The
adverse
effects
of
climate
change,
which
are
associated
with
the
rise
in
greenhouse
gases,
impact
all
nations
worldwide.
In
this
context,
tropical
forests
play
a
critical
role
carbon
sequestration.
However,
significant
anthropogenic
pressure
on
these
contributes
to
accelerated
deforestation
and
decrease
their
capacity
regulate
climate.
This
study
uses
comprehensive
review
176
published
scientific
articles
reports
assess
sequestration
rubber
plantations,
comparing
effectiveness
that
natural
forests.
findings
largely
consistent
indicate
agricultural
systems,
such
as
were
not
traditionally
sequestration,
area.
Rubber
plantations
present
complementary
alternative
rapid
forests,
sequester
substantial
amounts
carbon.
range
storage
potential
for
spanning
from
30
over
100
tons
per
hectare,
rivals
can
store
300
hectare.
Furthermore,
notable
indirect
potential.
By
providing
sustainable
source
latex
wood,
thus
income,
they
reduce
challenges
remain,
particularly
concerning
management
integration
into
forest
strategies.
analysis
focuses
opportunities
an
offset
solution
It
highlights
prospects
effectively
integrating
policies.
Atmosphere,
Год журнала:
2024,
Номер
15(3), С. 313 - 313
Опубликована: Март 1, 2024
Forests
face
a
variety
of
threats
in
the
modern
era.
Agroforestry
systems,
both
traditional
and
introduced,
have
tremendous
capacity
for
providing
sustainable
resources
combating
impact
global
climate
change.
Indigenous
agroforestry
forest
land-use
systems
are
important
reservoirs
biodiversity
conservation
ecosystem
services,
potential
contribution
to
livelihood
security
rural
communities.
This
study
aimed
assess
tree
diversity
carbon
stock
adjoining
forests
along
altitudinal
gradients,
ranging
between
700
2200
masl
(i.e.,
lower,
middle,
upper
altitudes)
by
laying
sample
plots
randomly
size
20
×
m2.
In
system,
maximum
Importance
Value
Index
(IVI)
included
Dalbergia
sissoo
(71.10),
Pyrus
pashia
(76.78),
Pinus
roxburghii
(79.69)
at
upper,
lower
elevations,
respectively,
whereas,
IVI
reported
Ficus
semicordata
was
43.05
while
Grewia
optiva
it
53.82
middle
59.33
altitudes.
The
below-ground
biomass
density
(AGBD)
recorded
as
1023.48
t
ha−1
(lower),
242.92
(middle),
1099.35
ha−1(upper),
AGBD
353.48
404.32
373.23
(upper).
total
(TCD)
values
were
630.57,
167.32,
784.00
227.46,
343.23,
252.47
altitudes,
respectively.
Margalef’s
ranged
from
2.39
2.85
1.12
1.30,
Soil
organic
(SOC)
45.32,
58.92,
51.13
Mg
C
61.73,
42.65,
71.08
suggests
that
selecting
land
use
patterns
can
be
an
effective
management
system
species
different
elevations
storage,
helping
mitigate
change
aiding
ecosystems
Garhwal
Himalayas.
Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Июль 19, 2024
Abstract
China
is
the
biggest
emitter
of
greenhouse
gases
(GHGs)
in
world,
and
agricultural
GHG
emission
accounts
for
nearly
a
fifth
total
China.
To
understand
carbon
absorption
characteristics
production
systems
those
arid
oasis
areas,
typical
representative
city
northwestern
China,
Zhangye
City,
was
selected
study.The
factor
method
used
to
analyze
calculate
changing
dynamics
whole
system
region
(38,592
km
2
)
from
2010
2021.The
results
revealed
that
emissions
during
planting
mainly
come
fertilizers,
which
account
highest
proportion
(47.9%)
planting.
Animal
enteric
fermentation
local
livestock
farming
are
main
contributor
(86%)
emissions.
The
annual
average
intensity
4.4
t
C-eq
ha
−1
crop
2.6
system.
ratio
sequestration
crops
1:1.7.
We
find
slightly
exceeds
its
study
region,
with
an
41%
sustainable
development
index.
Carbon
this
area
driven
by
industry,
mostly
CH
4
cattle
raising.Reducing
typically
raising,
will
play
crucial
role
reducing
maintaining
net
positive
balance.
