Document ID: EPA-HQ-OW-2002-0049-0135
Agency: epa
Document Type: Supporting & Related Material
Title: 
Posted Date: 2003-03-19T05:00Z

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A
B
C
D
E
F
G
H
I
Input
data
for
north
Atlantic
life
history
model
based
on
previous
life
history
data
compiled
for
Brayton
Point
and
Pilgrim.

Workbook
compiled
for
use
in
fish
impingement/
entainment
loss
model.

Stratus
Consulting,
Inc.

A
Gage,
12/
5/
02
Worksheet
Description
lifehistory02
Life
history
data
for
species
impinged/
entrained
lbs.
from.
mm03
Conversion
factor
(
lbs
to
mm)
for
each
species
species.
growth04
Average
growth
per
species
per
life
stage
fecundity05
Fecundity
of
each
species
The
flow
data
are
based
on
flow
data
provided
byMeredith
Simas
on
4/
23/
01
(
there
are
available
in
raw
form
under
simas
data
(
original
data).
xls
Page
1
of
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A
B
C
D
E
F
G
H
I
J
K
L
M
N
dummy
species
stage
stage.
sequence
survival.
bystage.
fraction
nat.
mort.
m
fish.
mort.
f
fraction.
vulneranotes.
survival
notes.
nat.
mort
notes.
fish.
mortnotes.
fraction.
vQC
taken.
from
junk
dummy
dummy
­
99
­
99.0000000
­
99.0000
­
99
­
99
dummy
dummy
dummy
dummyAGage/
MLefer
brayton
junk
alewife
egg
1
0.58065413
0.5436
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
larvae
2
0.004092292
5.4987
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
juv
3
0.076302162
2.5731
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age01
4
0.354787947
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age02
5
0.354787947
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age03
6
0.354787947
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age04
7
0.32102541
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age05
8
0.32102541
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age06
9
0.32102541
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age07
10
0.32102541
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age08
11
0.32102541
1.0362
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
alewife
age09
12
0.32102541
1.0362
0
0
e
=
exp
(­
m+
f)
8];
Table
F1­
1
8];
Table
F1­
1med
by
AGRETAGage/
MLefer
brayton
junk
american.
plaice
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
George
Bank
based
on
size
pilgrim
junk
american.
plaice
larvae
2
0.00011
9.13452
0
0
see
output
file
e
=
exp
(­
m+
f)
George
Bank
based
on
size
pilgrim
junk
american.
plaice
age01
3
0.81873075
0.2
0
0Se
=
exp
(­
m­
f)
George
BankT
based
in
size
based
on
size
pilgrim
junk
american.
plaice
age02
4
0.59452055
0.2
0.32
0.5Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age03
5
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age04
6
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age05
7
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age06
8
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age07
9
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age08
10
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age09
11
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age10
12
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age11
13
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age12
14
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age13
15
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age14
16
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age15
17
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age16
18
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age17
19
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age18
20
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age19
21
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age20
22
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age21
23
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age22
24
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age23
25
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age24
26
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
plaice
age25
27
0.59452055
0.2
0.32
1Se
=
exp
(­
m­
f)
George
Banknefsc.
nmfs.
gov
based
on
size
pilgrim
junk
american.
sand.
lance
egg
1
0.243005185
1.4147
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
larvae
2
0.051149631
2.9730
0
0
e
=
exp
(­
m+
f)
(
YSL
+
PYSL)
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
juv
3
0.055174108
2.8973
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age01
4
0.151573443
1.8867
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age02
5
0.695210918
0.3635
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age03
6
0.695210918
0.3635
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age04
7
0.695210918
0.3635
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age05
8
0.695210918
0.3635
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age06
9
0.695210918
0.3635
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age07
10
0.486859353
0.7198
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age08
11
0.486859353
0.7198
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age09
12
0.486859353
0.7198
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age10
13
0.486859353
0.7198
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
american.
sand.
lance
age11
14
0.486859353
0.7198
0
0
e
=
exp
(­
m+
f)
tage
duration.
landings
data
landings
data
AGage/
MLefer
brayton
junk
atlantic.
cod
egg
1
0.00770000
4.86653495
0
0
25834,
pg
70Se
=
exp
(­
m­
f)
ed
Jan,
2002)
Assumed
Assumed
pilgrim
junk
atlantic.
cod
larvae
2
0.00117108
6.749832471
0
0
see
output
fileSe
=
exp
(­
m­
f)
ed
Jan,
2002)
Assumed
Assumed
pilgrim
junk
atlantic.
cod
age01
3
0.67032005
0.4
0
0Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
Assumedn
25834,
pg
69
pilgrim
junk
atlantic.
cod
age02
4
0.61262639
0.2
0.29
0.5Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
AssumedGeorges
Bank
pilgrim
junk
atlantic.
cod
age03
5
0.61262639
0.2
0.29
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
AssumedGeorges
Bank
pilgrim
junk
atlantic.
cod
age04
6
0.61262639
0.2
0.29
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
AssumedGeorges
Bank
pilgrim
junk
atlantic.
cod
age05
7
0.61262639
0.2
0.29
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
AssumedGeorges
Bank
pilgrim
junk
atlantic.
cod
age06
8
0.61262639
0.2
0.29
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
ed
Jan,
2002)
AssumedGeorges
Bank
pilgrim
Page
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126
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
atlantic.
herring
egg
1
0.03480400
3.358022956
0
0Pilgrim
Station
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
atlantic.
herring
larvae
2
0.00146000
6.529318843
0
0Pilgrim
Station
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
atlantic.
herring
age01
3
0.67032000
0.2
0.28
0.5Se
=
exp
(­
m­
f)
ed
Jan,
2002)
syn/
pp/
herring/
umed
by
Agret
pilgrim
junk
atlantic.
herring
age02
4
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age03
5
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age04
6
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age05
7
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age06
8
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age07
9
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age08
10
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age09
11
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age10
12
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age11
13
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age12
14
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age13
15
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age14
16
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age15
17
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
herring
age16
18
0.67032000
0.2
0.28
1Se
=
exp
(­
m­
f)
ed
Jan,
2002)
gional
stocks.
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
egg
1
0.09143000
2.392181627
0
0Pilgrim
station
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
atlantic.
mackerel
larvae
2
0.00002505
10.59451698
0
0Pilgrim
station
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
atlantic.
mackerel
age01
3
0.59000000
0.52
0
0
=
exp
(­(
m+
f))
hweat
Atlantic
umed
by
Agretumed
by
Agret
pilgrim
junk
atlantic.
mackerel
age02
4
0.52700000
0.37
0.25
0.5Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age03
5
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age04
6
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age05
7
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age06
8
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age07
9
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age08
10
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age09
11
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age10
12
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age11
13
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age12
14
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age13
15
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
mackerel
age14
16
0.52700000
0.37
0.25
1Se
=
exp
(­
m­
f)
hweat
Atlantic
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
atlantic.
menhaden
egg
1
0.299958244
1.2041
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
larvae
2
0.011399167
4.4742
0
0
e
=
exp
(­
m+
f)
(
YSL
+
PYSL)
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
juv
3
0.002051779
6.1890
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
Agretality.
Is
correct.
brayton
junk
atlantic.
menhaden
age01
4
0.190482491
0.5398
1.11836
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age02
5
0.208377279
0.4500
1.11836
0.5
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age03
6
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age04
7
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age05
8
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age06
9
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age07
10
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
menhaden
age08
11
0.208377279
0.4500
1.11836
1
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
silverside
egg
1
0.242998842
1.4147
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
silverside
larvae
2
0.003008854
5.8062
0
0
e
=
exp
(­
m+
f)
(
YSL
+
PYSL)
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
silverside
juv
3
0.07223133
2.6279
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
silverside
age01
4
0.05000886
2.9956
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
AgretAGage/
MLefer
brayton
junk
atlantic.
silverside
age02
5
0.00100013
6.9076
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
umed
by
Agretality.
Is
correct.
brayton
junk
bay.
anchovy
egg
1
0.331376529
1.1045
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
bay.
anchovy
larvae
2
0.00075118
7.1939
0
0
e
=
exp
(­
m+
f)
(
YSL
+
PYSL)
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
bay.
anchovy
juv
3
0.123550908
2.0911
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
bay.
anchovy
age01
4
0.100016511
2.3024
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
bay.
anchovy
age02
5
0.100016511
2.3024
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
bay.
anchovy
age03
6
0.100016511
2.3024
0
0
e
=
exp
(­
m+
f)
tage
duration.
tage
duration.
ling
purposes)
AGage/
MLefer
brayton
junk
blue.
mussel
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
d
on
landings
based
on
size
pilgrim
junk
blue.
mussel
larvae
2
0.01000000
4.605170186
0
0
1644];
p.
6.6­
2
e
=
exp
(­
m+
f)
d
on
landings
based
on
size
pilgrim
junk
blue.
mussel
age01
3
0.30000000000
0.601986402
0.601986402
0.5ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age02
4
0.30000000000
0.601986402
0.601986402
1ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age03
5
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age04
6
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age05
7
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
Page
3
of
24
5­
2349
­
lifehist02
127
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133
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135
136
137
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140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
blue.
mussel
age06
8
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age07
9
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age08
10
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age09
11
0.89500
0.05546578
0.05546578
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age10
12
0.09000
1.203972804
1.203972804
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age11
13
0.09000
1.203972804
1.203972804
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blue.
mussel
age12
14
0.09000
1.203972804
1.203972804
1
ological
report
at,
half
fishing
at,
half
fishing
landings
data
pilgrim
junk
blueback.
herring
egg
1
0.572352625
0.558
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
ysl
2
0.160474537
1.82962
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
pysl
3
0.176223888
1.736
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
juv1
4
0.043701188
3.13038
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
juv2
5
0.043701188
3.13038
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age01
6
0.740795996
0.30003
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age02
7
0.740795996
0.30003
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age03
8
0.740795996
0.30003
0
0
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age04
9
0.367846334
0.90009
0.1
0.45
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age05
10
0.201866236
1.50015
0.1
0.9
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age06
11
0.201866236
1.50015
0.1
1
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age07
12
0.201866236
1.50015
0.1
1
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
blueback.
herring
age08
13
0.201866236
1.50015
0.1
1
e
=
exp
(­
m+
f)
Attachment
FAmerican
shadAmerican
shad
pilgrim
junk
bluefish
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
bluefish
larvae
2
0.00516
5.26636
0
0
see
output
file
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
bluefish
juvenile
3
0.00516
5.26636
0
0
see
output
file
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
bluefish
age01
4
0.47236655
0.35
0.4
0.5
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age02
5
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age03
6
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age04
7
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age05
8
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age06
9
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age07
10
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age08
11
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age09
12
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age10
13
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age11
14
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
bluefish
age12
15
0.47236655
0.35
0.4
1
e
=
exp
(­
m+
f)
[
27015];
p.
103
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
butterfish
egg
1
0.10000000
2.3000
0
0ecomes
larva)
e
=
exp
(­
m+
f)
0.1)
and
Fmax
0.1)
and
Fmax
AGage/
MLefer
brayton
junk
butterfish
larvae
2
0.00052138
7.5590
0
0
see
output
file
e
=
exp
(­
m+
f)
0.1)
and
Fmax
0.1)
and
Fmax
AGage/
MLefer
brayton
junk
butterfish
age01
3
0.09071795
0.8000
1.6
0.5
e
=
exp
(­
m+
f)
[
27015],
p.
101Middle
Atlanticmed
by
AGRETAGage/
MLefer
brayton
junk
butterfish
age02
4
0.09071795
0.8000
1.6
1
e
=
exp
(­
m+
f)
[
27015],
p.
102Middle
Atlanticmed
by
AGRETAGage/
MLefer
brayton
junk
butterfish
age03
5
0.09071795
0.8000
1.6
1
e
=
exp
(­
m+
f)
[
27015],
p.
103Middle
Atlanticmed
by
AGRETAGage/
MLefer
brayton
junk
cunner
egg
1
0.03048000
3.490684548
0
0Pilgrim
station
e
=
exp
(­
m+
f)
andings
valuesandings
values
pilgrim
junk
cunner
larvae
2
0.00303000
5.799192659
0
0Pilgrim
station
e
=
exp
(­
m+
f)
andings
valuesandings
values
pilgrim
junk
cunner
age01
3
0.43561345
0.831
0
0Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
cunner
age02
4
0.39415935
0.831
0.1
0.5Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
cunner
age03
5
0.67977053
0.286
0.1
1Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
cunner
age04
6
0.64274964
0.342
0.1
1Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
cunner
age05
7
0.47473430
0.645
0.1
1Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
cunner
age06
8
0.25666078
1.26
0.1
1Se
=
exp
(­
m­
f)
Pilgrim
stationandings
valuesandings
values
pilgrim
junk
fourbeard.
rockling
egg
1
0.10000000
2.302585093
0
0med
by
AGRET
e
=
exp
(­
m+
f)
andings
valuesandings
values
pilgrim
junk
fourbeard.
rockling
larvae
2
0.00568
5.17090
0
0
see
output
file
e
=
exp
(­
m+
f)
andings
valuesandings
values
pilgrim
junk
fourbeard.
rockling
age01
3
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age02
4
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age03
5
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age04
6
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age05
7
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age06
8
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age07
9
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age08
10
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
fourbeard.
rockling
age09
11
0.612626394
0.49
0
0Se
=
exp
(­
m­
f)
s)/
North
Sea
andings
values
umed
by
Agret
pilgrim
junk
grubby
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
landings
data
landings
data
pilgrim
junk
grubby
larvae
2
0.00908
4.70202
0
0
see
output
file
e
=
exp
(­
m+
f)
landings
data
landings
data
pilgrim
junk
grubby
age01
3
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age02
4
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
Page
4
of
24
5­
2349
­
lifehist02
190
191
192
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205
206
207
208
209
210
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217
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236
237
238
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241
242
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244
245
246
247
248
249
250
251
252
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
grubby
age03
5
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age04
6
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age05
7
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age06
8
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age07
9
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age08
10
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
grubby
age09
11
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
landings
data
landings
data
pilgrim
junk
hogchoker
egg
1
0.353454682
1.0400
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
larvae
2
0.005516564
5.2000
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
juv
3
0.09878357
2.3148
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETng.
Corrected.
brayton
junk
hogchoker
age01
4
0.077098998
2.5627
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
age02
5
0.494019643
0.7052
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
age03
6
0.494019643
0.7052
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
age04
7
0.494019643
0.7052
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
age05
8
0.494019643
0.7052
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
hogchoker
age06
9
0.494019643
0.7052
0
0g
exp
(­(
f+
m)))
8];
Table
F1­
7f
landings
datamed
by
AGRETAGage/
MLefer
brayton
junk
skate.
species
egg
1
0.05
2.995732274
0
0Atlantic
herringSe
=
exp
(­
m­
f)
med
by
AGREt
n
Marcas
data
pilgrim
junk
skate.
species
larvae
2
0.73566
0.30698
0
0
see
output
fileSe
=
exp
(­
m­
f)
med
by
AGREt
n
Marcas
data
pilgrim
junk
skate.
species
age01
3
0.44932896
0.4
0.4
0.5Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age02
4
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age03
5
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age04
6
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age05
7
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age06
8
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age07
9
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
skate.
species
age08
10
0.44932896
0.4
0.4
1Se
=
exp
(­
m­
f)
[
27015],
p.
107
ed
Jan,
2002)
n
Marcas
data
pilgrim
junk
lumpfish
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
landings
dataval
estimations
pilgrim
junk
lumpfish
larvae
2
0.00008
9.39428
0
0
see
output
file
e
=
exp
(­
m+
f)
landings
dataval
estimations
pilgrim
junk
lumpfish
age01
3
0.82695913
0.19
0
0
e
=
exp
(­
m+
f)
andic
waters
landings
dataval
estimations
pilgrim
junk
lumpfish
age02
4
0.82695913
0.19
0
0
e
=
exp
(­
m+
f)
andic
waters
landings
dataval
estimations
pilgrim
junk
lumpfish
age03
5
0.82695913
0.19
0
0
e
=
exp
(­
m+
f)
andic
waters
landings
dataval
estimations
pilgrim
junk
lumpfish
age04
6
0.82695913
0.19
0
0
e
=
exp
(­
m+
f)
andic
waters
landings
dataval
estimations
pilgrim
junk
lumpfish
age05
7
0.82695913
0.19
0
0
e
=
exp
(­
m+
f)
andic
waters
landings
dataval
estimations
pilgrim
junk
northern.
pipefish
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
larvae
2
0.03645
3.31181
0
0
see
output
file
e
=
exp
(­
m+
f)
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
age01
3
0.47236655
0.75
0
0
e
=
exp
(­
m+
f)
00/
Baltic
sea
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
age02
4
0.47236655
0.75
0
0
e
=
exp
(­
m+
f)
00/
Baltic
sea
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
age03
5
