species
stage
stage.
sequenceival.
bystage.
fraction
nat.
mort.
m
fish.
mort.
f
fraction.
vulnerable
species.
used
DCTM_
ARP.
xls
(
life.
history02)
notes.
survival.
rate
notes.
nat.
mortnotes.
fish.
mort
notes.
fraction.
vulnerable
DCTM_
ARP.
xls
(
life.
history02)
species
alpha.
cm.
to.
gm
alpha.
mm.
to.
gm
beta.
mm.
to.
gm
notes
DCTM_
ARP.
xls
(
lbs.
from.
mm03)
species
stage
tage.
sequenctotal.
len.
mm
weight.
g
weight.
lbs
species.
used
notes.
mnote.
length
note.
weight
dummy
dummy
­
999
­
999
­
999
­
999.00
dummy
dummydummy
dummy
anchovies1
egg
1
0.0006
0.0006
.
northern.
anchovy
.
Represents
wCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
anchovies1
larvae
2
0.0007
0.0007
.
northern.
anchovy
.
Represents
wCalculated
as
10%
greater
than
egg
weight.
anchovies1
juvenile
3
6.0055
6.0055
.
northern.
anchovy
.
Represents
wCalculated
using
83
mm
(
1
increment
greater
th
anchovies1
age01
4
18.5
18.5
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies1
age02
5
24.0
24.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies1
age03
6
27.6
27.6
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies1
age04
7
31.0
31.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies1
age05
8
34.6
34.6
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies1
age06
9
35.8
35.8
.
northern.
anchovy
FishBaRepresents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
egg
1
0.0006
0.0006
.
northern.
anchovy
.
Represents
wCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
anchovies2
larvae.
3mm
2
0.000686
0.000686
.
northern.
anchovy
.
Represents
wAssumed
to
be
10%
greater
than
egg
weight.
anchovies2
larvae.
4mm
3
0.000784
0.000784
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
5mm
4
0.001514
0.001514
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
6mm
5
0.002593
0.002593
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
7mm
6
0.004085
0.004085
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
8mm
7
0.006058
0.006058
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
9mm
8
0.008574
0.008574
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
10mm
9
0.011700
0.011700
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
11mm
10
0.015499
0.015499
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
12mm
11
0.020034
0.020034
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
13mm
12
0.025370
0.025370
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
14mm
13
0.031569
0.031569
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
15mm
14
0.038695
0.038695
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
16mm
15
0.046810
0.046810
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
17mm
16
0.055977
0.055977
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
18mm
17
0.066258
0.066258
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
19mm
18
0.077716
0.077716
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
20mm
19
0.090412
0.090412
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
21mm
20
0.104408
0.104408
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
22mm
21
0.119766
0.119766
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
23mm
22
0.136547
0.136547
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
24mm
23
0.154814
0.154814
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
25mm
24
0.174626
0.174626
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
26mm
25
0.196046
0.196046
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
27mm
26
0.219134
0.219134
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
28mm
27
0.243951
0.243951
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
29mm
28
0.270558
0.270558
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
30mm
29
0.299015
0.299015
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
31mm
30
0.329384
0.329384
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
32mm
31
0.361725
0.361725
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
33mm
32
0.396097
0.396097
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
34mm
33
0.432562
0.432562
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
35mm
34
0.471180
0.471180
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
36mm
35
0.512010
0.512010
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
37mm
36
0.555112
0.555112
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
38mm
37
0.600548
0.600548
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
39mm
38
0.648375
0.648375
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
40mm
39
0.698655
0.698655
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
41mm
40
0.751447
0.751447
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
larvae.
59mm
41
2.198869
2.198869
.
northern.
anchovy
.
Represents
wCalculated
based
on
larval
length
from
#
25876
anchovies2
juvenile
42
6.0055
6.0055
.
northern.
anchovy
.
Represents
wCalculated
using
83
mm
(
1
increment
greater
th
anchovies2
age01
43
18.5
18.5
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
age02
44
24.0
24.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
age03
45
27.6
27.6
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
age04
46
31.0
31.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
age05
47
34.6
34.6
.
northern.
anchovy
FishBaRepresents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies2
age06
48
35.8
35.8
.
northern.
anchovy
FishBaRepresents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
egg
1
0.0006
0.0006
.
northern.
anchovy
.
Represents
wCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
anchovies3
larvae.
