Small Ruminant Research,
Journal Year:
2022,
Volume and Issue:
219, P. 106892 - 106892
Published: Dec. 28, 2022
Norwegian
sheep
production
is
based
on
the
use
of
free
outfield
grazing
resources
in
mountains
and
forests
summer.
Lamb
prices
are
strongest
at
beginning
slaughter
season
August
then
begin
to
gradually
decline,
reaching
a
lower
plateau
mid-October.
Seasonal
pricing
provides
incentives
get
lambs
market
early.
The
objective
this
study
was
examine
how
summer
pasture
quality,
time
collection
from
outfields,
inclusion
annual
forage
crops
diet
finishing
influence
optimal
farm
plans
profitability
forage-based
systems
varying
levels
farmland
availability
(varying
15
25
ha
with
20
as
basis).
A
linear
programming
model
developed
for
mountainous
areas
Southern
Norway.
Input-output
relationships
incorporated
into
included
data
field
experiments
grasses
perennial
use,
observed
performance
ewes
pastures,
feed
planning
tool
indoor
season,
expert
judgements.
maximised
total
gross
margin
farms
housing
capacity
200
ewes.
results
suggested
that
more
land
available,
drafting
older
heavier
profitable.
lighter
weaning
were
usually
drafted
much
later
same
or
carcass
weights
than
heavy
because
seasonal
pricing.
Higher
quality
pastures
increased
lamb
live
weaning.
Annual
profits
improved
considerably
rich
compared
poor
pastures.
Early
always
less
profitable
normal
greater
sold
could
not
offset
losses
additional
costs
incurred
possibly
smaller
flock.
Speeding
up
growth
rate
by
offering
addition
grazed
grass
only.
Only
low
unprofitable.
Oxford University Press eBooks,
Journal Year:
2024,
Volume and Issue:
unknown, P. 223 - 238
Published: Dec. 26, 2024
Abstract
Rapid
anthropogenic
changes
to
natural
landscapes
are
increasing
the
frequency
and
severity
of
human-wildlife
impacts
(HWIs),
which
occur
when
behaviours
wildlife
humans
result
in
recurring
costs
both.
Here,
we
decompose
HWI
sequence
into
three
key
components
(spatiotemporal
overlap,
direct
costs,
learning),
subsequently
use
derive
a
typology
associated
human
animal
behaviours.
We
then
map
existing
mitigation
strategies
aimed
at
reducing
HWIs
onto
each
component,
illustrating
their
application
using
range
examples
case
studies.
conclude
that
fostering
long-term
co-existence
rapidly
changing
world
will
be
dependent
upon
our
ability
identify,
understand,
manage
behavioural
processes
underlying
instances
HWI.
IUCN
defines
a
protected
area
as:A
clearly
defined
geographical
space,
recognised,
dedicated
and
managed,
through
legal
or
other
effec
ve
means,
to
achieve
the
long-term
conserva
on
of
nature
with
associated
ecosystem
services
cultural
values.The
defini
is
expanded
by
six
management
categories
(one
sub-division),
summarized
below.Ia
Strict
reserve:
Strictly
for
biodiversity
also
possibly
geological/
geomorphological
features,
where
human
visitation,
use
impacts
are
controlled
limited
ensure
protection
conservation
values.Ib
Wilderness
area:
Usually
large
unmodified
slightly
modified
areas,
retaining
their
natural
character
influence,
without
permanent
significant
habitation,
managed
preserve
condition.II
National
park:
Large
near-natural
areas
protecting
large-scale
ecological
processes
characteristic
species
ecosystems,
which
have
environmentally
culturally
compatible
spiritual,
scientific,
educational,
recreational
visitor
opportunities.III
Natural
monument
feature:
Areas
set
aside
protect
specific
monument,
can
be
landform,
sea
mount,
marine
cavern,
geological
feature
such
as
cave,
living
an
ancient
grove.IV
Habitat/species
particular
habitats,
reflects
this
priority.Many
will
need
regular,
active
interventions
meet
needs
but
not
requirement
category.V
Protected
landscape
seascape:
Where
interaction
people
over
time
has
produced
distinct
ecological,
biological,
scenic
value:
safeguarding
integrity
vital
sustaining
its
values.VI
sustainable
resources:
conserve
together
values
traditional
resource
systems.Generally
large,
mainly
in
condition,
proportion
under
low-level
nonindustrial
seen
one
main
aims.The
category
should
based
around
primary
objec
ve(s),
apply
at
least
three-quarters
-the
75
per
cent
rule.The
applied
typology
governance
types
-a
descrip
who
holds
authority
responsibility
area.IUCN
four
types.Governance
government:
Federal
national
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2022,
Volume and Issue:
unknown
Published: Nov. 16, 2022
Abstract
After
centuries
of
intense
persecution,
several
large
carnivore
species
in
Europe
and
North
America
have
experienced
a
rebound.
