Science,
Год журнала:
2022,
Номер
376(6597), С. 1094 - 1101
Опубликована: Июнь 2, 2022
Ambitious
conservation
efforts
are
needed
to
stop
the
global
biodiversity
crisis.
In
this
study,
we
estimate
minimum
land
area
secure
important
areas,
ecologically
intact
and
optimal
locations
for
representation
of
species
ranges
ecoregions.
We
discover
that
at
least
64
million
square
kilometers
(44%
terrestrial
area)
would
require
attention
(ranging
from
protected
areas
land-use
policies)
meet
goal.
More
than
1.8
billion
people
live
on
these
lands,
so
responses
promote
autonomy,
self-determination,
equity,
sustainable
management
safeguarding
essential.
Spatially
explicit
scenarios
suggest
1.3
is
risk
being
converted
intensive
human
uses
by
2030,
which
requires
immediate
attention.
However,
a
sevenfold
difference
exists
between
amount
habitat
in
optimistic
pessimistic
scenarios,
highlighting
an
opportunity
avert
Appropriate
targets
Post-2020
Global
Biodiversity
Framework
encourage
identified
contribute
substantially
biodiversity.
Nature Reviews Microbiology,
Год журнала:
2019,
Номер
17(9), С. 569 - 586
Опубликована: Июнь 18, 2019
In
the
Anthropocene,
in
which
we
now
live,
climate
change
is
impacting
most
life
on
Earth.
Microorganisms
support
existence
of
all
higher
trophic
forms.
To
understand
how
humans
and
other
forms
Earth
(including
those
are
yet
to
discover)
can
withstand
anthropogenic
change,
it
vital
incorporate
knowledge
microbial
'unseen
majority'.
We
must
learn
not
just
microorganisms
affect
production
consumption
greenhouse
gases)
but
also
they
will
be
affected
by
human
activities.
This
Consensus
Statement
documents
central
role
global
importance
biology.
It
puts
humanity
notice
that
impact
depend
heavily
responses
microorganisms,
essential
for
achieving
an
environmentally
sustainable
future.
The
majority
with
share
often
goes
unnoticed
despite
underlying
major
biogeochemical
cycles
food
webs,
thereby
taking
a
key
change.
highlights
microbiology
issues
call
action
microbiologists.
Reviews of Geophysics,
Год журнала:
2018,
Номер
56(3), С. 456 - 531
Опубликована: Апрель 20, 2018
Abstract
Water
availability
is
a
major
factor
constraining
humanity's
ability
to
meet
the
future
food
and
energy
needs
of
growing
increasingly
affluent
human
population.
plays
an
important
role
in
production
energy,
including
renewable
sources
extraction
unconventional
fossil
fuels
that
are
expected
become
players
security.
The
emergent
competition
for
water
between
systems
recognized
concept
“food‐energy‐water
nexus.”
nexus
made
even
more
complex
by
globalization
agriculture
rapid
growth
trade,
which
results
massive
virtual
transfer
among
regions
security
some
regions.
This
review
explores
multiple
components
food‐energy‐water
highlights
possible
approaches
could
be
used
with
limited
resources
planet.
Despite
clear
tensions
inherent
meeting
changing
demand
21st
century,
linkages
food,
water,
can
offer
opportunity
synergistic
strategies
aimed
at
resilient
security,
such
as
circular
economy.
Nature Food,
Год журнала:
2021,
Номер
3(1), С. 19 - 28
Опубликована: Дек. 23, 2021
Abstract
Spatiotemporally
consistent
data
on
global
cropland
extent
is
essential
for
tracking
progress
towards
sustainable
food
production.
In
the
present
study,
we
an
analysis
of
area
change
first
two
decades
twenty-first
century
derived
from
satellite
time-series.
We
estimate
that,
in
2019,
was
1,244
Mha
with
a
corresponding
total
annual
net
primary
production
(NPP)
5.5
Pg
C
year
−1
.
From
2003
to
increased
by
9%
and
NPP
25%,
primarily
due
agricultural
expansion
Africa
South
America.
Global
accelerated
over
past
decades,
near
doubling
rate,
most
notably
Africa.
Half
new
(49%)
replaced
natural
vegetation
tree
cover,
indicating
conflict
sustainability
goal
protecting
terrestrial
ecosystems.
per-capita
decreased
10%
population
growth.
However,
3.5%
as
result
intensified
land
use.
The
presented
global,
high-resolution,
map
time-series
supports
monitoring
appropriation
at
local,
national
international
levels.
Nature Sustainability,
Год журнала:
2019,
Номер
2(6), С. 445 - 456
Опубликована: Июнь 11, 2019
Infectious
diseases
are
emerging
globally
at
an
unprecedented
rate
while
global
food
demand
is
projected
to
increase
sharply
by
2100.
Here,
we
synthesize
the
pathways
which
agricultural
expansion
and
intensification
will
influence
human
infectious
how
might
likewise
affect
production
distribution.
