Ecology and Evolution,
Год журнала:
2022,
Номер
12(11)
Опубликована: Ноя. 1, 2022
Abstract
Dual
effects
of
spatial
distance
and
environment
shape
archipelagic
floras.
In
Malesia,
there
are
multiple
environmental
stressors
associated
with
increasing
uplands,
drought,
metal‐rich
ultramafic
soils.
Here,
we
examine
the
contrasting
impacts
multifactorial
stress
upon
Lamiaceae
species
distributions.
We
used
a
phylogenetic
generalized
mixed
model
occurrence
across
Malesia's
taxonomic
database
working
group
areas
from
Peninsular
Malaysia
to
New
Guinea.
Predictor
variables
were
stress,
between
two
trait
principal
component
axes
responsible
for
fruit
leaf
size
negative
correlation
flower
plant
height.
found
that
smaller
fruits
leaves
more
likely
tolerate
become
widely
distributed
megadiverse
Malesian
islands.
How
global
distribution
diversification
shaped
by
requires
further
examination.
Encyclopedia,
Год журнала:
2025,
Номер
5(2), С. 45 - 45
Опубликована: Апрель 1, 2025
Overpopulation’s
central
role
in
environmental
degradation
is
intermittently
challenged.
This
article
assesses
the
impact
of
mounting
demographic
pressures
on
six
critical
global
sustainability
challenges:
deforestation,
climate
change,
biodiversity
loss,
fishery
depletion,
water
scarcity,
and
soil
degradation.
By
synthesizing
findings
from
hundreds
peer-reviewed
studies,
offers
a
comprehensive
review
effects
expanding
human
populations
most
pressing
current
problems.
Although
rate
population
growth
worldwide
slowing,
numbers
are
expected
to
continue
increasing
Earth
until
end
century.
Current
research
confirms
that
overpopulation
causes
substantial
potentially
irreversible
impacts
cannot
be
ignored
if
international
policy
effective.
Environmental Research Letters,
Год журнала:
2022,
Номер
17(4), С. 044015 - 044015
Опубликована: Янв. 21, 2022
Abstract
Protecting
the
tropical
peat
swamp
forests
in
Southeast
Asia
is
critical
for
addressing
global
sustainability
challenges
such
as
climate
change
and
biodiversity
loss.
However,
more
than
half
of
these
have
been
lost
since
1990
due
to
rapid
expansion
drainage-based
agriculture
forestry.
Within
oil
palm
sector,
number
regional
smallholder
plantings
on
soils
has
risen
quickly.
These
activities
are
challenging
govern
manage,
their
fragmented
nature
numerous
farmers
involved.
It
imperative
understand
spatial
distribution
drivers
palm-related
conversion
forests.
In
contrast
existing
studies
based
farm
surveys,
we
used
state-of-art
maps
plantings,
derived
from
2019
remote
sensing
data.
Spatial
data
about
socioeconomic
biophysical
factors
(e.g.
mills,
roads,
water
ways,
concessions)
was
then
develop
logistic
regression
models
investigate
relative
influence
factors.
We
show
that
patterns
distinct
those
industrial
plantations,
revealing
roles
especially
service
residential
roads
tracks,
driving
within
peatlands.
found
90%
areas
were
located
2
km
25
mills.
The
mean
likelihood
a
given
land
area
being
converted
declined
rapidly
with
increasing
distance
addition
use
zones
setting
concessions
migration
settlements)
other
environmental
precipitation
elevation)
identified
important
peatland.
Based
findings,
identify
priority
regions
protection
remaining
Indonesia
discuss
strategies
tackling
local
scales.
Remote Sensing,
Год журнала:
2023,
Номер
15(11), С. 2709 - 2709
Опубликована: Май 23, 2023
This
study
was
conducted
to
identify
the
fire
weather
conditions
needed
assess
future
peatland
fires
under
climate
change.
Recent
in
Indonesia
have
resulted
globally
significant
environmental
impacts.