Today’s
spatial
configuration
populations
has
likely
arisen
from
the
interplay
between
their
ecological
traits
current
environmental
conditions,
but
also
history
persecution
protection.
Yet,
due
to
challenge
studying
population-level
phenomena,
we
are
rarely
able
disentangle
quantify
influence
past
present
factors
driving
distribution
density
these
controversial
species.
Using
capture-recapture
models
data
set
742
genetically
identified
wolverines
Gulo
gulo
collected
over
½
million
km
2
across
entire
range
Norway
Sweden,
identify
landscape-level
explaining
population
Scandinavian
Peninsula.
Distance
relic
along
Swedish-Norwegian
border,
where
wolverine
survived
long
remains
key
determinant
today.
However,
regional
differences
management
conditions
played
an
important
role
shaping
patterns
present-day
density.
Specifically,
found
evidence
slower
recolonization
areas
that
had
lower
goals
terms
desired
number
annual
reproductions.
Management
transboundary
at
biologically
relevant
scales
may
be
inhibited
by
administrative
fragmentation.
as
our
study
shows,
monitoring
is
achievable
prerequisite
for
comprehensive
understanding
carnivores
increasingly
anthropogenic
landscape.
Small Ruminant Research,
Journal Year:
2022,
Volume and Issue:
219, P. 106892 - 106892
Published: Dec. 28, 2022
Norwegian
sheep
production
is
based
on
the
use
of
free
outfield
grazing
resources
in
mountains
and
forests
summer.
Lamb
prices
are
strongest
at
beginning
slaughter
season
August
then
begin
to
gradually
decline,
reaching
a
lower
plateau
mid-October.
Seasonal
pricing
provides
incentives
get
lambs
market
early.
The
objective
this
study
was
examine
how
summer
pasture
quality,
time
collection
from
outfields,
inclusion
annual
forage
crops
diet
finishing
influence
optimal
farm
plans
profitability
forage-based
systems
varying
levels
farmland
availability
(varying
15
25
ha
with
20
as
basis).
A
linear
programming
model
developed
for
mountainous
areas
Southern
Norway.
Input-output
relationships
incorporated
into
included
data
field
experiments
grasses
perennial
use,
observed
performance
ewes
pastures,
feed
planning
tool
indoor
season,
expert
judgements.
maximised
total
gross
margin
farms
housing
capacity
200
ewes.
results
suggested
that
more
land
available,
drafting
older
heavier
profitable.
lighter
weaning
were
usually
drafted
much
later
same
or
carcass
weights
than
heavy
because
seasonal
pricing.
Higher
quality
pastures
increased
lamb
live
weaning.
Annual
profits
improved
considerably
rich
compared
poor
pastures.
Early
always
less
profitable
normal
greater
sold
could
not
offset
losses
additional
costs
incurred
possibly
smaller
flock.
Speeding
up
growth
rate
by
offering
addition
grazed
grass
only.
Only
low
unprofitable.