6mm
2
0.002593
0.002593
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
7mm
3
0.004085
0.004085
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
9mm
4
0.008574
0.008574
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
10mm
5
0.011700
0.011700
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
11mm
6
0.015499
0.015499
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
12mm
7
0.020034
0.020034
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
13mm
8
0.025370
0.025370
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
14mm
9
0.031569
0.031569
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
15mm
10
0.038695
0.038695
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
17mm
11
0.055977
0.055977
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
19mm
12
0.077716
0.077716
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
20mm
13
0.090412
0.090412
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
21mm
14
0.104408
0.104408
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
23mm
15
0.136547
0.136547
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
26mm
16
0.196046
0.196046
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
28mm
17
0.243951
0.243951
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
29mm
18
0.270558
0.270558
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
30mm
19
0.299015
0.299015
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
31mm
20
0.329384
0.329384
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
32mm
21
0.361725
0.361725
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
38mm
22
0.600548
0.600548
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
57mm
23
1.986171
1.986171
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
62mm
24
2.545314
2.545314
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
64mm
25
2.795225
2.795225
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
65mm
26
2.926040
2.926040
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
66mm
27
3.060839
3.060839
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
67mm
28
3.199680
3.199680
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
70mm
29
3.641037
3.641037
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
DCTM_
ARP.
xls
(
species.
growth04)
species
stage
tage.
sequenctotal.
len.
mm
weight.
g
weight.
lbs
species.
used
notes.
mnote.
length
note.
weight
anchovies3
larvae.
75mm
30
4.462894
4.462894
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
81mm
31
5.600369
5.600369
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
larvae.
82mm
32
5.806798
5.806798
.
northern.
anchovy
.
Represents
wCalculated
using
larval
length
and
L­
W
equation
anchovies3
juvenile
33
6.0055
6.0055
.
northern.
anchovy
.
Represents
wCalculated
using
83
mm
(
1
increment
greater
th
anchovies3
age01
34
18.5
18.5
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
age02
35
24.0
24.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
age03
36
27.6
27.6
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
age04
37
31.0
31.0
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
age05
38
34.6
34.6
.
northern.
anchovy
.
Represents
w#
25876,
p.
C­
12,
Table
C­
6
anchovies3
age06
39
35.8
35.8
.
northern.
anchovy
FishBaRepresents
w#
25876,
p.
C­
12,
Table
C­
6
com.
shrimp
egg
1
4.8825
.
.
bay.
shrimp
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
com.
shrimp
larvae
2
6.7
.
.
bay.
shrimp
.
http://
fwie.
fw.
v.
com.
shrimp
juvenile
3
27
.
.
bay.
shrimp
.
http://
fwie.
fw.
v.
com.
shrimp
age01
4
43.8
.
.
black.
tailed.
bay.
shrimp.
Interpolated
b.
com.
shrimp
age02
5
71.0
.
.
black.
tailed.
bay.
shrimp#
30009#
30009
p.
4­
51.
forage.
shrimp
egg
1
4.8825
.
.
bay.
shrimp
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
forage.
shrimp
larvae
2
6.7
.
.
bay.
shrimp
.
http://
fwie.
fw.
v.
forage.
shrimp
juvenile
3
27
.
.
bay.
shrimp
.
http://
fwie.
fw.
v.
forage.
shrimp
age01
4
30.5
.
.
black.
tailed.
bay.
shrimp.
#
30009
p.
4­
51.
forage.
shrimp
age02
5
71.0
.
.
black.
tailed.
bay.
shrimp#
30009#
30009
p.
4­
51.
cabezon
egg
1
4.7621
.
.
cabezon
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
cabezon
larvae
2
25
.
.
cabezon
.
Cailliet,
2000..
cabezon
juvenile
3
60
.
.
cabezon
.
O'Connell,
19.
cabezon
age01
4
165.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age02
5
305.0
.
.
cabezon
.
Avg.
of
ages
1.
cabezon
age03
6
445.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age04
7
504.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age05
8
524.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age06
9
550.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age07
10
569.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age08
11
585.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age09
12
620.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age10
13
631.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age11
14
659.0
.
.
cabezon
.
O'Connell,
19.
cabezon
age12
15
689.5
.
.
cabezon
.
Avg.
of
ages
1.
cabezon
age13
16
720.0
.
.
cabezon
CaillietO'Connell,
19.
california.
halibut
egg
1
2.8320
.
.
california.
halibut
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
california.
halibut
larvae
2
5.70
.
.
california.
halibut
.
Cailliet
2000
(.
california.
halibut
juvenile
3
90.00
.
.
california.
halibut
.
Cailliet
2000
(.
california.
halibut
age01
4
178.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age02
5
318.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age03
6
439.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age04
7
553.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age05
8
648.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age06
9
730.5
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age07
10
813.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age08
11
876.5
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age09
12
940.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age10
13
978.0
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age11
14
1016.0
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age12
15
1054.0
.