Nevertheless,
diurnal
peatlands
has
not
been
clarified.
The
objective
of
this
determine
An
analysis
using
data
during
most
active
period
2015
showed
a
strong
wind
speed
35.7
km
h−1
at
3
p.m.
that
continued
blow
for
about
two
weeks,
suggesting
became
very
these
conditions.
temperature
increase
rate
(ΔT),
RH
decrease
(ΔRH),
and
(ΔWS)
morning
hours
from
6:00
a.m.
9:00
were
2.3
°C
h−1,
−10.3%
5.2
(km
h−1)
respectively.
These
parameters
will
be
used
predict
occurrences
fires.
results
report
may
help
activity
high
temperatures
based
on
predictions
global
warming
made
by
other
researchers.
rapid
air
useful
forecast
Papua.
Molecular Biology and Evolution,
Год журнала:
2024,
Номер
41(11)
Опубликована: Окт. 24, 2024
Abstract
Many
highly
recognizable
species
lack
genetic
data
important
for
conservation
due
to
neglect
over
their
hyperabundance.
This
likely
applies
the
Sulfur-crested
Cockatoo
(Cacatua
galerita),
one
of
world's
most
iconic
parrots.
The
is
native
Australia,
New
Guinea,
and
some
surrounding
Melanesian
islands
latter.
Four
subspecies
are
currently
recognised
based
on
morphology.
Australian
populations
abundant,
but
several
factors
threaten
those
in
Guinea
Melanesia.
Genetic
from
natural
scarce—information
that
vital
identifying
evolutionarily
significant
units
(ESUs)
modern
planning.
We
used
whole-genome
resequencing
investigate
patterns
differentiation,
evolutionary
affinities,
demographic
history
across
C.
galerita's
distribution
range
assess
whether
represent
ESUs.
complement
this
with
an
assessment
bioacoustic
variation
species'
landscape.
Our
results
point
galerita
sensu
lato
(s.l.)
comprising
two
species.
restrict
stricto
(s.s.)
Australia
Trans-Fly
ecodomain
southern
Guinea.
second
species,
here
as
Cacatua
triton,
occurs
much
rest
Restricting
further
discussion
intraspecific
diversity
we
show
within
s.s.
ESUs
exist,
which
align
eastern
fitzroyi
northern
north-western
Australia.
suggest
evolution
these
linked
Middle
Late
Pleistocene
glacial
cycles
effects
sea
level
preferential
habitats.
argue
assessments
need
updating,
protection
forest
woodland
habitats
reintroductions
require
careful
management
avoid
possible
negative
hybridization
non-complementary
lineages.
Frontiers in Forests and Global Change,
Год журнала:
2022,
Номер
5
Опубликована: Фев. 11, 2022
Land-use
change
has
progressed
rapidly
throughout
the
Indonesian
archipelago
and
is
now
intruding
into
western
New
Guinea
(Tanah
Papua),
one
of
world’s
last
wilderness
areas
with
extensive
tracts
pristine
highly
diverse
tropical
rainforests.
Tanah
Papua
reached
a
crossroads
between
accelerating
environmental
degradation
sustainable
development
policies
entailing
landscape-scale
conservation
targets,
pledged
in
Manokwari
Declaration.
We
assessed
representation
ecoregions
elevational
zones
within
Papua’s
protected
area
network
to
identify
its
shortcomings
at
broad
spatial
scales.
Lowland
are
less
than
mountainous
regions,
half
southern
lowlands
designated
for
land-use
concessions.
Under
direct
threat
from
change,
political
motivation
toward
conservation-
culture-centered
land
management
provides
window
opportunity
scientifically
guided,
proactive
planning
that
integrates
benefit
Indigenous
communities.
Forests,
Год журнала:
2022,
Номер
13(3), С. 434 - 434
Опубликована: Март 10, 2022
Papuan
forests
have
been
subjected
to
shifting
cultivation
for
centuries
by
indigenous
people
affecting
the
ecological
processes
therein;
during
secondary
succession,
fallow
recover
naturally.
