Nature Communications,
Год журнала:
2020,
Номер
11(1)
Опубликована: Сен. 1, 2020
Abstract
Renewable
energy
production
is
necessary
to
halt
climate
change
and
reverse
associated
biodiversity
losses.
However,
generating
the
required
technologies
infrastructure
will
drive
an
increase
in
of
many
metals,
creating
new
mining
threats
for
biodiversity.
Here,
we
map
areas
assess
their
spatial
coincidence
with
conservation
sites
priorities.
Mining
potentially
influences
50
million
km
2
Earth’s
land
surface,
8%
coinciding
Protected
Areas,
7%
Key
Biodiversity
16%
Remaining
Wilderness.
Most
(82%)
target
materials
needed
renewable
production,
that
overlap
Areas
Wilderness
contain
a
greater
density
mines
(our
indicator
threat
severity)
compared
overlapping
other
materials.
as
more
and,
without
strategic
planning,
these
may
surpass
those
averted
by
mitigation.
BioScience,
Год журнала:
2017,
Номер
67(6), С. 534 - 545
Опубликована: Янв. 30, 2017
We
assess
progress
toward
the
protection
of
50%
terrestrial
biosphere
to
address
species-extinction
crisis
and
conserve
a
global
ecological
heritage
for
future
generations.
Using
map
Earth's
846
ecoregions,
we
show
that
98
ecoregions
(12%)
exceed
Half
Protected;
313
(37%)
fall
short
Protected
but
have
sufficient
unaltered
habitat
remaining
reach
target;
207
(24%)
are
in
peril,
where
an
average
only
4%
natural
remains.
propose
Global
Deal
Nature-a
companion
Paris
Climate
Deal-to
promote
increased
restoration,
national-
ecoregion-scale
conservation
strategies,
empowerment
indigenous
peoples
protect
their
sovereign
lands.
The
goal
such
accord
would
be
half
realm
by
2050
halt
extinction
while
sustaining
human
livelihoods.
Science,
Год журнала:
2018,
Номер
359(6374), С. 466 - 469
Опубликована: Янв. 25, 2018
Animal
movement
is
fundamental
for
ecosystem
functioning
and
species
survival,
yet
the
effects
of
anthropogenic
footprint
on
animal
movements
have
not
been
estimated
across
species.
Using
a
unique
GPS-tracking
database
803
individuals
57
species,
we
found
that
mammals
in
areas
with
comparatively
high
human
were
average
one-half
to
one-third
extent
their
low
footprint.
We
attribute
this
reduction
behavioral
changes
individual
animals
exclusion
long-range
from
higher
impact.
Global
loss
vagility
alters
key
ecological
trait
affects
only
population
persistence
but
also
processes
such
as
predator-prey
interactions,
nutrient
cycling,
disease
transmission.
Science,
Год журнала:
2018,
Номер
360(6394), С. 1232 - 1235
Опубликована: Июнь 14, 2018
Nocturnal
refuge
As
the
human
population
grows,
there
are
fewer
places
for
animals
to
live
out
their
lives
independently
of
our
influence.
Given
mostly
diurnal
tendencies,
one
domain
that
remains
less
affected
by
humans
is
night.
Gaynor
et
al.
found
across
globe
and
mammalian
species—from
deer
coyotes
from
tigers
wild
boar—animals
becoming
more
nocturnal
(see
Perspective
Benítez-López).
Human
activities
all
kinds,
including
nonlethal
pastimes
such
as
hiking,
seem
drive
make
use
hours
when
we
not
around.
Such
changes
may
provide
some
relief,
but
they
also
have
ecosystem-level
consequences.
Science
,
this
issue
p.
1232
;
see
1185
Science,
Год журнала:
2017,
Номер
356(6335), С. 270 - 275
Опубликована: Апрель 20, 2017
Biodiversity
is
essential
to
human
well-being,
but
people
have
been
reducing
biodiversity
throughout
history.
Loss
of
species
and
degradation
ecosystems
are
likely
further
accelerate
in
the
coming
years.
Our
understanding
this
crisis
now
clear,
world
leaders
pledged
avert
it.
Nonetheless,
global
goals
reduce
rate
loss
mostly
not
achieved.
However,
many
examples
conservation
success
show
that
losses
can
be
halted
even
reversed.
Building
on
these
lessons
turn
tide
will
require
bold
innovative
action
transform
historical
relationships
between
populations
nature.
Science,
Год журнала:
2018,
Номер
360(6390), С. 788 - 791
Опубликована: Май 17, 2018
In
an
era
of
massive
biodiversity
loss,
the
greatest
conservation
success
story
has
been
growth
protected
land
globally.
Protected
areas
are
primary
defense
against
but
extensive
human
activity
within
their
boundaries
can
undermine
this.
Using
most
comprehensive
global
map
pressure,
we
show
that
6
million
square
kilometers
(32.8%)
is
under
intense
pressure.