0.47236655
0.75
0
0
e
=
exp
(­
m+
f)
00/
Baltic
sea
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
age04
6
0.47236655
0.75
0
0
e
=
exp
(­
m+
f)
00/
Baltic
sea
landings
data
survival
rates
pilgrim
junk
northern.
pipefish
age05
7
0.47236655
0.75
0
0
e
=
exp
(­
m+
f)
00/
Baltic
sea
landings
data
survival
rates
pilgrim
junk
pollock
egg
1
0.39772280
0.922
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
pollock
larvae
2
0.01706032
4.071
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
pollock
juvenile
3
0.00097507
6.933
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
pollock
age01
4
0.81873075
0.2
0
0Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age02
5
0.67032005
0.2
0.2
0.5Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age03
6
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age04
7
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age05
8
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age06
9
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age07
10
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age08
11
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age09
12
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age10
13
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age11
14
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age12
15
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age13
16
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age14
17
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
pollock
age15
18
0.67032005
0.2
0.2
1Se
=
exp
(­
m­
f)
k
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
radiated.
shanny
egg
1
0.1
2.302585093
0
0med
by
AGREtmed
by
AGRETandings
valuesandings
values
pilgrim
junk
radiated.
shanny
larvae
2
0.04452
3.11175
0
0
see
output
file
e
=
exp
(­
m+
f)
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age01
3
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age02
4
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age03
5
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
Page
5
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24
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265
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267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
radiated.
shanny
age04
6
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age05
7
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age06
8
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age07
9
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age08
10
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age09
11
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
radiated.
shanny
age10
12
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
valuesandings
values
pilgrim
junk
rainbow.
smelt
egg
1
0.01175000
4.4439
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
larvae
2
0.04415030
3.1202
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
juv
3
0.24914580
1.3897
0
0Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age01
4
0.35341934
1.0001
0.04
0.5Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age02
5
0.35341934
1.0001
0.04
1Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age03
6
0.35341934
1.0001
0.04
1Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age04
7
0.35341934
1.0001
0.04
1Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age05
8
0.35341934
1.0001
0.04
1Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
rainbow.
smelt
age06
9
0.35341934
1.0001
0.04
1Se
=
exp
(­
m­
f)
8];
Table
F1­
8
644];
p.
6­
12­
2
umed
by
AgretAGage/
MLefer
brayton
junk
red.
hake
egg
1
0.29611719
1.217
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L2.0mm
2
0.51196450
0.6695
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L.
2.5mm
3
0.51196450
0.6695
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L.
3.0mm
4
0.51196450
0.6695
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L.
3.5mm
5
0.51196450
0.6695
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L.
4.0mm
6
0.51196450
0.6695
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
L.
4.5mm
7
0.03517217
3.3475
0
0Se
=
exp
(­
m­
f)
able4/
Canada
umed
by
Agretumed
by
Agret
pilgrim
junk
red.
hake
juvenile
8
0.00796260
4.833
0
0Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age01
9
0.45384480
0.4
0.39
0.5Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age02
10
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age03
11
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age04
12
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age05
13
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age06
14
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age07
15
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age08
16
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age09
17
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
red.
hake
age10
18
0.45384480
0.4
0.39
1Se
=
exp
(­
m­
f)
ck
assessment
ed
Jan,
2002)
umed
by
Agret
pilgrim
junk
rock.
gunnel
egg
1
0.10000000
2.302585093
0
0med
by
AGRET
e
=
exp
(­
m+
f)
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
larvae
2
0.07622
2.57417
0
0
see
output
file
e
=
exp
(­
m+
f)
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
age01
3
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
age02
4
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
age03
5
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
age04
6
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
values
umed
by
Agret
pilgrim
junk
rock.
gunnel
age05
7
0.644036421
0.44
0
0Se
=
exp
(­
m­
f)
ewfloundland
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
egg
1
0.10000000
2.302585093
0
0ecomes
larva)
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
sculpin.
spp
larvae
2
0.00908
4.70202
0
0
see
output
file
e
=
exp
(­
m+
f)
umed
by
Agretumed
by
Agret
pilgrim
junk
sculpin.
spp
age01
3
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age02
4
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age03
5
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age04
6
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age05
7
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age06
8
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age07
9
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age08
10
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
sculpin.
spp
age09
11
0.631283646
0.46
0
0Se
=
exp
(­
m­
f)
el
(
55):
1­
200
andings
values
umed
by
Agret
pilgrim
junk
scup
egg
1
0.24000033
1.4271
0
0.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
larvae
2
0.01058099
4.5487
0
0.00
ng
exp(­(
m+
f))
F1­
9
ysl
+
pyslg/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
juv
3
0.03469979
3.3610
0
0.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age01
4
0.68189131
0.3829
0
0.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age02
5
0.68189131
0.3829
0
0.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age03
6
0.59280783
0.3829
0.14
0.50
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age04
7
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age05
8
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age06
9
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age07
10
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age08
11
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
Page
6
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24
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2349
­
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317
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322
323
324
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326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
scup
age09
12
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age10
13
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
scup
age11
14
0.59280783
0.3829
0.14
1.00
ng
exp(­(
m+
f))
8];
Table
F1­
9g/
scup/
(
F0.1)
8];
Table
F1­
9
AGage/
MLefer
brayton
junk
seaboard.
goby
egg
1
0.75000155
0.2877
0
0.00
ng
exp(­(
m+
f))
];
Table
F1­
10
];
Table
F1­
10
];
Table
F1­
10
AGage/
MLefer
brayton
junk
seaboard.
goby
larvae
2
0.01666674
4.0943
0
0.00
ng
exp(­(
m+
f))
1­
10
ysl
+
pysl
];
Table
F1­
10
];
Table
F1­
10
AGage/
MLefer
brayton
junk
seaboard.
goby
juv
3
0.09998451
2.3027
0
0.00
ng
exp(­(
m+
f))
];
Table
F1­
10
];
Table
F1­
10
];
Table
F1­
10
AGage/
MLefer
brayton
junk
seaboard.
goby
age01
4
0.07831861
2.5470
0
0
ng
exp(­(
m+
f))
];
Table
F1­
10
];
Table
F1­
10eling
purposesAGage/
MLefer
brayton
junk
searobin
egg
1
0.10000000
2.302585093
0
0Se
=
exp
(­
m­
f)
med
by
AGRET
ila
et
al.,
1997
umed
by
Agret
pilgrim
junk
searobin
larvae
2
0.01032
4.57327
0
0
see
output
file
e
=
exp
(­
m+
f)
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age01
3
0.594520548
0.42
0.1
0.5Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age02
4
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age03
5
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age04
6
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age05
7
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age06
8
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age07
9
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
searobin
age08
10
0.594520548
0.42
0.1
1Se
=
exp
(­
m­
f)
une
11,
2001.
ila
et
al.,
1997
ila
et
al.,
1997
pilgrim
junk
silver.
hake
egg
1
0.29611719
1.2170
0
0Se
=
exp
(­
m­
f)
able4/
Canada
assumed
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
larvae
2
2.67064E­
05
10.5306
0
0
see
output
file
e
=
exp
(­
m+
f)
assumed
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age01
3
0.697676326
0.3600
0
0
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age02
4
0.697676326
0.3600
0
0
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age03
5
0.472366553
0.3600
0.39
0.5
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age04
6
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age05
7
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age06
8
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age07
9
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age08
10
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age09
11
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age10
12
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age11
13
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
silver.
hake
age12
14
0.472366553
0.3600
0.39
1
e
=
exp
(­
m+
f)
west
Atlantic
rn
stock
(
F0.1)
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
bass
egg
1
0.249698772
1.3875
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
ysl
2
0.108609109
2.22
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
pysl
3
0.006229869
5.0784
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
juv1
4
0.101799509
2.28475
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
juv2
5
0.366209392
1.00455
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age01
6
0.334539607
1.095
0
0
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age02
7
0.631274176
0.150015
0.31
0.06
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age03
8
0.631274176
0.150015
0.31
0.2
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age04
9
0.631274176
0.150015
0.31
0.63
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age05
10
0.631274176
0.150015
0.31
0.94
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age06
11
0.631274176
0.150015
0.31
1
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age07
12
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age08
13
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age09
14
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age10
15
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age11
16
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age12
17
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age13
18
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age14
19
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
bass
age15
20
0.631274176
0.150015
0.31
0.9
e
=
exp
(­
m+
f)
Attachment
F
ed
Jan,
2002)
Attachment
F
pilgrim
junk
striped.
killifish
egg
1
0.1
2.3000
0
0ecomes
larva)
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
larvae
2
0.117756441
2.1391
0
0
larvae
of
0.1
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETenile
mortality?
brayton
junk
striped.
killifish
age01
3
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age02
4
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age03
5
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age04
6
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age05
7
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age06
8
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
striped.
killifish
age07
9
0.46
0.7765
0
0
23208),
mean
e
=
exp
(­
m+
f)
nce,
399
p.
med
by
AGRETAGage/
MLefer
brayton
junk
tautog
egg
1
0.245382319
1.4049
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
larvae
2
0.002860642
5.8567
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
juv
3
0.006582855
5.0233
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtality.
Is
correct.
brayton
Page
7
of
24
5­
2349
­
lifehist02
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424
425
426
427
428
429
430
431
432
433
434
435
436
437
438
439
440
441
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
tautog
age01
4
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age02
5
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age03
6
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age04
7
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age05
8
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age06
9
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age07
10
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age08
11
0.839595543
0.1748
0
0Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age09
12
0.72264658
0.1748
0.15
0.5Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age10
13
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age11
14
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age12
15
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age13
16
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age14
17
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age15
18
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age16
19
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age17
20
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age18
21
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age19
22
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age20
23
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age21
24
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age22
25
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age23
26
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
tautog
age24
27
0.72264658
0.1748
0.15
1Se
=
exp
(­
m­
f)
];
Table
F1­
13ws.
htm
Ftargetmed
by
AGREtAGage/
MLefer
brayton
junk
threespine.
stickleback
egg
1
0.75000
0.2877
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
threespine.
stickleback
larvae
2
0.12000
2.1203
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
threespine.
stickleback
juv
3
0.18182
1.7048
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
threespine.
stickleback
age01
4
0.24202
1.4188
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
threespine.
stickleback
age02
5
0.24202
1.4188
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
threespine.
stickleback
age03
6
0.24202
1.4188
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
14
];
Table
F1­
14
ling
purposes)
AGage/
MLefer
brayton
junk
weakfish
egg
1
0.352395907
1.0430
0
0
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
larvae
2
0.000464988
7.6735
0
0
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
juv1
3
0.087171747
2.4399
0
0
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
juv2
4
0.226777028
1.4838
0
0
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age01
5
0.428024432
0.3486
0.5
0.1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age02
6
0.472354744
0.2500
0.5
0.5
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age03
7
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age04
8
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age05
9
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age06
10
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age07
11
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age08
12
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age09
13
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age10
14
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age11
15
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age12
16
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age13
17
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age14
18
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
weakfish
age15
19
0.472354744
0.2500
0.5
1
e
=
exp
(­
m+
f)
Attachment
Fnagement
goal
Attachment
FAGage/
MLefer
brayton
junk
white.
perch
egg
1
0.24157
1.4206
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
larvae
2
0.01018688
4.5867
0
0
e
=
exp
(­
m+
f)
(
YSL
+
PYSL)
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
juv
3
0.00012
9.0595
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
Agretality.
Is
correct.
brayton
junk
white.
perch
age01
4
0.50001
0.6931
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age02
5
0.50001
0.6931
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age03
6
0.50001
0.5431
0.150015
0.5
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age04
7
0.50001
0.5431
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age05
8
0.20003
1.4593
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age06
9
0.20003
1.4593
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age07
10
0.20003
1.4593
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age08
11
0.20003
1.4593
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
white.
perch
age09
12
0.20003
1.4593
0.150015
1
e
=
exp
(­
m+
f)
];
Table
F1­
16
];
Table
F1­
16
umed
by
AgretAGage/
MLefer
brayton
junk
windowpane
egg
1
0.242999474
1.4147
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
17
];
Table
F1­
17med
by
AGREtAGage/
MLefer
brayton
junk
windowpane
larvae
2
0.000922699
6.9882
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
17
];
Table
F1­
17med
by
AGREtAGage/
MLefer
brayton
Page
8
of
24
5­
2349
­
lifehist02
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
A
B
C
D
E
F
G
H
I
J
K
L
M
N
junk
windowpane
juv
3
0.050778883
2.9803
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
17
];
Table
F1­
17med
by
AGREtAGage/
MLefer
brayton
junk
windowpane
age01
4
0.656971264
0.4201
0
0
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age02
5
0.13264021
0.4201
1.6
0.25
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age03
6
0.13264021
0.4201
1.6
0.61
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age04
7
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age05
8
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age06
9
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age07
10
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age08
11
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age09
12
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
windowpane
age10
13
0.13264021
0.4201
1.6
1
e
=
exp
(­
m+
f)
];
Table
F1­
17stock
(
Ftarget)
m
27309
p6­
14
AGage/
MLefer
brayton
junk
winter.
flounder
egg
1
0.75000455
0.2877
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
larvae1
2
0.1285934
2.0511
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
larvae2
3
0.03276154
3.4185
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
larvae3
4
0.02956512
3.5212
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
larvae4
5
0.8376960
0.1771
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
juv
6
0.09270573
2.3783
0
0.00
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
umed
by
AgretAGage/
MLefer
brayton
junk
winter.
flounder
age01
7
0.26057749
1.1049
0.24
0.01
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age02
8
0.31217854
0.9242
0.24
0.29
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age03
9
0.64402354
0.2000
0.24
0.80
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age04
10
0.64402354
0.2000
0.24
0.92
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age05
11
0.64402354
0.2000
0.24
0.83
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age06
12
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age07
13
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age08
14
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age09
15
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age10
16
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age11
17
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age12
18
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age13
19
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age14
20
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age15
21
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
junk
winter.
flounder
age16
22
0.64402354
0.2000
0.24
0.89
ng
exp(­(
m+
f))
nd
MRI
(
2000)
d;
Mid
Atlantic
New
England
AGage/
MLefer
brayton
Page
9
of
24
5­
2349
­
lifehist02
123456789
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
A
B
C
D
F
G
H
I
J
K
species
alpha.
mm.
to.
gm
beta.
mm.
to.
gm
notes
egg.
diameter.
mm
weight.
g
virtual.
egg.
length
virtual.
egg.
val
notes.
egg.
diameter
alewife
1
1which
we
use
to
estimate
YPR
and
PFG
1.035
0.000580523
0.000580523
0.000580523
Froese
&
Pauly,
2003.
avg.
of
min
&

