Consider the Species Reintroduction model for the grey wolf species from class video where N stands for the number of non-local residents and L for local residents (M stands for "million"). $325 $250 $1.2 M $1.5 M 15,000 $3.5 M $3.5 M 25,000 MBL Non-locals would experience a welfare loss of $1.5 million O locals would experience a welfare loss of $7.0 million Ⓒlocals would experience a welfare loss of $3.5 million If wildlife management re-introduced the the wolf species at a wolf population of W = 15,000, then MC (wolf population management) Non-locals would experience a welfare loss of $2.7 million MBN Wildlife population (W)

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Consider the Species Reintroduction model for the grey wolf species from class video where N stands for the number of
non-local residents and L for local residents (M stands for "million").
$325
$250
$1.2 M
$1.5 M
15,000
$3.5 M
$3.5 M
25,000
MBL
Non-locals would experience a welfare loss of $1.5 million
O locals would experience a welfare loss of $7.0 million
Ⓒlocals would experience a welfare loss of $3.5 million
If wildlife management re-introduced the the wolf species at a wolf population of W = 15,000, then
MC (wolf population management)
Non-locals would experience a welfare loss of $2.7 million
MBN
Wildlife population (W)
Transcribed Image Text:Consider the Species Reintroduction model for the grey wolf species from class video where N stands for the number of non-local residents and L for local residents (M stands for "million"). $325 $250 $1.2 M $1.5 M 15,000 $3.5 M $3.5 M 25,000 MBL Non-locals would experience a welfare loss of $1.5 million O locals would experience a welfare loss of $7.0 million Ⓒlocals would experience a welfare loss of $3.5 million If wildlife management re-introduced the the wolf species at a wolf population of W = 15,000, then MC (wolf population management) Non-locals would experience a welfare loss of $2.7 million MBN Wildlife population (W)
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