Forests,
Journal Year:
2023,
Volume and Issue:
14(3), P. 547 - 547
Published: March 10, 2023
Direct
seeding
is
a
promising
and
low-cost
restoration
technique.
To
avoid
wasting
seeds,
the
selection
of
species
with
high
field
performance
in
their
establishment
can
increase
efficiency.
We
aimed
to
identify
groups
forest
ability
for
direct
seasonal
forest,
investigate
taxonomic
similarity
effects
on
behavior
regarding
seeds’
seedlings’
early
functional
traits,
classify
based
probability
success
by
seeding.
A
planting
system
38
was
implemented
at
density
250,000
seeds
ha−1.
The
emergence
monitored
over
720
days,
all
individuals
were
identified,
tagged,
counted,
measured
height
(H)
diameter
collar
(DCH).
evaluated
traits
seed
vigor
(field
emergence),
seedling
performance,
success,
autoecology.
Species’
more
related
level
phylogeny
than
family.
Pioneer
non-pioneer
demonstrated
similar
abilities
associated
emergence,
abundance,
persistence.
Field
influenced
species’
survival
or
growth.
expressed
independent
density.
Restoration Ecology,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 24, 2024
Direct
seeding
has
high
potential
for
arid
revegetation,
but
success
is
limited
by
decreased
germination
and
seedling
emergence.
may
be
improved
through
developing
an
understanding
of
the
biology
requirements
species
used
these
projects.
This
study
looked
into
temperature
moisture
four
semiarid
from
Victoria's
Mallee
ecosystems
to
understand
how
their
advise
strategies
future
plantings.
Temperature's
effect
on
was
analyzed
incubating
seeds
under
three
different
regimes:
30/20,
25/15,
17/7°C.
Moisture
were
determined
germinating
along
a
water
gradient
created
using
polyethylene
glycol
8000
solutions.
Results
showed
employed
species:
(1)
Acacia
ligulata
generalist
approach,
well
in
all
temperatures
with
reasonable
tolerance
stress;
(2)
Eucalyptus
calycongona
Melaleuca
lanceolata
germinate
rapidly
higher
have
generally
stress
tolerance;
while
(3)
Callitris
gracilis
germinates
poorly
hot
or
dry
conditions
restricting
cooler
wetter
conditions.
Based
our
results,
A.
would
most
widely
applicable
direct
work
based
habits.
appears
do
if
planted
cool,
wet
where
prefers
intolerant
warm‐weather
planting.
The
ideal
planting
time
mixed
mid‐autumn,
as
that
when
levels
optimal
germination.
Abstract
Forest
landscape
restoration
is
a
participatory
process
for
setting
objectives
that
should
be
explicitly
stated
and
recognize
the
needs
of
local
communities.
Restoration
technology
appropriate
to
site
conditions
as
well
socioeconomic
cultural
contexts.
This
chapter
focuses
on
establishing
forests
where
they
are
currently
lacking.
The
techniques
discussed
can
also
establish
trees
outside
or
restore
degraded
forests.
Topics
include
understanding
documenting
initial
monitoring
outcomes.
Passive
regeneration
natural
regeneration,
sometimes
with
assistance.
Active
addressed
cover
direct
seeding
by
hand
drones
planting.
Quality
plant
material
critical
achieve
adequate
seedling
survival;
we
survey
advanced
methods
genomics,
molecular
genetics,
genetic
engineering,
genome
editing.
Other
topics
seed
collection
orchards,
nursery
practices,
zones,
assisted
migration,
planting
designs.
Site
modification
considered
conventional
mechanical
preparation,
micro-catchments,
mulching,
water-absorbing
gels,
biostimulants.
Land,
Journal Year:
2021,
Volume and Issue:
10(1), P. 71 - 71
Published: Jan. 14, 2021
Facing
rapid
loss
of
biodiversity
as
a
consequence
climate
change,
Chile
has
formally
pledged
to
restore
600,000
ha
native
forest
by
2035.
This
effort,
however,
not
considered
the
amount
and
quality
plants
required
meet
this
pledge.
Thus,
we
examined
data
collected
during
annual,
government-conducted
census
small-
medium-sized
nurseries
from
central
Chile,
which
account
for
78%
nation’s
total
plant
production,
assess
if
current
production
is
sufficient
Chile´s
restoration
needs.
We
coupled
with
our
series
ongoing
research
projects
determine
are
currently
meeting
minimum
seedling
standards
based
on
morpho-physiological
attributes.
Our
four-year
analysis
(2016–2019)
shows
that
number
seedlings
increased
only
4%,
but
because
19%
nursery
managers
have
training,
just
29%
all
criteria
restoration.
under
rate
pledges
desired
year
2035
would
be
achieved
until
2181.
timeline
can
accelerated
through
an
urgent
expansion
space,
implementation
continuous
program
technology
knowledge
transference,
strong
support
governmental
policies.
Forests,
Journal Year:
2023,
Volume and Issue:
14(3), P. 547 - 547
Published: March 10, 2023
Direct
seeding
is
a
promising
and
low-cost
restoration
technique.
To
avoid
wasting
seeds,
the
selection
of
species
with
high
field
performance
in
their
establishment
can
increase
efficiency.
We
aimed
to
identify
groups
forest
ability
for
direct
seasonal
forest,
investigate
taxonomic
similarity
effects
on
behavior
regarding
seeds’
seedlings’
early
functional
traits,
classify
based
probability
success
by
seeding.
A
planting
system
38
was
implemented
at
density
250,000
seeds
ha−1.
The
emergence
monitored
over
720
days,
all
individuals
were
identified,
tagged,
counted,
measured
height
(H)
diameter
collar
(DCH).
evaluated
traits
seed
vigor
(field
emergence),
seedling
performance,
success,
autoecology.
Species’
more
related
level
phylogeny
than
family.
Pioneer
non-pioneer
demonstrated
similar
abilities
associated
emergence,
abundance,
persistence.
Field
influenced
species’
survival
or
growth.
expressed
independent
density.