However,
information
on
succession
after
swidden
practices
remains
poorly
understood
in
lowland
forests.
This
study
aimed
examine
plant
species
richness
and
density
of
different
lifeforms
fallows
increasing
time
slash-and-burn
along
with
basic
edaphic
factors.
We
performed
data
collection
northern
part
evergreen
tropical
forest
near
Manokwari,
West
Papua,
Indonesia.
The
sampling
consisted
26
plots
distributed
primary
(n
=
6)
secondary/fallow
2-,
4-,
7-,
9-years
5
each
age
class).
community
clearly
differed
from
was
about
twice
as
high
compared
trees
shrubs
increased
whereas
that
lianas
declined.
soil
fertility
declined
forests,
although
organic
matter
greatest
two
years
then
decreased
gradually
over
time.
research
underlined
alter
conditions
will
take
a
long
fully
resemble
forest.
Hence,
monitoring
vegetation
process
is
necessary
inform
conservation
programs.
PeerJ,
Год журнала:
2022,
Номер
10, С. e12949 - e12949
Опубликована: Март 24, 2022
The
Malay
Archipelago
is
one
of
the
most
biodiverse
regions
on
Earth,
but
it
suffers
high
extinction
risks
due
to
severe
anthropogenic
pressures.
Paleobotanical
knowledge
provides
baselines
for
conservation
living
analogs
and
improved
understanding
vegetation,
biogeography,
paleoenvironments
through
time.
Malesian
bioregion
well
studied
palynologically,
there
have
been
very
few
investigations
Cenozoic
paleobotany
(plant
macrofossils)
in
a
century
or
more.
We
report
first
paleobotanical
survey
Brunei
Darussalam,
sultanate
north
coast
Borneo
that
still
preserves
majority
its
extraordinarily
diverse,
old-growth
tropical
rainforests.
discovered
abundant
compression
floras
dominated
by
angiosperm
leaves
at
two
sites
probable
Pliocene
age:
Berakas
Beach,
Liang
Formation,
Kampong
Lugu,
an
undescribed
stratigraphic
unit.
Both
also
yielded
rich
palynofloral
assemblages
from
macrofossil-bearing
beds,
indicating
lowland
fern-dominated
swamp
(Berakas
Beach)
mangrove
(Kampong
Lugu)
depositional
environments.
Fern
spores
least
nine
families
dominate
both
palynological
assemblages,
along
with
fungal
freshwater
algal
remains,
rare
marine
microplankton,
four
genera,
diverse
rainforest
tree
liana
contribution
(at
19
families)
scarce
pollen
Dipterocarpaceae,
today’s
dominant
regional
life
form.
Compressed
reproductive
material
represent
influx
depocenters
adjacent
coastal
Although
only
about
40%
specimens
preserve
informative
details,
we
can
distinguish
23
leaf
morphotypes
among
sites.
Dipterocarps
are
far
group
providing
rare,
localized
evidence
dipterocarp-dominated
rainforests
before
Pleistocene.
dipterocarp
fossils
include
winged
Shorea
fruits,
species
plicate
Dipterocarpus
leaves,
common
Dryobalanops
leaves.
attribute
additional
taxa
Rhamnaceae
(
Ziziphus
),
Melastomataceae,
Araceae
Rhaphidophora
all
new
fossil
records
region.
dominance
contrasts
sharply
family’s
<1%
representation
palynofloras
same
strata.
This
result
directly
demonstrates
prone
strong
taphonomic
filtering
underscores
importance
macrofossils
quantifying
timing
dipterocarps’
rise
Our
work
shows
complex
dipterocarps,
swamps
mangroves
otherwise
similar
modern
ecosystems,
existed
4–5
million
years.
findings
add
historical
impetus
these
gravely
imperiled
extremely
ecosystems.