Feeding
11
billion
people
require
substantial
increases
in
crop
animal
that
expand
use
of
antibiotics,
water,
pesticides
fertilizer,
contact
rates
between
humans
both
wild
domestic
animals,
all
with
consequences
for
emergence
spread
agents.
Indeed,
our
synthesis
literature
suggests
that,
since
1940,
drivers
were
associated
>25%
—
>50%
zoonotic
emerged
humans,
proportions
likely
as
agriculture
expands
intensifies.
We
identify
disease
management
policy
actions,
additional
research,
needed
address
public
health
challenge
posed
feeding
people.
Population
growth
economic
development
affected
production.
This
Review
synthesizes
understanding
about
links
production,
finding
strong
associations
worldwide.
Frontiers in Conservation Science,
Год журнала:
2021,
Номер
1
Опубликована: Янв. 13, 2021
We
report
three
major
and
confronting
environmental
issues
that
have
received
little
attention
require
urgent
action.
First,
we
review
the
evidence
future
conditions
will
be
far
more
dangerous
than
currently
believed.
The
scale
of
threats
to
biosphere
all
its
lifeforms
—
including
humanity
is
in
fact
so
great
it
difficult
grasp
for
even
well-informed
experts.
Second,
ask
what
political
or
economic
system,
leadership,
prepared
handle
predicted
disasters,
capable
such
Third,
this
dire
situation
places
an
extraordinary
responsibility
on
scientists
speak
out
candidly
accurately
when
engaging
with
government,
business,
public.
especially
draw
lack
appreciation
enormous
challenges
creating
a
sustainable
future.
added
stresses
human
health,
wealth,
well-being
perversely
diminish
our
capacity
mitigate
erosion
ecosystem
services
which
society
depends.
science
underlying
these
strong,
but
awareness
weak.
Without
fully
appreciating
broadcasting
problems
enormity
solutions
required,
fail
achieve
modest
sustainability
goals.
Sustainability,
Год журнала:
2019,
Номер
11(20), С. 5816 - 5816
Опубликована: Окт. 20, 2019
The
aim
of
the
present
research
is
to
provide
a
comprehensive
review
about
current
challenges
related
food
security
and
hidden
hunger.
Issues
are
presented
according
major
factors,
such
as
growing
population,
changing
dietary
habits,
water
efficiency,
climate
change
volatile
prices.
These
factors
were
compiled
from
reports
international
organizations
relevant
scientific
articles
on
subject.
Collecting
results
presenting
them
in
an
accessible
manner
may
new
insight
for
interested
parties.
Accessibility
data
extremely
important,
since
its
drivers
form
closely
interconnected
but
complex
network,
which
requires
coordinated
problem
solving
resolve
issues.
According
results,
demand
agricultural
products
has
been
partly
met
by
increasing
cultivated
land
recent
decades.
At
same
time,
there
serious
competition
existing
areas,
further
limits
extension
addition
natural
constraints
availability.
Agricultural
production
needs
expand
faster
than
population
growth
without
damage
environment.
driving
force
behind
development
sustainable
intensive
farming,
means
more
effective
utilization
resources.
Current
global
trends
consumption
unsustainable,
analyzed
terms
either
public
health,
environmental
impacts
or
socio-economic
costs.
should
strive
consumption,
social,
health
very
important
this
respect
well.
To
end,
benefits
consuming
foods
that
less
harmful
environment
during
also
be
emphasized
scope
policy
education
nutrition
opposed
other
types,
causes
raw
materials.
The Journal of Environmental Education,
Год журнала:
2020,
Номер
51(4), С. 280 - 291
Опубликована: Янв. 21, 2020
Building
on
the
Millennium
Development
Goals,
Education
for
Sustainable
(ESD)
and
Goals
(ESDG)
were
established.
Despite
willingness
of
many
educational
institutions
worldwide
to
embrace
SDGs,
given
escalating
sustainability
challenges,
this
article
questions
whether
ESDG
is
desirable
as
"an
education
future".
Many
challenges
outlined
by
SDGs
are
supposed
be
solved
"inclusive"
or
"sustainable"
economic
growth,
assuming
that
growth
can
conveniently
decoupled
from
resource
consumption.
Yet,
current
hegemony
sustainability-through-growth
paradigm
has
actually
increased
inequalities
pressure
natural
resources,
exacerbating
biodiversity
loss,
climate
change
resulting
social
tensions.
With
unreflective
support
far
challenging
status
quo,
consequently,
ESDGs,
condone
continuing
environmental
exploitation,
depriving
millions
species
their
right
flourish,
impoverishing
future
generations.
This
creates
greater
awareness
paradoxes
sustainable
development
encourages
teaching
through
various
examples
alternative
emphasizes
planetary
ethic
degrowth.
The
alternatives
include
Indigenous
learning,
ecopedagogy,
ecocentric
education,
steady-state
circular
economy,
empowerment
liberation.