american.
plaice
0.00000050
3.34500nst.
Pêch.
marit.
38(
4):
343­
434/
Canada
2
0.00418879
14.9142464
14.9142464
Scott
and
Scott
(
1988);
#
26762;
p.
5
american.
sand.
lance
1
1which
we
use
to
estimate
YPR
and
PFG
1.03
0.000572151
0.000572151
0.000572151
Froese
&
Pauly,
2003.
Mod.
Value
f
atlantic.
cod
0.00000885
3.03100echerche
pour
l'Exploitation
de
la
Mer.
1.7
0.002572441
6.498432974
6.498432974
Froese,
R.
and
D.
Pauly
(
eds.).
200
atlantic.
herring
0.00000122
3.32800
:
117­
125/
Southern
Gulf
of
St.
Lawrence
1.74
0.002758331
10.17927588
10.17927588
Froese,
R.
and
D.
Pauly
(
eds.).
200
atlantic.
mackerel
0.00000304
3.18000
ish.
Res.
Board
Can.
32(
8):
1347­
1357.
1.15
0.000796328
5.760909064
5.760909064
Froese
&
Pauly,
2003.
Mod.
value.

atlantic.
menhaden
1
1which
we
use
to
estimate
YPR
and
PFG
1.61
0.002185125
0.002185125
0.002185125
Froese
&
Pauly,
2003.
Mod.
value.

atlantic.
silverside
1
1which
we
use
to
estimate
YPR
and
PFG
1.6
0.002144661
0.002144661
0.002144661
Froese
&
Pauly,
2003.
avg.
of
min
&

bay.
anchovy
1
1which
we
use
to
estimate
YPR
and
PFG
0.765
0.000234414
0.000234414
0.000234414
Froese
&
Pauly,
2003.
avg.
of
min
&

blue.
mussel
1.00000000
1.00000which
we
use
to
estimate
YPR
and
PFG
0.069
1.72007E­
07
1.72007E­
07
1.72007E­
07
Newell,
1989.

blueback.
herring
1.00000000
1.00000000which
we
use
to
estimate
YPR
and
PFG
1
0.000523599
0.000523599
0.000523599
Froese
&
Pauly,
2003.
Mod.
value.