Plants People Planet,
Год журнала:
2022,
Номер
5(5), С. 712 - 721
Опубликована: Дек. 16, 2022
Societal
Impact
Statement
We
found
evidence
that
larger
fruited
plant
species
are
more
likely
to
be
in
aseasonal
wet
areas
of
Malesia.
These
impacted
by
increasing
human
encroachment,
which
threatens
both
large‐fruited
and
the
large
fauna
most
responsible
for
their
dispersal.
This
synergistic
threat
could
drive
loss
fruit‐crop
relatives
potentially
have
key
traits
resilient
fruit
crops
future.
Summary
It
is
unclear
how
size
determines
distributions
megadiverse
tropical
flora.
Energetic
constraints
ecosystems
suggest
with
should
higher
productivity,
tropics.
However,
probability
seed
dispersal
over
scales
increased
fruits
being
smaller,
due
available
a
greater
number
agents.
use
Bayesian
phylogenetic
model
occurrence
>3400
Malesia
test
environment
interact
determine
across
archipelago.
show
occur
areas.
also
smaller
was
associated
mountainous
Fruit
interacts
environmental
variables
shape
Malesian
islands.
The
evolutionary
processes
influence
patterns
we
observed
require
further
examination.
Journal of Sustainable Development and Regulatory Issues (JSDERI),
Год журнала:
2023,
Номер
1(2), С. 122 - 132
Опубликована: Май 30, 2023
The
objective
of
this
study
is
to
objectively
analyze
and
examine
the
legal
protection
community
regarding
status
area
land
in
West
Lampung
Regency.
This
research
sociolegal
because
it
only
determines
law
as
a
social
phenomenon.
was
conducted
Regency
location
Sukapura
Village,
Sumberjaya
District,
Regency,
forest
disputed
area.
results
authors
can
be
concluded,
firstly,
that
regulation
tenure
over
cannot
provide
for
indigenous
peoples
because,
several
findings,
known
holder
rights
are
recorded
first
time
registration
book.
Second,
valid
order
check
land.
In
event
means
proof
referred
paragraph
1
not
available
or
no
longer
available,
carried
out
based
on
fact
parcel
question
has
physically
been
possession
twenty
years
more
consecutively
by
applicant
preliminary
introduction
with
conditions.
Environmental Research Letters,
Год журнала:
2024,
Номер
19(4), С. 044054 - 044054
Опубликована: Март 28, 2024
Abstract
In
response
to
growing
scrutiny
surrounding
commodity-driven
deforestation,
companies
have
introduced
zero-deforestation
commitments
(ZDCs)
with
ambitious
environmental
and
social
targets.
However,
such
initiatives
may
not
effectively
reduce
deforestation
if
they
are
aligned
the
spatial
extent
of
remaining
forests
at
risk.
They
also
fail
avert
socio-economic
risks
ZDCs
do
consider
smallholder
farmers’
needs.
We
assess
functional
fit
by
mapping
risks,
comparing
them
coverage
implementation
in
Indonesian
palm
oil
sector.
Our
study
finds
that
companies’
often
underperform
four
areas:
traceability,
compliance
support
for
high-risk
mills,
transparency,
inclusion.
2020,
only
one-third
sourcing
from
their
own
just
6%
those
external
suppliers,
achieved
full
traceability
plantations.
Comparing
reach
adopted
downstream
buyers
mill
owners
located
further
upstream,
we
find
high-quality
covered
62%
risk,
while
owners’
23%
risk
within
supply
base.
Kalimantan
Papua,
current
future
frontiers,
most
conversion
were
predominantly
weak
lacking
policy
comprehensiveness
implementation.
Additionally,
46%
independent
plots
sheds
whose
offer
programs
smallholders,
indicating
inclusion
is
a
significant
challenge
ZDC
companies.
These
results
highlight
lack
alignment
between
chain
policies
local
context
as
gap
EU
Deforestation
Regulation
will
face.