.
california.
halibut
.
Kucas
and
Ha.
california.
halibut
age13
16
1080.1
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age14
17
1106.2
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age15
18
1132.3
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age16
19
1158.4
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age17
20
1184.6
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age18
21
1210.7
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age19
22
1236.8
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age20
23
1262.9
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age21
24
1289.0
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age22
25
1315.1
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age23
26
1341.2
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age24
27
1367.3
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age25
28
1393.4
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age26
29
1419.6
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age27
30
1445.7
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age28
31
1471.8
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age29
32
1497.9
.
.
california.
halibut
.
Calculated
ba.
california.
halibut
age30
33
1524.0
.
.
california.
halibut
CaillietCailliet,
2000
.
drums.
croakers
egg
1
2.2664
.
.
white.
croaker
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
drums.
croakers
larvae
2
4.4000
.
.
white.
croaker
.
#
30009
p.
3­
6#
30009
p.
5­
28:
Larval
growth
rate
0.20mm/
day
drums.
croakers
juvenile
3
17.2000
.
.
white.
croaker
.
Cailliet,
2000..
drums.
croakers
age01
4
165.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age02
5
181.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age03
6
196.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age04
7
211.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age05
8
225.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age06
9
239.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age07
10
253.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age08
11
266.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age09
12
278.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age10
13
290.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age11
14
301.0
.
.
white.
croaker
.
#
22499,
pg.
C.
drums.
croakers
age12
15
313.0
.
.
white.
croaker
#
22499#
22499,
pg.
C.
delta.
smelt
egg
1
6.4295
.
.
delta.
smelt
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
delta.
smelt
larvae
2
6.5000
.
.
delta.
smelt
.
http://
dlp.
cs.
b.
delta.
smelt
juvenile
3
20.0000
.
.
delta.
smelt
.
http://
calwater.
ca.
gov/
Programs/
Science/
adobe_
pdf/
2002_
Del
DCTM_
ARP.
xls
(
species.
growth04)
species
stage
tage.
sequenctotal.
len.
mm
weight.
g
weight.
lbs
species.
used
notes.
mnote.
length
note.
weight
delta.
smelt
age01
4
80.0
.
.
delta.
smelt
max
ag#
26892;
p.
68.
dungeness1
egg
1
0.3564
.
.
dungeness.
crab
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
dungeness1
zoea
2
4.0000
.
.
dungeness.
crab
.
Based
on
meg.
dungeness1
megalopae
3
80.0000
.
.
dungeness.
crab
.
http://
fwie.
fw.
v.
dungeness1
age01
4
100.0
.
.
dungeness.
crab
.
Pauley
et
al.,
.
dungeness1
age02
5
108.0
.
.
dungeness.
crab
.
http://
fwie.
fw.
v.
dungeness1
age03
6
133.5
.
.
dungeness.
crab
.
Average
of
ag.
dungeness1
age04
7
159.0
.
.
dungeness.
crab
.
Pauley
et
al.,
.
dungeness1
age05
8
164.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness1
age06
9
169.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness1
age07
10
174.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness1
age08
11
179.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness1
age09
12
184.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness1
age10
13
189.0
.
.
dungeness.
crab
http://
fwhttp://
fwie.
fw.
v.
dungeness2
egg
1
0.3564
.
.
dungeness.
crab
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
dungeness2
larvae
2
4.0000
.
.
dungeness.
crab
.
Based
on
meg.
dungeness2
megalopae
3
80.0000
.
.
dungeness.
crab
.
http://
fwie.
fw.
v.
dungeness2
age01
4
100.0
.
.
dungeness.
crab
.
Pauley
et
al.,
.
dungeness2
age02
5
108.0
.
.
dungeness.
crab
.
http://
fwie.
fw.
v.
dungeness2
age03
6
133.5
.
.
dungeness.
crab
.
Average
of
ag.
dungeness2
age04
7
159.0
.
.
dungeness.
crab
.
Pauley
et
al.,
.
dungeness2
age05
8
164.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness2
age06
9
169.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness2
age07
10
174.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness2
age08
11
179.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness2
age09
12
184.0
.
.
dungeness.
crab
.
Calculated
ba.
dungeness2
age10
13
189.0
.
.
dungeness.
crab
http://
fwhttp://
fwie.
fw.
v.
flounders
egg
1
1.7703
.
.
speckled.
sanddab
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
flounders
larvae
2
19.6500
.
.
speckled.
sanddab
.
Cailliet
2000.
.
flounders
juvenile
3
35.0000
.