For
designated
before
Convention
on
Biological
Diversity
was
ratified
in
1992,
55%
have
since
experienced
pressure
increases.
These
increases
were
lowest
large,
strict
areas,
showing
they
potentially
effective,
at
least
some
nations.
Transparent
reporting
now
critical,
as
targets
aimed
efforts
required
to
halt
loss.
Journal of Industrial Ecology,
Год журнала:
2018,
Номер
22(3), С. 502 - 515
Опубликована: Янв. 13, 2018
Summary
Environmentally
extended
multiregional
input‐output
(EE
MRIO)
tables
have
emerged
as
a
key
framework
to
provide
comprehensive
description
of
the
global
economy
and
analyze
its
effects
on
environment.
Of
available
EE
MRIO
databases,
EXIOBASE
stands
out
database
compatible
with
System
Environmental‐Economic
Accounting
(SEEA)
high
sectorial
detail
matched
multiple
social
environmental
satellite
accounts.
In
this
paper,
we
present
latest
developments
realized
3—a
time
series
ranging
from
1995
2011
for
44
countries
(28
EU
member
plus
16
major
economies)
five
rest
world
regions.
3
builds
upon
previous
versions
by
using
rectangular
supply‐use
(SUTs)
in
163
industry
200
products
classification
main
building
blocks.
order
capture
structural
changes,
economic
developments,
reported
national
statistical
agencies,
were
imposed
available,
disaggregated
SUTs
2.
These
initial
estimates
further
refined
incorporating
detailed
data
energy,
agricultural
production,
resource
extraction,
bilateral
trade.
inherits
level
stressor
precursor,
improvement
extraction.
To
account
expansion
European
Union
(EU),
was
developed
full
EU28
country
set
(including
new
state
Croatia).
provides
unique
tool
analyzing
dynamics
pressures
activities
over
time.
Nature,
Год журнала:
2020,
Номер
586(7828), С. 217 - 227
Опубликована: Окт. 7, 2020
Humanity
will
soon
define
a
new
era
for
nature—one
that
seeks
to
transform
decades
of
underwhelming
responses
the
global
biodiversity
crisis.
Area-based
conservation
efforts,
which
include
both
protected
areas
and
other
effective
area-based
measures,
are
likely
extend
diversify.
However,
persistent
shortfalls
in
ecological
representation
management
effectiveness
diminish
potential
role
stemming
loss.
Here
we
show
how
expansion
by
national
governments
since
2010
has
had
limited
success
increasing
coverage
across
different
elements
(ecoregions,
12,056
threatened
species,
'Key
Biodiversity
Areas'
wilderness
areas)
ecosystem
services
(productive
fisheries,
carbon
on
land
sea).
To
be
more
successful
after
2020,
must
contribute
effectively
meeting
goals—ranging
from
preventing
extinctions
retaining
most-intact
ecosystems—and
better
collaborate
with
many
Indigenous
peoples,
community
groups
private
initiatives
central
biodiversity.
The
long-term
requires
parties
Convention
Biological
Diversity
secure
adequate
financing,
plan
climate
change
make
far
stronger
part
land,
water
sea
policies.
conservation—including
measures—after
2020
depend
securing
funding
prioritizing
management.
Ecography,
Год журнала:
2020,
Номер
43(9), С. 1261 - 1277
Опубликована: Июнь 1, 2020
Species
distribution
models
(SDMs)
constitute
the
most
common
class
of
across
ecology,
evolution
and
conservation.
The
advent
ready‐to‐use
software
packages
increasing
availability
digital
geoinformation
have
considerably
assisted
application
SDMs
in
past
decade,
greatly
enabling
their
broader
use
for
informing
conservation
management,
quantifying
impacts
from
global
change.
However,
must
be
fit
purpose,
with
all
important
aspects
development
applications
properly
considered.
Despite
widespread
SDMs,
standardisation
documentation
modelling
protocols
remain
limited,
which
makes
it
hard
to
assess
whether
steps
are
appropriate
end
use.
To
address
these
issues,
we
propose
a
standard
protocol
reporting
an
emphasis
on
describing
how
study's
objective
is
achieved
through
series
modeling
decisions.
We
call
this
ODMAP
(Overview,
Data,
Model,
Assessment
Prediction)
protocol,
as
its
components
reflect
main
involved
building
other
empirically‐based
biodiversity
models.
serves
two
purposes.
First,
provides
checklist
authors,
detailing
key
model
analyses,
thus
represents
quick
guide
generic
workflow
modern
SDMs.
Second,
introduces
structured
format
documenting
communicating
models,
ensuring
transparency
reproducibility,
facilitating
peer
review
expert
evaluation
quality,
well
meta‐analyses.
detail
elements
ODMAP,
explain
can
used
different
objectives
applications,
complements
efforts
store
associated
metadata
define
standards.
illustrate
utility
by
revisiting
nine
previously
published
case
studies,
provide
interactive
web‐based
facilitate
plan
advance
encouraging
further
refinement
adoption
scientific
community.