Frontiers in Plant Science,
Год журнала:
2019,
Номер
10
Опубликована: Июль 30, 2019
We
excavated
the
root
systems
of
Pinus
ponderosa
trees
growing
on
a
steeply
sloped,
volcanic
ash-influenced
soil
in
northern
Rocky
Mountains
United
States
to
assess
their
functional
coarse-root
traits
and
system
architecture.
Trees,
outplanted
as
one-year-old
seedlings
from
container
nursery,
were
32nd
season
site.
found
that
had
deployed
more
roots,
terms
length
volume,
downslope
windward
quadrants
than
upslope
leeward
quadrants,
likely
response
mechanical
forces
toward
improving
stability.
Moreover,
we
observed
development
three
types
cages
(tight,
enlarged,
diffused)
reflect
micro-site
characteristics.
As
cage
type
transitioned
tight
enlarged
diffused
measured
decrease
overall
volume
roots
associated
with
taproot
becoming
prominent
contributor
cage.
Finally,
noted
specialty
namely
those
I-beam
T-beam
shapes
cross
section,
quadrant;
these
are
known
better
counteract
compression
forces.
These
observations
improve
our
understanding
plasticity
tree
rooting
environmental
stimuli,
which
is
an
increasingly
critical
topic
changes
climate
increase
frequency
intensity
storms.
Frontiers in Forests and Global Change,
Год журнала:
2021,
Номер
4
Опубликована: Фев. 4, 2021
Large-scale
global
reforestation
goals
have
been
proposed
to
help
mitigate
climate
change
and
provide
other
ecosystem
services.
To
explore
potential
in
the
United
States,
we
used
GIS
analyses,
surveys
of
nursery
managers
foresters,
literature
synthesis
assess
opportunities
challenges
associated
with
meeting
goals.
We
considered
a
scenario
where
26
million
hectares
(64
acres)
natural
agricultural
lands
are
reforested
by
2040
30
billion
trees
at
an
estimated
cost
$33
($24–$53)
USD.
Cost
per
hectare
will
vary
region,
site
conditions,
factors.
This
would
require
increasing
number
tree
seedlings
produced
each
year
1.7
billion,
2.3-fold
increase
over
current
production
levels.
Additional
investment
(not
included
estimate)
be
needed
expand
capacity
for
seed
collection,
seedling
production,
workforce
development,
improvements
pre-
post-planting
practices.
Achieving
this
public
support
investing
these
activities
incentives
landowners.
New Forests,
Год журнала:
2019,
Номер
50(2), С. 139 - 151
Опубликована: Март 1, 2019
Conventions
and
policies
for
biodiversity
conservation
climate
change
mitigation
state
the
need
increased
protection,
restoration
adaptation
of
forests.
Much
degraded
land
may
be
targeted
large-scale
forest
restoration,
yet
challenges
include
costs,
a
shortage
regeneration
material
restored
forests
to
serve
as
resource
communities.
To
ensure
ecosystem
function
future,
programs
must:
(1)
learn
from
past;
(2)
integrate
ecological
knowledge;
(3)
advance
techniques
systems;
(4)
overcome
biotic
abiotic
disturbances
(5)
adapt
future
landscapes.
Historical
conditions,
while
site-specific,
help
identify
processes
that
leave
long-term
legacies
in
current
understand
tree
migration
biology/population
dynamics
their
relationship
with
change.
Ecological
theory
around
plant–plant
interactions
has
shown
importance
negative
(competition)
positive
(facilitation)
which
will
become
more
relevant
increasing
drought
due
Selective
animal
browsing
influences
efforts
establish
species-rich
forests;
an
integrated
approach
is
needed
simultaneously
manage
ungulate
populations,
landscape
carrying
capacity
browse-tolerant
regeneration.
A
deeper
understanding
limiting
factors
affect
plant
establishment
facilitate
nursery
site
preparation
systems
inherent
challenges.
Severe
anthropogenic
connected
global
have
created
unprecedented
pressure
on
forests,
necessitating
novel
engineering,
genetic
species
landscape-level
approaches
focus
creating
functional
ecosystems
cost-effective
manner.
Forests,
Год журнала:
2020,
Номер
11(9), С. 938 - 938
Опубликована: Авг. 27, 2020
Research
Highlights:
The
global
Forest
Landscape
Restoration
ambitions
could
be
impaired
by
projects
that
ignore
key
principles
such
as
the
engagement
of
local
communities
in
decision
making
and
implementation,
equitable
benefit
sharing,
monitoring
for
adaptive
management.
This
entails
danger
continued
degradation,
disappointed
stakeholders,
ultimately,
project
failure.
Other
face
technical
problems
related
to
tree
establishment
nursery
production.
Background
Objectives:
There
are
high
hopes
regain
ecosystem
integrity
enhance
human
well-being
deforested
degraded
areas.
We
highlight
various
success
factors
experienced
during
implementation
on
a
scale.