.
speckled.
sanddab
.
Cailliet
2000.
.
flounders
age01
4
63.1
.
.
speckled.
sanddab
.
#
30009
p.
4­
2.
flounders
age02
5
89.7
.
.
speckled.
sanddab
.
Calculated
ba.
flounders
age03
6
116.4
.
.
speckled.
sanddab
.
Calculated
ba.
flounders
age04
7
143.0
.
.
speckled.
sanddab
#
25738#
30009
p.
4­
29.
gobies
egg
1
8.6019
.
.
blackeye.
goby
.
Represents
viCalculated
as
V=
Pi
x
diameter^
3/
6,
assuming
1c
gobies
larvae
2
10.1250
.
.
blackeye.
goby
.
#
25738
p.
5­
34.
gobies
juvenile
3
20.5000
.
.
blackeye.
goby
.
#
25738
p.
5­
33.
gobies
age01
4
45.0
.
.
blackeye.
goby
.
#
25738
p.
5­
34.
gobies
age02
5
57.5
.
.
blackeye.
goby
.
Calculated
ba.
gobies
age03
6
70.0
.
.
blackeye.
goby
.
#
25738
p.
5­
34.
gobies
age04
7
110.0
.
.
blackeye.
goby
.
Calculated
ba.
gobies
age05
8
150.0
.
.
blackeye.
goby
#
25738Froese
&
Pau.
herrings1
egg
1
0.0007
0.0007
.
pacific.
herring
.
Represents
wCalculated
as
10%
less
than
larval
weight
from
h
herrings1
larvae
2
0.000817
0.000817
.
pacific.
herring
.
Represents
wLarvae
6mm
from
herrings2
and
3.
herrings1
juvenile
3
0.7314
0.7314
.
pacific.
herring
.
Represents
wCalculated
based
on
juv.
length
of
49
(
one
increm
herrings1
age01
4
18.5
18.5
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age02
5
57.9
57.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age03
6
75.9
75.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age04
7
95.6
95.6
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age05
8
116.8
116.8
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age06
9
130.5
130.5
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age07
10
149.8
149.8
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age08
11
156.6
156.6
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings1
age09
12
160.0
160.0
.
pacific.
herring
.
Represents
wDCacela:
unsupported
values
for
3
oldes
age
cla
herrings1
age10
13
165.0
165.0
.
pacific.
herring
.
Represents
w.
herrings1
age11
14
170.0
170.0
.
pacific.
herring
#
30009Represents
w.
herrings2
egg
1
0.0007
0.0007
.
pacific.
herring
.
Represents
wCalculated
as
10%
less
than
larval
weight.
herrings2
larvae.
6mm
2
0.0008
0.0008
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
7mm
3
0.0014
0.0014
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
8mm
4
0.0021
0.0021
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
9mm
5
0.0031
0.0031
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
10mm
6
0.0043
0.0043
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
11mm
7
0.0059
0.0059
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
12mm
8
0.0078
0.0078
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
13mm
9
0.0100
0.0100
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
14mm
10
0.0128
0.0128
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
15mm
11
0.0159
0.0159
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
16mm
12
0.0196
0.0196
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
17mm
13
0.0239
0.0239
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
18mm
14
0.0287
0.0287
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
19mm
15
0.0342
0.0342
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
20mm
16
0.0404
0.0404
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
21mm
17
0.0473
0.0473
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
22mm
18
0.0550
0.0550
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
23mm
19
0.0635
0.0635
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
24mm
20
0.0728
0.0728
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
25mm
21
0.0831
0.0831
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
26mm
22
0.0943
0.0943
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
27mm
23
0.1066
0.1066
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
28mm
24
0.1199
0.1199
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
29mm
25
0.1343
0.1343
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
larvae.
30mm
26
0.1498
0.1498
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings2
juvenile
27
0.7314
0.7314
.
pacific.
herring
.
Represents
wCalculated
based
on
juv.
length
of
49
(
one
increm
herrings2
age01
28
18.5
18.5
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age02
29
57.9
57.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age03
30
75.9
75.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age04
31
95.6
95.6
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
DCTM_
ARP.
xls
(
species.
growth04)
species
stage
tage.
sequenctotal.
len.
mm
weight.
g
weight.
lbs
species.
used
notes.
mnote.
length
note.
weight
herrings2
age05
32
116.8
116.8
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age06
33
130.5
130.5
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age07
34
149.8
149.8
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age08
35
156.6
156.6
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings2
age09
36
160.0
160.0
.
pacific.
herring
.
Represents
wDCacela:
unsupported
values
for
3
oldes
age
cla
herrings2
age10
37
165.0
165.0
.
pacific.
herring
.