bluefish
0.00001749
2.77000
,
U.
S.
88:
805­
809/
South
Atlantic
Coast
1
0.000523599
3.411288147
3.411288147
Wang
(
1979);
[
25577];
p.
207
butterfish
0.000004
3.26000
uintana
Roo
(
CIQRO)
México/
NY
Bay
0.7
0.000179594
3.317843542
3.317843542
Able
and
Fahay,
1998;
#
25580;
p.
22
cunner
0.00000600
3.22143weantic
River
estuary
in
Massachusetts
0.88
0.000356818
3.553871865
3.553871865
Able
and
Fahay,
1998;
#
25580;
p.
20
fourbeard.
rockling
0.00000274
3.106
tic.
Scottish
Fish.
Res.
Rep.
(
43):
80
p
0.82
0.000288696
4.478348823
4.478348823
Froese
&
Pauly,
2003.
avg.
of
min
&

grubby
0.00001034
3.00250
p.
146:
females/
Southern
New
England
2.15
0.005203721
7.941357665
7.941357665
http://
filaman.
uni­
kiel.
de/
Reproductio
hogchoker
1.00000000
1.00000
[
28558];
0.75
0.000220893
0.000220893
0.000220893
Froese
&
Pauly,
2003.
avg.
of
min
&

skate.
species
0.00000832
2.972
Fishbase
(
our
version)/
MidAtlantic
36
24.42902447
150.054492
150.054492
Scott
and
Scott
(
1988);
#
26762;
p.
4
lumpfish
0.00006755
2.93900sh.
Res.
Rep.
(
43):
80
p./
North
Atlantic
1.4
0.001436755
2.829904756
2.829904756
Rock.
gunnel.
Able
and
Fahay,
1998
northern.
pipefish
0.00000941
2.66000nvest.
Quintana
Roo
(
CIQRO)
México
0.9
0.000381704
4.023539252
4.023539252
Scott
and
Scott
(
1988);
#
26762;
p.
3
placeholder
0.000026
2.96
NA
0
0
0
0
placeholder
pollock
0.00000689
3.04800echerche
pour
l'Exploitation
de
la
Mer.
1.1
0.00069691
4.546861703
4.546861703
Able
and
Fahay,
1998;
#
25580;
p.
81
radiated.
shanny
0.00000413
3.01800w.
fishbase.
org.
Accessed
June
7,
2001
2.55
0.008681988
12.62190732
12.62190732
http://
filaman.
uni­
kiel.
de/
Reproductio
rainbow.
smelt
1.00000000
1.00000
[
28558];
0.95
0.000448921
0.000448921
0.000448921
Froese
&
Pauly,
2003.
avg.
of
min
&

red.
hake
0.00000269
3.17200
28.
29
p./
southern
gulf
of
St.
Lawrence
0.75
0.000220893
4.012764966
4.012764966
Able
and
Fahay,
1998;
#
25580;
p.
83
rock.
gunnel
0.00000413
3.018
tic.
Scottish
Fish.
Res.
Rep.
(
43):
80
p
2
0.00418879
9.913889812
9.913889812
Scott
and
Scott(
1988);
[
26762];
p.
42
sculpin.
spp
0.00001034
3.00250
p.
146:
females/
Southern
New
England
2.15
0.005203721
7.941357665
7.941357665
http://
filaman.
uni­
kiel.
de/
Reproductio
scup
1.00000000
1.00000
[
28558];
0.875
0.00035077
0.00035077
0.00035077
Froese
&
Pauly,
2003.
avg.
of
min
&

seaboard.
goby
1.00000000
1.00000
[
28558];
2.42
0.007420697
0.007420697
0.007420697
Froese
&
Pauly,
2003.
Mod.
xalue
fr
searobin
0.00001034
3.00250
p.
146:
females/
Southern
New
England
1.045
0.000597513
3.862188544
3.862188544
Froese
&
Pauly,
2003.
avg.
of
min
&

silver.
hake
0.00000379
3.17000
Science
9(
1/
2):
66­
68./
New
York
Bight
0.9
0.000381704
4.285790658
4.285790658
Scott
and
Scott(
1988);
[
26762];
p.
33
striped.
bass
1.00000000
1.00000000which
we
use
to
estimate
YPR
and
PFG
3.3
0.018816569
0.018816569
0.018816569
http://
elib.
cs.
berkeley.
edu/
kopec/
tr9/

striped.
killifish
0.000026
2.96
females
log
TL
=
1.620
+
0.330
log
W)
2.5
0.008181231
6.980180538
6.980180538
Able
and
Fahay,
1998;
#
25580;
p.
11
tautog
1.00000000
1.00000
[
28558];
1.02
0.000555647
0.000555647
0.000555647
Froese
&
Pauly,
2003.
avg.
of
min
&

threespine.
stickleback
1.00000000
1.00000
[
28558];
1.7
0.002572441
0.002572441
0.002572441
http://
elib.
cs.
berkeley.
edu/
kopec/
tr9/

weakfish
1.00000000
1.00000000which
we
use
to
estimate
YPR
and
PFG
1
0.000523599
0.000523599
0.000523599
Froese
&
Pauly,
2003.
Mod.
value.

white.
perch
1.00000000
1.00000
[
28558];
0.9
0.000381704
0.000381704
0.000381704
Stanley
and
Danie,
1983
windowpane
1.00000000
1.00000
[
28558];
1.1
0.00069691
0.00069691
0.00069691
Froese
&
Pauly,
2003.
avg.
of
min
&

winter.
flounder
1.00000000
1.00000
[
28558];
Whiterell(
1989)
1
0.000523599
0.000523599
0.000523599
Able
and
Fahay,
1998;
#
25580;
p.
24
Page
10
of
24
5­
2349
­
lbs.
from.
mm03
123456789
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
L
M
N
O
P
Q
R
S
T
U
V
W
X
&
max.

45/
Southwest
Grand
Bank
rom
lesser
sand
eel
(
assumed
to
be
similar).

01.
FishBase.
www.
fishbase.
org.
Accessed
June
7,
2001.
Russell,
F.
S.,
1976.
The
eggs
and
planktonic
stages
of
British
marine
fishes.
Academic
Press,
London,
UK/
Baltic
sea
01.
FishBase.
www.
fishbase.
org.
Accessed
June
7,
2001.
Russell,
F.
S.,
1976.
The
eggs
and
planktonic
stages
of
British
marine
fishes.
Academic
Press,
London,
UK/
Baltic
sea
&
max.

&
max.
based
on
deep
body
anchovy
(
assumed
to
be
similar).

29
07
&
max.

on/
FishEggMeristicSummary.
cfm?&
GenusName=
Myoxocephalus&
SpeciesName=
scorpius&
stockcode=
1347.
Used
values
for
shorthorn
sculpin.

&
max.

4
(
Round
skate)

;
#
25580;
p.
211
50
1
on/
FishEggMeristicSummary.
cfm?&
GenusName=
Chirolophis&
SpeciesName=
ascanii&
stockcode=
67.
Yarrell's
blenny
&
max.

3
28/
New
Hampshire
on/
FishEggMeristicSummary.
cfm?&
GenusName=
Myoxocephalus&
SpeciesName=
scorpius&
stockcode=
1347.
Used
values
for
shorthorn
sculpin.

&
max.

rom
rock
goby
(
assumed
to
be
similar
to
seaboard
goby).

&
max.

39
/
html/
sp­
striped­
bass.
html
10
&
max.

/
html/
sp­
threespine­
stickleback.
html
&
max.

47
Page
11
of
24
5­
2349
­
lbs.
from.
mm03
123456789
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
A
B
C
D
E
F
G
H
I
J
K
species
stage
stage.
sequence
total.
len.
mm
weight.
g
weight.
lbs
notes.
maximum.
note.
length
note.
weight
taken.
from
change
aa.
dummy
dummy
­
999
­
999
­
999
­
999
dummy
dummy
dummy
dummy
alewife
egg
1
0.000580523
0.00058052
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

alewife
larvae
2
0.1
0.1
NA
NASheet3
lbs.
from.
mm05
assumed
brayton
alewife
juv
3
2.17
2.17
NA
NASheet3
lbs.
from.
mm06
[
28558]
brayton
alewife
age01
4
20.07
20.07
NA
NASheet3
lbs.
from.
mm07
[
28558]
brayton
alewife
age02
5
63.03
63.03
NA
NASheet3
lbs.
from.
mm08
[
28558]
brayton
alewife
age03
6
119.72
119.72
NA
NASheet3
lbs.
from.
mm09
[
28558]
brayton
alewife
age04
7
175.24
175.24
NA
NASheet3
lbs.
from.
mm10
[
28558]
brayton
alewife
age05
8
221.89
221.89
NA
NASheet3
lbs.
from.
mm11
[
28558]
brayton
alewife
age06
9
257.8
257.8
NA
NASheet3
lbs.
from.
mm12
[
28558]
brayton
alewife
age07
10
284.05
284.05
NA
NASheet3
lbs.
from.
mm13
[
28558]
brayton
alewife
age08
11
302.64
302.64
NA
NASheet3
lbs.
from.
mm14
[
28558]
brayton
alewife
age09
12
315.52
315.52
NA
[
28558]
Sheet3
lbs.
from.
mm15
[
28558]
brayton
american.
plaice
egg
1
14.9142464
0.00418879
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
american.
plaice
larvae
2
18
NA
NA
NASouthwest
Grand
Bank
NA
pilgrim
american.
plaice
age01
3
100
NA
NA
NA
assumed
by
AGRET
NA
pilgrim
american.
plaice
age02
4
200
NA
NA
NA
assumed
by
AGRET
NA
pilgrim
american.
plaice
age03
5
254
NA
NA
NA
www.
kenschultz.
com
NA
pilgrim
american.
plaice
age04
6
300
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age05
7
340
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age06
8
380
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age07
9
420
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age08
10
450
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age09
11
480
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age10
12
510
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age11
13
540
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age12
14
570
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age13
15
600
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age14
16
620
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age15
17
640
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age16
18
660
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age17
19
680
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age18
20
700
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age19
21
720
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age20
22
740
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age21
23
760
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age22
24
780
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age23
25
800
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age24
26
810
NA
NA
NAween
age
2
and
age
25
NA
pilgrim
american.
plaice
age25
27
813
NA
NAwest
Grand
Bankan.
Accessed
06/
30/
01
NA
pilgrim
american.
sand.
lance
egg
1
0.000572151
0.00057215
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