Materials
Methods:
use
data
from
online
survey
identify
common
obstacles
forest
restoration.
Results:
While
majority
respondents
reported
successful
projects,
others
indicate
drastic
failed
projects.
Major
restoration
were
lack
stakeholder
involvement
mismatch
between
goals
managers,
well
environmental,
anthropogenic,
barriers
regeneration.
Conclusions:
When
communities,
their
goals,
needs
disregarded
planning
cases
our
limited
available
literature,
there
is
risk
Failed
discouraged
funders
policy-makers,
lessen
momentum
ambitions.
Adhering
can
promote
much-needed
community
support,
with
potential
overcome
regeneration
enable
protection,
management,
restored
forests
beyond
funding
periods.
needed
gain
better
understanding
perception
towards
activities.
Further
studies
at
intersection
environmental
factors,
socioeconomic
conditions,
regeneration/silviculture,
production
needed.
Royal Society Open Science,
Год журнала:
2020,
Номер
7(12), С. 201218 - 201218
Опубликована: Дек. 1, 2020
Tree
planting
has
been
widely
touted
as
an
inexpensive
way
to
meet
multiple
international
environmental
goals
for
mitigating
climate
change,
reversing
landscape
degradation
and
restoring
biodiversity
restoration.
The
Bonn
Challenge
New
York
Declaration
on
Forests,
motivated
by
widespread
deforestation
forest
degradation,
call
350
million
ha
2030
relying
restoration
(FLR)
processes.
Because
the
173
commitments
made
63
nations,
regions
companies
are
not
legally
binding,
expectations
of
what
FLR
means
lacks
consensus.
frequent
disconnect
between
top-level
aspirations
on-the-ground
implementation
results
in
limited
data
activities.
Additionally,
some
countries
have
landscape-scale
outside
Challenge.
We
compared
contrasted
theory
practice
compiled
information
from
databases
projects
initiatives
case
studies.
present
main
happening
across
regional
groups;
many
regions,
potential
need/opportunity
exceeds
activities
underway.
Multiple
objectives
can
be
met
manipulating
vegetation
(increasing
structural
complexity,
changing
species
composition
natural
disturbances).
Livelihood
interventions
context-specific
but
include
collecting
or
raising
non-timber
products,
employment
community
forests;
other
address
tenure
governance.
Restoration Ecology,
Год журнала:
2018,
Номер
26(6), С. 1039 - 1044
Опубликована: Авг. 25, 2018
International
agreements
combined
with
the
recent
Chilean
Forestry
Policy
(2015–2035)
represent
a
challenge
and
an
opportunity
for
forest
landscape
restoration
in
Chile.
Nevertheless,
restoring
over
500,000
ha
using
mainly
native
species
seems
like
daunting
task
by
2035.
Here,
we
discuss
three
major
bottlenecks
that
currently
constrain
efforts
of
ecosystems
First,
Chile
urgently
needs
national
strategic
plan
restoration,
which
should
take
into
account
mid‐
long‐term
goals.
There
is
also
need
to
prioritize
resource
allocation
efficient
use,
promoting
creation
economic
subsidies
consider
different
types
ecosystems.
Second,
there
great
better
nursery
protocols
plant
production
as
well
strengthen
educational
programs
professional
technical
training,
given
lack
high‐quality
personnel
nurseries.
This
would
help
increase
limited
supply,
improving
quality
increasing
diversity
suitable
restoration.
Lastly,
taking
advantage
novel
eco‐technological
tools
innovative
plantation
design
overcome
usually
deficient
results
establishment
phase,
leading
higher
survival
rates
performance
species.
Beyond
current
experiments
are
relatively
on
small
spatial
scale,
practice
become
massive
successful
at
scale.
More
applied
research
crucial
impact
so
can
achieve
its
next
decade.
Agronomy,
Год журнала:
2021,
Номер
11(11), С. 2305 - 2305
Опубликована: Ноя. 15, 2021
Plant
quality
and
survival
prediction
tools
are
useful
when
applied
in
the
field
different
agricultural
sectors.
The
objectives
of
this
study
were
to
conduct
a
review
bibliometric
analysis
Dickson
Quality
Index
(DQI)
as
key
plant
indicator
with
respect
its
scientific
applications.
A
third
objective
was
identify
main
morphological
physiological
parameters
used
production
research.
methodology
findings
289
articles
analysed
based
on
morphological,
physiological,
mathematical
indicators
research
forest,
medicinal,
horticultural,
aromatic,
ornamental
species.
During
last
10
years,
number
publications
that
have
DQI
parameter
has
increased
by
150%,
Brazilian
researchers
stand
out
most
frequent
users.
Forestry
is
discipline
where
their
biometric
relationships
often
facilitate
intensive
production.
Use
increases
certainty
prediction,
selection,
productivity
chain.
robust
tool
application
great
potential
for
use
preselection
plants
high
standards
among
wide
range