Carbon farming in the European forestry sector
From science to policy,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 4, 2024
Language: Английский
Divergent regional volume growth responses of Scots Pine and Oak stands to climate change in Europe
The Science of The Total Environment,
Journal Year:
2025,
Volume and Issue:
969, P. 178858 - 178858
Published: Feb. 26, 2025
European
climatic
change
has
been
proposed
to
induce
many
changes
forests,
about
factors
such
as
tree
species
distributions,
site
productivity,
groundwater
availability,
outbreaks
of
forest
pests,
and
damage
from
wind-breakage
trees.
Novel
approaches
empirical
growth
modelling
using
re-measurements
over
large
gradients
capture
variability
associated
with
long-term
conditions
well
weather
during
the
period.
Using
latest
version
individual
tree-based
simulator,
PrognAus,
which
outfitted
a
climate-sensitive
basal
area
increment
module,
we
forecast
trees
in
pure
mixed
stands
Pinus
sylvestris
L.
Quercus
spp.
across
network
23
sites
between
2017
2100
under
current
climate
RCP
4.5
8.5
scenarios.
By
training
stand-level
static
reduced
model
(SRM)
these
local
level
results,
widespread
future
for
Europe.
Our
SRM
predicts
stand
gross-volume
relative
(ratio
gross
volume
production
given
year
until
start
year)
generalized
additive
(GAMM).
We
decomposed
overall
into
tensors
capturing
variation
mixture
type
(pure
P.
sylvestris,
sylvestris-
Q.
spp.,
spp.),
age,
preceeding
year.
Wall-to-wall
predictions
based
on
are
presented
high-resolution
30-arcsecond
grid
spanning
most
parts
Language: Английский
Tree Growth in Relation to Climate Change: Understanding the Impact on Species Worldwide
Forests,
Journal Year:
2024,
Volume and Issue:
15(9), P. 1601 - 1601
Published: Sept. 11, 2024
Climate
change
is
one
of
the
most
important
environmental
issues
our
time,
which
has
profound
effects
on
ecosystems
all
over
world
[...]
Language: Английский
Unleashing the Power of Plant Structural and Functional Diversity: From Common Observations to Theory and Management Models
Food and Energy Security,
Journal Year:
2024,
Volume and Issue:
13(5)
Published: Sept. 1, 2024
ABSTRACT
New
approaches
for
managing
agricultural
and
forestry
systems
are
needed
to
bring
back
inputs
levels
that
within
planetary
boundaries
make
greater
better
use
of
ecosystem
services
based
on
biodiversity.
A
new
scientific
framework
informed
by
ecology,
agronomy,
forestry,
agroforestry
is
key
designing
resilient
plant‐based
ecosystems
meet
this
challenge.
Integrating
information
plant
functional
traits,
ontogenetic
development
stages,
site
characteristics,
structural
stand
characteristics
can
unleash
the
power
diversity
(in
species
traits
temporal
arrangements)
as
a
crucial
factor
sustaining
environmental
in
times
global
change.
To
leverage
benefits
diversity,
general
theoretical
scalable
simulation
models
understand
diversification
effects
interactions
at
multiple
levels,
from
field/forest
landscape.
By
working
across
established
research
boundaries,
community
harness
develop
resilient,
production‐oriented
ecosystems.
With
integrative
approach,
our
objectives
follows:
(i)
conceptualize
processes
methodologies
terrestrial
guarantee
sustainable
diversified
(ii)
outline
workflow
crafting
system
capable
human
well‐being
amid
space,
resource,
energy
constraints.
Language: Английский