american.
sand.
lance
larvae
2
0.1
0.1
NA
NASheet3
lbs.
from.
mm17
assumed
brayton
american.
sand.
lance
juv
3
0.54
0.54
NA
NASheet3
lbs.
from.
mm18
[
28558]
brayton
american.
sand.
lance
age01
4
1.74
1.74
NA
NASheet3
lbs.
from.
mm19
[
28558]
brayton
american.
sand.
lance
age02
5
3.31
3.31
NA
NASheet3
lbs.
from.
mm20
[
28558]
brayton
american.
sand.
lance
age03
6
5.11
5.11
NA
NASheet3
lbs.
from.
mm21
[
28558]
brayton
american.
sand.
lance
age04
7
6.94
6.94
NA
NASheet3
lbs.
from.
mm22
[
28558]
brayton
american.
sand.
lance
age05
8
8.67
8.67
NA
NASheet3
lbs.
from.
mm23
[
28558]
brayton
american.
sand.
lance
age06
9
10.22
10.22
NA
NASheet3
lbs.
from.
mm24
[
28558]
brayton
american.
sand.
lance
age07
10
11.57
11.57
NA
NASheet3
lbs.
from.
mm25
[
28558]
brayton
american.
sand.
lance
age08
11
12.71
12.71
NA
NASheet3
lbs.
from.
mm26
[
28558]
brayton
american.
sand.
lance
age09
12
13.67
13.67
NA
NASheet3
lbs.
from.
mm27
[
28558]
brayton
american.
sand.
lance
age10
13
14.45
14.45
NA
NASheet3
lbs.
from.
mm28
[
28558]
brayton
american.
sand.
lance
age11
14
15.09
15.09
NA
[
28558]
Sheet3
lbs.
from.
mm29
[
28558]
brayton
atlantic.
cod
egg
1
6.498432974
0.00257244
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
atlantic.
cod
larvae
2
4.5
NA
NA
NALondon,
UK/
Baltic
sea
NA
pilgrim
atlantic.
cod
age01
3
100
NA
NA
NA
assumed
by
NA
pilgrim
atlantic.
cod
age02
4
220
NA
NA
NA
.267/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
cod
age03
5
300
NA
NA
NA
.267/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
cod
age04
6
380
NA
NA
NA
.267/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
cod
age05
7
470
NA
NA
NA
.267/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
cod
age06
8
520
NA
NA0);
#
25834,
p.
70
.267/
Gulf
of
Lawrence
NA
pilgrim
Page
12
of
24
5­
2349
­
species.
growth04
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
A
B
C
D
E
F
G
H
I
J
K
atlantic.
herring
egg
1
10.17927588
0.00275833
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
atlantic.
herring
larvae
2
30
NA
NA
NA
Able
&
Fahay,
1998
NA
pilgrim
atlantic.
herring
age01
3
123
NA
NA
NAean
of
larvae
and
age2
NA
pilgrim
atlantic.
herring
age02
4
216
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age03
5
259.5
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age04
6
289.5
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age05
7
299
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age06
8
311.5
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age07
9
323.5
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age08
10
333
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age09
11
342.5
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age10
12
340
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age11
13
353
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age12
14
365
NA
NA
NA
.115/
Gulf
of
Lawrence
NA
pilgrim
atlantic.
herring
age13
15
366
NA
NA
NA
higher
than
last
stage
NA
pilgrim
atlantic.
herring
age14
16
367
NA
NA
NA
higher
than
last
stage
NA
pilgrim
atlantic.
herring
age15
17
368
NA
NA
NA
higher
than
last
stage
NA
pilgrim
atlantic.
herring
age16
18
369
NA
NAéun.
154:
44­
67
higher
than
last
stage
NA
pilgrim
atlantic.
mackerel
egg
1
5.760909064
0.00079633
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
(
modified)

atlantic.
mackerel
larvae
2
4.5
NA
NA
NALondon,
UK/
Baltic
sea
NA
pilgrim
atlantic.
mackerel
age01
3
257
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age02
4
301
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age03
5
323
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age04
6
340
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age05
7
350
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age06
8
362
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age07
9
374
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age08
10
383
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age09
11
386
NA
NA
NA
higher
than
last
stage
NA
pilgrim
atlantic.
mackerel
age10
12
389
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age11
13
396
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age12
14
396.1
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age13
15
396.2
NA
NA
NA
/
North
American
coast
NA
pilgrim
atlantic.
mackerel
age14
16
396.3
NA
NA
American
coast
/
North
American
coast
NA
pilgrim
atlantic.
menhaden
egg
1
0.002185125
0.00218512
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

atlantic.
menhaden
larvae
2
0.1
0.1
NA
NASheet3
lbs.
from.
mm31
assumed
brayton
atlantic.
menhaden
juv
3
0.31
0.31
NA
NASheet3
lbs.
from.
mm32
[
28558]
brayton
atlantic.
menhaden
age01
4
11.4
11.4
NA
NASheet3
lbs.
from.
mm33
[
28558]
brayton
atlantic.
menhaden
age02
5
106.42
106.42
NA
NASheet3
lbs.
from.
mm34
[
28558]
brayton
atlantic.
menhaden
age03
6
182.09
182.09
NA
NASheet3
lbs.
from.
mm35
[
28558]
brayton
atlantic.
menhaden
age04
7
265.63
265.63
NA
NASheet3
lbs.
from.
mm36
[
28558]
brayton
atlantic.
menhaden
age05
8
391.19
391.19
NA
NASheet3
lbs.
from.
mm37
[
28558]
brayton
atlantic.
menhaden
age06
9
490.73
490.73
NA
NASheet3
lbs.
from.
mm38
[
28558]
brayton
atlantic.
menhaden
age07
10
577.07
577.07
NA
NASheet3
lbs.
from.
mm39
[
28558]
brayton
atlantic.
menhaden
age08
11
649.25
649.25
NA
[
28558]
Sheet3
lbs.
from.
mm40
[
28558]
brayton
atlantic.
silverside
egg
1
0.002144661
0.00214466
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

atlantic.
silverside
larvae
2
0.1
0.1
NA
NASheet3
lbs.
from.
mm42
assumed
brayton
atlantic.
silverside
juv
3
2.22
2.22
NA
NASheet3
lbs.
from.
mm43
[
28558]
brayton
atlantic.
silverside
age01
4
9.31
9.31
NA
NASheet3
lbs.
from.
mm44
[
28558]
brayton
atlantic.
silverside
age02
5
15.82
15.82
NA
[
28558]
Sheet3
lbs.
from.
mm45
[
28558]
brayton
bay.
anchovy
egg
1
0.000234414
0.00023441
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

bay.
anchovy
larvae
2
0.1
0.1
NA
NASheet3
lbs.
from.
mm47
assumed
brayton
bay.
anchovy
juv
3
0.47
0.47
NA
NASheet3
lbs.
from.
mm49
[
28558]
brayton
bay.
anchovy
age01
4
1.68
1.68
NA
NASheet3
lbs.
from.
mm50
[
28558]
brayton
bay.
anchovy
age02
5
3.47
3.47
NA
NASheet3
lbs.
from.
mm51
[
28558]
brayton
bay.
anchovy
age03
6
5.71
5.71
NA
[
28558]
Sheet3
lbs.
from.
mm52
[
28558]
brayton
blue.
mussel
egg
1
1.72007E­
07
1.7201E­
07
NA
2
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
y
blue.
mussel
larvae
2
1
1
NA
28.5s.
assumed
by
AGRET
assumed
by
AGRET
pilgrim
blue.
mussel
age01
3
30
30
NA
30s.
assumed
by
AGRET
assumed
by
AGRET
pilgrim
blue.
mussel
age02
4
33
33
NA
45s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age03
5
36
36
NA
55s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age04
6
37.79
37.79
NA
60
2
mussels
in
1
pound
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age05
7
38
38
NA
65s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
Page
13
of
24
5­
2349
­
species.
growth04
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
A
B
C
D
E
F
G
H
I
J
K
blue.
mussel
age06
8
38.1
38.1
NA
70s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age07
9
38.2
38.2
NA
75s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age08
10
38.21
38.21
NA
80s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age09
11
38.211
38.211
NA
83s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age10
12
38.2111
38.2111
NA
86s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age11
13
38.21111
38.21111
NA
92s.
assumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blue.
mussel
age12
14
38.2111111
38.2111111
NA
98
vassumed
by
AGRET
engths
from
#
28133;
Figure
5
pilgrim
blueback.
herring
egg
1
0.000523599
0.0005236
0.000
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
(
modified)

blueback.
herring
ysl
2
1.456
1.4465236
0.003
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
blueback.
herring
pysl
3
2.902
2.8925236
0.006
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
blueback.
herring
juv1
4
4.348
4.3385236
0.010
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
blueback.
herring
juv2
5
5.794
5.7845236
0.013
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
blueback.
herring
age01
6
7.24
7.24
0.016
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age02
7
41.06
41.06
0.091
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age03
8
92.33
92.33
0.204
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age04
9
144.31
144.31
0.318
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age05
10
187.96
187.96
0.414
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age06
11
221.11
221.11
0.488
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age07
12
244.84
244.84
0.540
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
blueback.
herring
age08
13
261.25
261.25
0.576
F,
Attachment
FSheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
bluefish
egg
1
3.411288147
0.0005236
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
bluefish
larvae
2
5
NA
NA
NA
(
1979);
[
25577];
p.
208
NA
pilgrim
bluefish
juvenile
3
18
NA
NA
NA
(
1979);
[
25577];
p.
209
NA
pilgrim
bluefish
age01
4
380
NA
NA
NA
(
1978);
#
27296;
p.
103
NA
pilgrim
bluefish
age02
5
435
NA
NA
NA
(
1978);
#
27296;
p.
103
NA
pilgrim
bluefish
age03
6
600
NA
NA
NA
(
1978);
#
27296;
p.
103
NA
pilgrim
bluefish
age04
7
656
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age05
8
711
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age06
9
767
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age07
10
822
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age08
11
878
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age09
12
933
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age10
13
989
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age11
14
1044
NA
NA
NA
using
age
3
and
12
NA
pilgrim
bluefish
age12
15
1100
7000
NA);
#
27296;
p.
103
(
1978);
#
27296;
p.
103on
et
al.
(
1978);
#
27296;
p.
103
pilgrim
butterfish
egg
1
3.317843542
0.00017959
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
butterfish
larvae
2
5
NA
NA
NAy,
1998;
#
25580;
p.
230
NA
brayton
butterfish
age01
3
101
NA
NA
NA62;
p.
475/
eastern
USA
NA
brayton
butterfish
age02
4
150
NA
NA
NA62;
p.
475/
eastern
USA
NA
brayton
butterfish
age03
5
300
NA
NAon
maximum
size62;
p.
475/
eastern
USA
NA
brayton
cunner
egg
1
3.553871865
0.00035682
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
cunner
larvae
2
5
NA
NA
NAy,
1998;
#
25580;
p.
207
NA
pilgrim
cunner
age01
3
46.5
NA
NA
NAuary
in
Massachusetts
NA
pilgrim
cunner
age02
4
88.3
NA
NA
NAuary
in
Massachusetts
NA
pilgrim
cunner
age03
5
124.8
NA
NA
NAuary
in
Massachusetts
NA
pilgrim
cunner
age04
6
153.1
NA
NA
NAuary
in
Massachusetts
NA
pilgrim
cunner
age05
7
176.5
NA
NA
NAuary
in
Massachusetts
NA
pilgrim
cunner
age06
8
241
NA
NA
.
Bull.
91:
45­
64.
99/
Gulf
of
St.
Lawrence
NA
pilgrim
fourbeard.
rockling
egg
1
4.478348823
0.0002887
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
(
modified)

fourbeard.
rockling
larvae
2
5
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age01
3
75
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age02
4
150
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age03
5
200
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age04
6
240
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age05
7
280
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age06
8
310
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age07
9
350
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age08
10
380
NA
NA
assumed
by
AGRET
NA
pilgrim
fourbeard.
rockling
age09
11
410
NA
NA
.
fishbase.
org.
Accessed
June
7,
2001.
NA
pilgrim
grubby
egg
1
7.941357665
0.00520372
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
y
grubby
larvae
2
25
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age01
3
56
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age02
4
182
NA
NA
assumed
by
AGRET
NA
pilgrim
Page
14
of
24
5­
2349
­
species.
growth04
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
A
B
C
D
E
F
G
H
I
J
K
grubby
age03
5
243
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age04
6
263
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age05
7
274
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age06
8
286
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age07
9
292
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age08
10
298
NA
NA
assumed
by
AGRET
NA
pilgrim
grubby
age09
11
302
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
hogchoker
egg
1
0.000220893
0.00022089
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