Forests,
Год журнала:
2024,
Номер
15(9), С. 1648 - 1648
Опубликована: Сен. 18, 2024
This
study
deals
with
the
future
of
traditional
agroforestry
systems
(TAFSs)
in
northern
Mediterranean
Basin.
Important
productive
systems,
such
as
ancient
non-irrigated
olive
groves
and
extensive
silvopastoral
from
subalpine
grasslands
to
coastal
landscapes,
are
being
irreversibly
degraded,
threatening
bio-cultural
heritage
region,
an
area
recognized
a
global
biodiversity
hotspot.
In
midst
climate
crisis,
immediate
actions
proposed
for
protection
conservation
management
TAFSs,
within
new
EU
policy
framework.
Having
TAFSs
Greece
spotlight
this
analysis,
four-step
approach
was
used
order
review
value
terms
(a)
(birds,
mammals,
invertebrates
soil
biota),
(b)
on
terraces
valonia
(c)
ecosystem
services,
especially
concerning
cultural
values,
(d)
modern
threats
agroforestry.
Through
research,
problems
highlighted
European
priorities
defined.
Our
conclusion
is
that
there
need
revise
Union
rural,
forestry,
environmental
policies
following
provisions
Nature
Restoration
Law,
revive
landscapes
make
them
sustainable
again
benefit
rural
economies,
local
communities,
biodiversity,
marginal
mountainous
island
areas,
where
depopulation
susceptibility
wildfires
major
threats.
Journal of Landscape Ecology,
Год журнала:
2024,
Номер
17(2), С. 101 - 129
Опубликована: Сен. 1, 2024
Abstract
The
conservation
of
endangered
native
species
and
climate
change
are
currently
the
two
most
pressing
environmental
problems
on
planet.
Therefore,
general
objective
review
was
to
synthesize
evidence
contributions
agroforestry
systems
species,
carbon
sequestration,
livelihood
benefits
in
Ethiopia.
A
total
104
publications
from
2000
2024
publication
years
were
used
provide
available
research
gaps
contribution
(n=21),
sequestration
(n=33),
(n=35)
Furthermore,
38
papers
other
parts
world
support
ideas
relevant
linked
title.
review’s
findings
confirm
that
can
serve
as
in-situ
for
including
Cordia
africana
Lam.,
Hagenia
abyssinica
(Bruce)
J.F.
Gmel.,
Acacia
Hochst.
ex
Benth
,
Croton
macrostachyus
Delile,
Ficus
sur
Forssk
Faidherbia
albida
(Delile)
A.
Chev
.
systematic
indicated
store
an
average
40.04
±
10.4
Mg
C
ha
−1
biomass
68.9
9.9
soil
Hence,
above-ground
highest
coffee-based
(17.12
6.3
)
followed
by
homegarden
(16.6
3.2
3
woodlot
(7.1
1.09
).
Fuelwood,
food,
fodder,
income,
timber,
fruits,
poles
construction
main
livelihood;
which
have
been
reported
37,
30,
26,
25,
23,
20,18
published
articles,
respectively.
Empirical
studies
show
system,
significantly
reduce
vulnerabilities
households
a
large
amount
dioxide
atmosphere,
is
important
strategy
adaptation
mitigation.
Moreover,
further
scientific
sustainability
needed
responsible
bodies
Advances in environmental engineering and green technologies book series,
Год журнала:
2025,
Номер
unknown, С. 415 - 448
Опубликована: Фев. 28, 2025
The
modern
world
grapples
with
complex
and
interrelated
social,
economic,
environmental
issues
that
endanger
both
natural
ecosystems
the
quality
of
human
life.
Resilience
has
become
a
vital
concept
for
addressing
these
challenges,
focusing
on
capacity
communities,
systems,
institutions
to
adapt,
recover,
transform
in
face
adversity.
Agroforestry,
which
integrates
trees
into
agricultural
landscapes,
is
promising
approach
building
resilience
by
improving
climate
adaptability,
enhancing
productivity,
promoting
sustainable
resource
use,
expanding
livelihood
options.
This
chapter
delves
ways
agroforestry
contributes
strengthening
social
economic
resilience,
management,
diversification,
generating
income,
reducing
poverty,
empowering
marginalized
groups,
fostering
cohesion
securing
food,
health,
wellbeing
challenges
adaption
strategies
agroforestry.
