
extinction.
Given
threaten
entire
societies
might
cascade
across
systems,
various
should
align
factors
vocabulary
combine
increase
humanity's
resilience.
Avian Research,
Год журнала:
2024,
Номер
15, С. 100193 - 100193
Опубликована: Янв. 1, 2024
Embryonic
development
is
a
critical
period
for
phenotype
formation.
Environmental
variation
during
embryonic
can
induce
changes
in
postnatal
phenotypes
of
animals.
The
thyroxine
secretion
and
aerobic
metabolic
activity
small
birds
are
important
closely
related
to
their
winter
survival.
In
the
context
climate
change,
it
necessary
determine
whether
temperature
incubation
leads
developmental
plasticity
these
cold
responsive
phenotypes.
We
incubated
Japanese
Quail
(Coturnix
japonica)
eggs
at
36.8
°C,
37.8
38.8
raised
chicks
35-day
old
22
°C
with
same
raising
conditions,
then
all
quails
were
exposed
gradually
dropping
environment
(from
15
0
°C).
After
treatment,
serum
T3
level,
resting
rate,
skeletal
muscle
liver
metabolomes
measured.
levels
significantly
lower
group
higher
compared
group.
rate
was
Compared
group,
metabolites
involved
tricarboxylic
acid
cycle
lipid
oxidation
metabolism
fatty
biosynthesis
muscles
but
These
results
indicate
that
lead
physiological
Higher
may
impair
capacity
coping
challenge.