hogchoker
larvae
2
0.5
NA
NA
NAT
based
on
other
ages
NA
brayton
hogchoker
juv
3
0.94
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age01
4
5.13
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age02
5
14.18
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age03
6
27.68
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age04
7
44.25
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age05
8
62.39
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
hogchoker
age06
9
80.82
NA
NA
NA
s.
[
28558];
Table
F1­
7
NA
brayton
skate.
species
egg
1
150.054492
24.4290245
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
skate.
species
larvae
2
95
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age01
3
215
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age02
4
293
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age03
5
364
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age04
6
420
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age05
7
461
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age06
8
472
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age07
9
475
NA
NA
NA
t
(
1988);
#
26762;
p.
42
NA
pilgrim
skate.
species
age08
10
481
NA
NA8);
#
26762;
p.
42
t
(
1988);
#
26762;
p.
42
NA
pilgrim
lumpfish
egg
1
2.829904756
0.00143676
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
lumpfish
larvae
2
20
NA
NA
NAy,
1998;
#
25580;
p.
211
NA
pilgrim
lumpfish
age01
3
50
NA
NA
NA
9/
Bay
of
Fundy;
45­
53
NA
pilgrim
lumpfish
age02
4
80
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
lumpfish
age03
5
110
NA
NA
NA
2;
p.
519/
Bay
of
Fundy
NA
pilgrim
lumpfish
age04
6
185
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
lumpfish
age05
7
260
NA
NA19/
Bay
of
Fundy
2;
p.
519/
Bay
of
Fundy
NA
pilgrim
northern.
pipefish
egg
1
4.023539252
0.0003817
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
northern.
pipefish
larvae
2
70
NA
NA
NA
(
1988);
#
26762;
p.
351
NA
pilgrim
northern.
pipefish
age01
3
130
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
northern.
pipefish
age02
4
148.25
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
northern.
pipefish
age03
5
166.5
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
northern.
pipefish
age04
6
184.75
NA
NA
NAxtrapolated
by
AGRET
NA
pilgrim
northern.
pipefish
age05
7
203
NA
NA­
200/
Baltic
sea
(
1988);
#
26762;
p.
351
NA
pilgrim
placeholder
egg
1
0
NA
NA
NA
placeholder
NA
brayton
placeholder
larvae
2
7
NA
NA
NA
NA
NA
brayton
placeholder
age01
3
63
NA
NA
NA
NA
NA
brayton
pollock
egg
1
4.546861703
0.00069691
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
pollock
larvae
2
4
NA
NA
46
Table8/
Northeast
stock
assessment
NA
pilgrim
pollock
juvenile
3
45
NA
NA
Able
and
Fahay,
1998;
#
25580;
p.
81
NA
pilgrim
pollock
age01
4
320
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age02
5
400
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age03
6
440
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age04
7
540
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age05
8
620
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age06
9
650
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age07
10
690
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age08
11
740
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age09
12
780
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age10
13
830
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age11
14
890
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age12
15
920
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age13
16
950
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age14
17
980
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
pollock
age15
18
1000
NA
NA
46
Table2/
Northeast
stock
assessment
NA
pilgrim
radiated.
shanny
egg
1
12.62190732
0.00868199
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
y
radiated.
shanny
larvae
2
10
NA
NA
assumed
by
AGRET
NA
pilgrim
Page
15
of
24
5­
2349
­
species.
growth04
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
A
B
C
D
E
F
G
H
I
J
K
radiated.
shanny
age01
3
40
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age02
4
75
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age03
5
95
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age04
6
115
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age05
7
125
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age06
8
135
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age07
9
145
NA
NA
assumed
by
AGRET
NA
pilgrim
radiated.
shanny
age08
10
150
NA
NA
.
fishbase.
org.
Accessed
June
7,
2001.
NA
pilgrim
rainbow.
smelt
egg
1
0.000448921
0.00044892
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

rainbow.
smelt
larvae
2
0.5
NA
NA
NAbased
on
other
weights
NA
brayton
rainbow.
smelt
juv
3
1.79
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age01
4
8.25
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age02
5
20.85
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age03
6
38.57
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age04
7
59.45
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age05
8
81.55
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
rainbow.
smelt
age06
9
103.36
NA
NA
NA
s.
[
28558];
Table
F1­
8
NA
brayton
red.
hake
egg
1
4.012764966
0.00022089
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
red.
hake
L2.0mm
2
2.00
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
L.
2.5mm
3
2.50
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
L.
3.0mm
4
3.00
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
L.
3.5mm
5
3.50
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
L.
4.0mm
6
4.00
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
L.
4.5mm
7
4.50
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
juvenile
8
50.00
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
age01
9
203.2
NA
NA
Saila
et
al.,
1997;
#
23746
NA
pilgrim
red.
hake
age02
10
308
NA
NA
Scott
and
Scott(
1988);
[
26762];
p291
NA
pilgrim
red.
hake
age03
11
330
NA
NA
Scott
and
Scott(
1988);
[
26762];
p291
NA
pilgrim
red.
hake
age04
12
354
NA
NA
Scott
and
Scott(
1988);
[
26762];
p291
NA
pilgrim
red.
hake
age05
13
383
NA
NA
Scott
and
Scott(
1988);
[
26762];
p291
NA
pilgrim
red.
hake
age06
14
412
NA
NA
assumed
by
AGRET
NA
pilgrim
red.
hake
age07
15
441
NA
NA
assumed
by
AGRET
NA
pilgrim
red.
hake
age08
16
470
NA
NA
assumed
by
AGRET
NA
pilgrim
red.
hake
age09
17
499
NA
NA
assumed
by
AGRET
NA
pilgrim
red.
hake
age10
18
510
NA
NA
Scott
and
Scott(
1988);
[
26762];
p291
NA
pilgrim
rock.
gunnel
egg
1
9.913889812
0.00418879
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
rock.
gunnel
larvae
2
10
NA
NA
NA
assumed
by
AGRET
NA
pilgrim
rock.
gunnel
age01
3
73
NA
NA
NA
p.
428/
New
Hampshire
NA
pilgrim
rock.
gunnel
age02
4
109
NA
NA
NA
p.
428/
New
Hampshire
NA
pilgrim
rock.
gunnel
age03
5
131
NA
NA
NA
p.
428/
New
Hampshire
NA
pilgrim
rock.
gunnel
age04
6
155
NA
NA
NA
p.
428/
New
Hampshire
NA
pilgrim
rock.
gunnel
age05
7
170
NA
NA/
New
Hampshire
p.
428/
New
Hampshire
NA
pilgrim
sculpin.
spp
egg
1
7.941357665
0.00520372
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
y
sculpin.
spp
larvae
2
25
NA
NA
assumed
by
AGRET
NA
pilgrim
sculpin.
spp
age01
3
56
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age02
4
182
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age03
5
243
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age04
6
263
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age05
7
274
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age06
8
286
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age07
9
292
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age08
10
298
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
sculpin.
spp
age09
11
302
NA
NA
#
27296;
p.
138/
Southern
New
England
NA
pilgrim
scup
egg
1
0.00035077
0.00035077
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

scup
larvae
2
0.5
0.5
NA
NA
s.
[
28558];
Table
F1­
9
assumed
brayton
scup
juv
3
12.7
12.7
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age01
4
59.66
59.66
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age02
5
146.11
146.11
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age03
6
259.35
259.35
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age04
7
383.41
383.41
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age05
8
505.93
505.93
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age06
9
619.25
619.25
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age07
10
719.55
719.55
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
Page
16
of
24
5­
2349
­
species.
growth04
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
A
B
C
D
E
F
G
H
I
J
K
scup
age08
11
805.66
805.66
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age09
12
877.99
877.99
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age10
13
937.77
937.77
NA
NA
s.
[
28558];
Table
F1­
9
[
28558]
brayton
scup
age11
14
1011.43
1011.43
NA
[
28558]
s.
[
28558];
Table
F1­
9
[
28558]
brayton
seaboard.
goby
egg
1
0.007420697
0.0074207
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

seaboard.
goby
larvae
2
0.1
0.1
NA
NA.
[
28558];
Table
F1­
10
assumed
brayton
seaboard.
goby
juv
3
0.22
0.22
NA
NA.
[
28558];
Table
F1­
10
[
28558]
brayton
seaboard.
goby
age01
4
0.93
0.93
NA
[
28558]
.
[
28558];
Table
F1­
10
[
28558]
brayton
searobin
egg
1
3.862188544
0.00059751
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
(
modified)

searobin
larvae
2
10
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age01
3
100
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age02
4
200
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age03
5
250
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age04
6
290
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age05
7
320
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age06
8
350
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age07
9
370
NA
NA
assumed
by
AGRET
NA
pilgrim
searobin
age08
10
380
NA
NA
.
fishbase.
org.
Accessed
June
7,
2001.
NA
pilgrim
silver.
hake
egg
1
4.285790658
0.0003817
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
silver.
hake
larvae
2
50
NA
NA
NA
assumed
by
AGRET
NA
brayton
silver.
hake
age01
3
200
NA
NA
NAtt,
1988[
26762],
p.
279
NA
brayton
silver.
hake
age02
4
280
NA
NA
NAtt,
1988[
26762],
p.
279
NA
brayton
silver.
hake
age03
5
330
NA
NA
NAtt,
1988[
26762],
p.
279
NA
brayton
silver.
hake
age04
6
400
NA
NA
NA
assumed
by
AGRET
NA
brayton
silver.
hake
age05
7
450
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age06
8
500
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age07
9
550
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age08
10
600
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age09
11
650
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age10
12
700
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age11
13
740
NA
NA
NA
assumed
by
AGREt
NA
brayton
silver.
hake
age12
14
760
NA
NA
8[
26762],
p.
279
tt,
1988[
26762],
p.
279
NA
brayton
striped.
bass
egg
1
0.018816569
0.01881657
0.000
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
pilgrim
y
striped.
bass
ysl
2
44.01
44.0188166
0.097
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
striped.
bass
pysl
3
88.01
88.0188166
0.194
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
striped.
bass
juv1
4
132.01
132.018817
0.291
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
striped.
bass
juv2
5
176.01
176.018817
0.388
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
pilgrim
striped.
bass
age01
6
220
220
0.485
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age02
7
933
933
2.057
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age03
8
1503
1503
3.314
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age04
9
2237
2237
4.933
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age05
10
2947
2947
6.498
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age06
11
3890
3890
8.577
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age07
12
5570
5570
12.282
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age08
13
6490
6490
14.310
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age09
14
7290
7290
16.074
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age10
15
8530
8530
18.809
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age11
16
8870
8870
19.558
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age12
17
10170
10170
22.425
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age13
18
12233
12233
26.974
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age14
19
15670
15670
34.552
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
bass
age15
20
18820
18820
41.498
F,
Attachment
FSheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
pilgrim
striped.
killifish
egg
1
6.980180538
0.00818123
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
striped.
killifish
larvae
2
7
NA
NA
NAmm
from
Hardy
1978.)
NA
brayton
striped.
killifish
age01
3
63
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age02
4
88
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age03
5
105
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age04
6
118
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age05
7
127
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age06
8
134
NA
NA
NA
of
males
and
females
NA
brayton
striped.
killifish
age07
9
150
NA
NA969.
P.
567,
MD567,
MD
­
females
only
NA
brayton
tautog
egg
1
0.000555647
0.00055565
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

tautog
larvae
2
10
NA
NA
NAbased
on
other
weights
NA
brayton
Page
17
of
24
5­
2349
­
species.
growth04
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424
425
426
427
428
429
430
431
432
433
434
435
436
437
438
439
440
441
A
B
C
D
E
F
G
H
I
J
K
tautog
juv
3
28.87
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age01
4
98.54
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age02
5
199.35
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age03
6
332.72
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age04
7
491.84
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age05
8
669.45
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age06
9
858.78
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age07
10
1054
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age08
11
1250.34
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age09
12
1444.03
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age10
13
1632.27
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age11
14
1813.03
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age12
15
1984.94
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age13
16
2147.14
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age14
17
2299.21
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age15
18
2441.01
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age16
19
2572.66
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age17
20
2694.44
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age18
21
2806.74
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age19
22
2910.03
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age20
23
3004.84
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age21
24
3091.7
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age22
25
3171.17
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age23
26
3243.79
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
tautog
age24
27
4551.09
NA
NA
NA.
[
28558];
Table
F1­
13
NA
brayton
threespine.
stickleback
egg
1
0.002572441
0.00257244
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
y
threespine.
stickleback
larvae
2
0.5
NA
NA
NAT
based
on
other
ages
NA
brayton
threespine.
stickleback
juv
3
1.71
NA
NA
NA.
[
28558];
Table
F1­
14
NA
brayton
threespine.
stickleback
age01
4
4.16
NA
NA
NA.
[
28558];
Table
F1­
14
NA
brayton
threespine.
stickleback
age02
5
5.07
NA
NA
NA.
[
28558];
Table
F1­
14
NA
brayton
threespine.
stickleback
age03
6
5.24
NA
NA
NA.
[
28558];
Table
F1­
14
NA
brayton
weakfish
egg
1
0.000523599
0.0005236
0.000
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

weakfish
larvae
2
29.458
29.4580236
0.065
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
brayton
weakfish
juv1
3
58.9155
58.9155236
0.130
NASheet3
lbs.
from.
mm03extrapolated
from
egg
to
age01
brayton
weakfish
juv2
4
88.373
88.3730236
0.195
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age01
5
117.93
117.93
0.260
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age02
6
308.44
308.44
0.680
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age03
7
508.02
508.02
1.120
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age04
8
811.93
811.93
1.790
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age05
9
1319.95
1319.95
2.910
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age06
10
2816.8
2816.8
6.211
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age07
11
3238.6
3238.6
7.141
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age08
12
4154.9
4154.9
9.162
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age09
13
4912.41
4912.41
10.832
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age10
14
5669.91
5669.91
12.502
NASheet3
lbs.
from.
mm03046];
appendix
F,
Attachment
F
brayton
weakfish
age11
15
5669.92
5669.92
12.502
NA
bigger
than
last
stage046];
appendix
F,
Attachment
F
brayton
weakfish
age12
16
5669.93
5669.93
12.502
NA
bigger
than
last
stage046];
appendix
F,
Attachment
F
brayton
weakfish
age13
17
5669.94
5669.94
12.502
NA
bigger
than
last
stage046];
appendix
F,
Attachment
F
brayton
weakfish
age14
18
5669.95
5669.95
12.502
NA
bigger
than
last
stage046];
appendix
F,
Attachment
F
brayton
weakfish
age15
19
5669.96
5669.96
12.502
F,
Attachment
F
bigger
than
last
stage046];
appendix
F,
Attachment
F
brayton
white.
perch
egg
1
0.000381704
0.0003817
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
y
white.
perch
larvae
2
0.5
0.5
NA
NAT
based
on
other
ages
y
AGRET
based
on
other
ages
brayton
white.
perch
juv1
3
1.37
1.37
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age01
4
23.38
23.38
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age02
5
70.63
70.63
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age03
6
112.38
112.38
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age04
7
150.27
150.27
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age05
8
192.05
192.05
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age06
9
237.39
237.39
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age07
10
277.84
277.84
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age08
11
298.45
298.45
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
white.
perch
age09
12
360.17
360.17
NA
NAs
[
28558];
Table
F1­
16
t
weights
[
28558];
Table
F1­
16
brayton
windowpane
egg
1
0.00069691
0.00069691
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
(
modified)

Page
18
of
24
5­
2349
­
species.
growth04
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
475
A
B
C
D
E
F
G
H
I
J
K
windowpane
larvae
2
0.75
0.75
NA
NAT
based
on
other
ages
y
AGRET
based
on
other
ages
brayton
windowpane
juv
3
1.01
1.01
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age01
4
14.75
14.75
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age02
5
55.31
55.31
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age03
6
119.97
119.97
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age04
7
196.3
196.3
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age05
8
273.54
273.54
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age06
9
345.02
345.02
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age07
10
407.5
407.5
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age08
11
460.11
460.11
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age09
12
503.24
503.24
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
windowpane
age10
13
537.96
537.96
NA
NA.
[
28558];
Table
F1­
17
weights.
[
28558];
Table
F1­
17
brayton
winter.
flounder
egg
1
0.000523599
0.0005236
NA
NA
Represents
virtual.
lengr
^
3/
6,
assuming
1
cm^
3
=
1
g.
brayton
winter.
flounder
larvae1
2
2
2
NA
NAable
F1­
18/
MRI
(
2000)
assumed
by
AGRET
brayton
winter.
flounder
larvae2
3
5
5
NA
NAable
F1­
18/
MRI
(
2000)
assumed
by
AGRET
brayton
winter.
flounder
larvae3
4
8
8
NA
NAable
F1­
18/
MRI
(
2000)
assumed
by
AGRET
brayton
winter.
flounder
larvae4
5
10
10
NA
NAable
F1­
18/
MRI
(
2000)
assumed
by
AGRET
brayton
winter.
flounder
juv
6
14.97
14.97
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age01
7
94.29
94.29
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age02
8
254.82
254.82
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age03
9
452.05
452.05
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age04
10
643.27
643.27
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age05
11
806.96
806.96
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age06
12
937.30
937.30
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age07
13
1036.55
1036.55
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age08
14
1109.98
1109.98
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age09
15
1163.28
1163.28
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age10
16
1201.48
1201.48
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age11
17
1228.63
1228.63
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age12
18
1247.80
1247.80
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age13
19
1261.29
1261.29
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age14
20
1270.75
1270.75
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age15
21
1277.38
1277.38
NA
NAable
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
winter.
flounder
age16
22
1282.01
1282.01
NA
d
Burnett(
1993)
able
F1­
18/
MRI
(
2000)
[
28558];
Whiterell(
1989)
brayton
Page
19
of
24
5­
2349
­
species.
growth04
123456789
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
A
B
C
D
E
F
G
H
I
species
stage
fraction.
mature
mean.
fecundity
notes.
fraction.
mature
notes.
mean.
fecundity
lifetime.
fecundity
notes.
lifetime.
fecundity
taken.
from
alewife
age01
0.00
062;
p.
106/
Saint
John
River
NA
NA
pilgrim
alewife
age02
0.03
1000
extrapolated
by
Agret
extrapolated
by
Agret
NA
NA
pilgrim
alewife
age03
0.50
10000
extrapolated
by
Agret
extrapolated
by
Agret
NA
NA
pilgrim
alewife
age04
1.00
13116162;
p.
106/
Saint
John
River
25978;
TAB18,
Table
17;
NA
NA
pilgrim
alewife
age05
1.00
16527962;
p.
106/
Saint
John
River
25978;
TAB18,
Table
17;
NA
NA
pilgrim
alewife
age06
1.00
19099762;
p.
106/
Saint
John
River
25978;
TAB18,
Table
17;
NA
NA
pilgrim
alewife
age07
1.00
20948462;
p.
106/
Saint
John
River
25978;
TAB18,
Table
17;
NA
NA
pilgrim
alewife
age08
1.00
22239062;
p.
106/
Saint
John
River
25978;
TAB18,
Table
17;
NA
NA
pilgrim
american.
plaice
age01
0.00
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age02
0.00
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age03
0.3
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age04
0.7
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age05
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age06
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age07
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age08
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age09
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age10
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age11
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age12
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age13
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age14
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age15
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age16
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age17
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age18
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age19
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age20
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age21
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age22
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age23
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age24
1
NAulf
of
Maine;
George
Bank
NA
NA
pilgrim
american.
plaice
age25
1
NAulf
of
Maine;
George
Bank
1525000
husene,
Denmark,
340
p
pilgrim
american.
sand.
lance
age01
0.00
0
p.
439/
Long
Island
Sound
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age02
0.50
3475
p.
439/
Long
Island
Sound
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age03
1.00
3475
p.
439/
Long
Island
Sound
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age04
1.00
3475
p.
439/
Long
Island
Sound
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age05
1.00
2000
p.
439/
Long
Island
Sound
on
Scott
and
Scott
p.
439
NA
NA
pilgrim
american.
sand.
lance
age06
1.00
100
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age07
1.00
500
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age08
1.00
200
p.
439/
Long
Island
Sound
NA
NA
pilgrim
american.
sand.
lance
age09
1.00
100
p.
439/
Long
Island
Sound
NA
NA
pilgrim
atlantic.
cod
age01
0.00
21510
assumed
to
be
0
by
AgretNew
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
cod
age02
0.50
83109heastern
regional
stocks.
New
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
cod
age03
1.00
183242
assumed
to
be
1
by
AgretNew
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
cod
age04
1.00
321112
assumed
to
be
1
by
AgretNew
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
cod
age05
1.00
496171
assumed
to
be
1
by
AgretNew
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
cod
age06
1.00
708003
assumed
to
be
1
by
AgretNew
Foundland,
Labrador
NA
NA
pilgrim
atlantic.
herring
age01
0.00
271.0191632
assumed
by
Agretthern
Gulf
of
St.
Lawrence
NA
NA
pilgrim
atlantic.
herring
age02
0.10
625.2334069
assumed
by
Agretthern
Gulf
of
St.
Lawrence
NA
NA
pilgrim
atlantic.
herring
age03
0.50
59100OAA
(
1998);
#
26546/
p.
105
=
28.95
cm)
(
see
sheet
4)
NA
NA
pilgrim
atlantic.
herring
age04
1.00
222300OAA
(
1998);
#
26546/
p.
105
(=
42.6
cm)
(
see
sheet
4)
NA
NA
pilgrim
atlantic.
mackerel
age01
0.00
93025.06882OAA
(
1995);
#
26544/
p.
101=
1.9686
+
1.0228
(
logA),
NA
NA
pilgrim
atlantic.
mackerel
age02
0.50
189013.7853OAA
(
1995);
#
26544/
p.
101=
1.9686
+
1.0228
(
logA),
NA
NA
pilgrim
atlantic.
mackerel
age03
1.00
286153.8671OAA
(
1995);
#
26544/
p.
101=
1.9686
+
1.0228
(
logA),
NA
NA
pilgrim
atlantic.
menhaden
age01
0.00
115800113/
North
American
coast
1;
Table
1/
North
Carolina
NA
NA
pilgrim
atlantic.
menhaden
age02
0.50
177400113/
North
American
coast
1;
Table
1/
North
Carolina
NA
NA
pilgrim
atlantic.
menhaden
age03
1.00
302800113/
North
American
coast
1;
Table
1/
North
Carolina
NA
NA
pilgrim
atlantic.
menhaden
age04
1.00
308600113/
North
American
coast
1;
Table
1/
North
Carolina
NA
NA
pilgrim
atlantic.
menhaden
age05
1.00
568400113/
North
American
coast
1;
Table
1/
North
Carolina
NA
NA
pilgrim
atlantic.
silverside
age01
0.5
NAsgs.
gov/
wdb/
pub/
0117.
pdf
NA
NA
brayton
atlantic.
silverside
age02
1
NAsgs.
gov/
wdb/
pub/
0117.
pdf
NA
9125sgs.
gov/
wdb/
pub/
0117.
pdf
brayton
Page
20
of
24
5­
2349
­
fecundity05
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
A
B
C
D
E
F
G
H
I
bluefish
age01
0.41
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age02
0.98
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age03
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age04
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age05
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age06
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age07
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age08
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age09
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age10
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age11
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
NA
pilgrim
bluefish
age12
1
NA
NAournal/
j29/
pdf/
Salerno.
pdf
2700000
ay.
net/
spc/
bluefish.
htm
pilgrim
butterfish
age01
0.00
NA
NA6762;
p.
475/
gulf
of
Mexico
NA
brayton
butterfish
age02
1.00
NA
NA6762;
p.
475/
gulf
of
Mexico
NA
brayton
butterfish
age03
1.00
NA
NA6762;
p.
475/
gulf
of
Mexico
150000wat.
Res.
29(
5):
599­
612
brayton
cunner
age01
0.00
1409.288798
chke(
1998);
#
27013;
p.
10A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
cunner
age02
0.50
7879.322808
chke(
1998);
#
27013;
p.
11A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
cunner
age03
1.00
16592.00959
chke(
1998);
#
27013;
p.
12A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
cunner
age04
1.00
25026.50127
chke(
1998);
#
27013;
p.
13A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
cunner
age05
1.00
32190.27944
chke(
1998);
#
27013;
p.
14A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
cunner
age06
1.00
37857.90007
chke(
1998);
#
27013;
p.
15A)­
1.355(
logA)^
2
+
3.149)
NA
NA
pilgrim
fourbeard.
rockling
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age06
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age07
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age08
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
fourbeard.
rockling
age09
1
NA
NA
assumed
by
AGRET
25000op.
(
125,
Vol.
10):
442
p.
pilgrim
grubby
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age06
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age07
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age08
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
grubby
age09
1
NA
NA
assumed
by
AGRET
8758.25129ame
than
radiated
shanny
pilgrim
hogchoker
egg
0.00
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
larvae
0.00
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age01
0.5
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age02
1
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age03
1
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age04
1
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age05
1
NA
[
25906],
p.
I.
34
NA
NA
brayton
hogchoker
age06
1
NA
[
25906],
p.
I.
34
NA
33465pany
(
1994);
[
25906]
p.
I.
34
brayton
skate.
species
egg
0.00
0
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
larvae
0.00
0
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age01
0.5
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age02
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age03
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age04
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age05
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age06
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age07
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
skate.
species
age08
1
42
assumed
by
AGRETsia
and
western
Greece)
pilgrim
lumpfish
age01
0.00
0
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
lumpfish
age02
0.00
0
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
lumpfish
age03
1
140,000
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
lumpfish
age04
1
140,000
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
lumpfish
age05
1
140,000
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
lumpfish
age06
1
140,000
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
Page
21
of
24
5­
2349
­
fecundity05
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
A
B
C
D
E
F
G
H
I
lumpfish
age07
1
140,000
cott
&
Scott,
1988,
pg
519
cott
&
Scott,
1988,
pg
519
pilgrim
northern.
pipefish
age01
0.5
860
cott
&
Scott,
1988,
pg
351
cott
&
Scott,
1988,
pg
351
pilgrim
northern.
pipefish
age02
1
860
cott
&
Scott,
1988,
pg
351
cott
&
Scott,
1988,
pg
351
pilgrim
northern.
pipefish
age03
1
860
cott
&
Scott,
1988,
pg
351
cott
&
Scott,
1988,
pg
351
pilgrim
northern.
pipefish
age04
1
860
cott
&
Scott,
1988,
pg
351
cott
&
Scott,
1988,
pg
351
pilgrim
northern.
pipefish
age05
1
860
cott
&
Scott,
1988,
pg
351
cott
&
Scott,
1988,
pg
351
pilgrim
pollock
age01
0.24
8115
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age02
0.50
10142
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age03
0.70
11156
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age04
0.92
168750
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age05
1.00
223192
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age06
1.00
339827
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age07
1.00
419460
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age08
1.00
491383
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age09
1.00
592362
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age10
1.00
636344
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age11
1.00
730744
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age12
1.00
807372
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age13
1.00
889185
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age14
1.00
975156
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
pollock
age15
1.00
1037828
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
radiated.
shanny
age01
0.00
0
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age02
0.00
0
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age03
0.5
1000
assumed
by
AGRET
Accessed
June
7,
2001.
NA
NA
pilgrim
radiated.
shanny
age04
1
1000
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age05
1
1000
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age06
1
1624762],
p.
423
(
arctic
shanny)
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age07
1
2000
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age08
1
2475762],
p.
423
(
arctic
shanny)
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age09
1
2500
assumed
by
AGRET
assumed
by
AGRET
NA
NA
pilgrim
radiated.
shanny
age10
1
2500
assumed
by
AGRET
assumed
by
AGRET
8758.25129
rate,
and
egg
production
pilgrim
rainbow.
smelt
age01
0.00
0.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
rainbow.
smelt
age02
1.00
11488.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
rainbow.
smelt
age03
1.00
22847.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
rainbow.
smelt
age04
1.00
33120.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
rainbow.
smelt
age05
1.00
45555.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
rainbow.
smelt
age06
1.00
59980.00
Board
Can.
(
184):
966
p.
d
estuary,
New
Brunswick
NA
NA
pilgrim
red.
hake
age01
0.04
156637
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age02
0.73
249325
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age03
0.99
326692
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age04
1.00
462133
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age05
1.00
732992
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age06
1.00
912603
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age07
1.00
877988
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age08
1.00
1449275
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age09
1.00
1654144
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age10
1.00
2293885
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age11
1.00
2578819
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
red.
hake
age12
1.00
3021598
rtheast
stock
assessment
rtheast
stock
assessment
NA
NA
pilgrim
rock.
gunnel
age01
0.5
80
assumed
by
AGRET
Accessed
June
11,
2001
NA
pilgrim
rock.
gunnel
age02
1
200
assumed
by
AGRET
Accessed
June
11,
2001
NA
pilgrim
rock.
gunnel
age03
1
400
assumed
by
AGRET
Accessed
June
11,
2001
NA
pilgrim
rock.
gunnel
age04
1
600
assumed
by
AGRET
Accessed
June
11,
2001
NA
pilgrim
rock.
gunnel
age05
1
800
assumed
by
AGRET
Accessed
June
11,
2001
NA
pilgrim
sculpin.
spp
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age06
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age07
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age08
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sculpin.
spp
age09
1
NA
NA
assumed
by
AGRET
8758.25129ame
than
radiated
shanny
pilgrim
Page
22
of
24
5­
2349
­
fecundity05
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
A
B
C
D
E
F
G
H
I
scup
egg
0.00
0
[
27296];
p.
106chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
larvae
0.00
0
[
27296];
p.
107chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age01
0.00
0
[
27296];
p.
108chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age02
0.5
7000
[
27296];
p.
109chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age03
1
7000
[
27296];
p.
110chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age04
1
7000
[
27296];
p.
111chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age05
1
7000
[
27296];
p.
112chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age06
1
7000
[
27296];
p.
113chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age07
1
7000
[
27296];
p.
114chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age08
1
7000
[
27296];
p.
115chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age09
1
7000
[
27296];
p.
116chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age10
1
7000
[
27296];
p.
117chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age11
1
7000
[
27296];
p.
118chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age12
1
7000
[
27296];
p.
119chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
scup
age13
1
7000
[
27296];
p.
120chmemo/
Scup149.
pdf;
p.
2
NA
pilgrim
sea.
raven
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age06
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age07
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age08
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
sea.
raven
age09
1
NA
NA
assumed
by
AGRET
15000ott
(
1988);
#
26762;
p.
497/
pilgrim
searobin
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age06
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age07
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
searobin
age08
1
NA
NA
assumed
by
AGRET
8758.25129ame
than
radiated
shanny
pilgrim
silver.
hake
age01
0.00
156637
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age02
0.5
249325
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age03
1
326692
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age04
1
462133
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age05
1
732992
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age06
1
912603
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age07
1
877988
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age08
1
1449275
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age09
1
1654144
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age10
1
2293885
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age11
1
2578819
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
silver.
hake
age12
1
3021598
cott,
1988[
26762],
p.
279,
rtheast
stock
assessment
NA
brayton
striped.
killifish
age01
0.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age02
0.50
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age03
1.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age04
1.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age05
1.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age06
1.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
striped.
killifish
age07
1.00
600078.
htm
:
450­
800
eggs
acsis/
lists/
M010078.
htm
NA
brayton
tautog
age01
0.5
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
tautog
age02
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
tautog
age03
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
tautog
age04
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
tautog
age05
1
NA
NA
assumed
by
AGRET
NA
NA
pilgrim
tautog
age06
1
NA
NA
assumed
by
AGRET
217406
[
25906],
p.
I.
31
pilgrim
threespine.
stickleback
age01
0.5
600
Accessed
June
11,
2001.
Scott
and
Scott,
p.
339
NA
brayton
threespine.
stickleback
age02
1
600
Accessed
June
11,
2001.
der
(
1953);
[
26616];
p.
309
NA
brayton
threespine.
stickleback
age03
1
600
Accessed
June
11,
2001.
der
(
1953);
[
26616];
p.
309
NA
brayton
threespine.
stickleback
age04
1.00
600
Accessed
June
11,
2001.
der
(
1953);
[
26616];
p.
309
NA
brayton
windowpane
age01
0.00
NA
NA
Scott
and
Scott,
p.
539
100000
brayton
windowpane
age02
0.00
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
Page
23
of
24
5­
2349
­
fecundity05
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
A
B
C
D
E
F
G
H
I
windowpane
age03
0.5
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
windowpane
age04
1
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
windowpane
age05
1
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
windowpane
age06
1
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
windowpane
age07
1
NA
NA
Scott
and
Scott,
p.
539
NA
brayton
windowpane
age08
1
NA
NA
Scott
and
Scott,
p.
539
NA
nual
Report,
1994)
,
p.
I.
32
brayton
winter.
flounder
age01
0.00
NA
NA
NA
140708
[
23746],
Table
1
brayton
winter.
flounder
age02
0.00
NA
NA
NA
NA
brayton
winter.
flounder
age03
0.5
NA
NA
NA
NA
brayton
winter.
flounder
age04
1
NA
NA
NA
NA
brayton
winter.
flounder
age05
1
NA
NA
NA
NA
brayton
winter.
flounder
age06
1
NA
NA
NA
NA
brayton
winter.
flounder
age07
1
NA
NA
NA
NA
brayton
winter.
flounder
age08
1
NA
NA
NA
NA
brayton
winter.
flounder
age09
1
NA
NA
NA
NA
brayton
winter.
flounder
age10
1
NA
NA
NA
NA
brayton
winter.
flounder
age11
1
NA
NA
NA
NA
brayton
winter.
flounder
age12
1
NA
NA
NA
NA
brayton
Page
24
of
24
5­
2349
­
fecundity05