Represents
wAssumed
based
on
weights
in
Lassuy,
Dennis
R
herrings2
age11
38
170.0
170.0
.
pacific.
herring
#
30009Represents
wAssumed
based
on
weights
in
Lassuy,
Dennis
R
herrings3
egg
1
0.0007
0.0007
.
pacific.
herring
.
Represents
wCalculated
as
10%
less
than
larval
weight.
herrings3
larvae.
6mm
2
0.0008
0.0008
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
7mm
3
0.0014
0.0014
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
8mm
4
0.0021
0.0021
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
9mm
5
0.0031
0.0031
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
10mm
6
0.0043
0.0043
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
11mm
7
0.0059
0.0059
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
12mm
8
0.0078
0.0078
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
13mm
9
0.0100
0.0100
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
15mm
10
0.0159
0.0159
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
16mm
11
0.0196
0.0196
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
17mm
12
0.0239
0.0239
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
18mm
13
0.0287
0.0287
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
19mm
14
0.0342
0.0342
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
20mm
15
0.0404
0.0404
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
21mm
16
0.0473
0.0473
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
22mm
17
0.0550
0.0550
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
23mm
18
0.0635
0.0635
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
24mm
19
0.0728
0.0728
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
25mm
20
0.0831
0.0831
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
47mm
21
0.6393
0.6393
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
larvae.
48mm
22
0.6843
0.6843
.
pacific.
herring
.
Represents
wCalculated
based
on
larval
length
from
#
25876
herrings3
juvenile
23
0.7314
0.7314
.
pacific.
herring
.
Represents
wCalculated
based
on
juv.
length
of
49
(
one
increm
herrings3
age01
24
18.5
18.5
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings3
age02
25
57.9
57.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
herrings3
age03
26
75.9
75.9
.
pacific.
herring
.
Represents
wLassuy,
Dennis
R.
1989.
Species
Profile:
Life
his
DCTM_
ARP.
xls
(
species.
growth04)
species
stage
fraction.
mature
mean.
fecundity
species.
used
notes.
fraction.
mature
notes.
mean.
fecundity
lifetime.
fecundit
dummy
dummy
­
999
­
999
dummy
dummy
dummy
dummy
croakers
age01
0.8
41400
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
535400
croakers
age02
0.95
73800
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age03
1
160800
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age04
1
252000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age05
1
372000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age06
1
535200
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age07
1
758400
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age08
1
888000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age09
1
888000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age10
1
888000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age11
1
888000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
croakers
age12
1
888000
white.
croaker
#
22499,
pg
C­
27
#
22499,
pg
C­
28
cabezon
age01
0
0
cabezon
#
22499
p.
C­
38
Assumed
by
Agage
based
on
216200
cabezon
age02
0
0
cabezon
#
22499
p.
C­
38
Assumed
by
Agage
based
on
#
22499
p.
C­
38.

cabezon
age03
0.6
41900
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age04
0.8
51900
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age05
1
64000
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age06
1
68600
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age07
1
74700
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age08
1
77800
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age09
1
85400
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age10
1
91600
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age11
1
97700
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age12
1
106900
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
cabezon
age13
1
119100
cabezon
#
22499
p.
C­
38
#
22499
p.
C­
38
DCTM_
ARP.
xls
(
fecundity05)
Life
History
Data
for
California
Updated
on
8/
5/
2003
Life
history
data
for
species
groups
chosen
for
California.

Worksheet
Description
life.
history02
Includes
survival,
natural
mortality,
and
fishing
mortality
parameters
for
each
group
lbs.
from.
mm03
Includes
length­
weight
conversion
equations
for
each
group
species.
growth04
Includes
growth
parameters
for
each
group
fecundity05
Includes
fecundity
parameters
for
each
group
length.
conversions
Worksheet
used
to
convert
length
from
TL
to
SL
or
vice
versa
to
match
length
type
used
in
L­
W
equation.

Notes:
QC
Notes
QC'd
by
M.
Barron
12/
9/
02.
Problems
are
highlighted
in
green.
Blanks
are
highlighted
in
blue.

QC'd
by
M.
Barron
12/
9/
02.
Problems
are
highlighted
in
green.
Blanks
are
highlighted
in
blue.

QC'd
by
M.
Barron
12/
9/
02.
Problems
are
highlighted
in
green.
Blanks
are
highlighted
in
blue.

Worksheet
not
used.
Needs
QA/
QC
if
it
is
to
be
included
in
the
future.

QC'd
by
M.
Barron
12/
9/
02.
Problems
are
highlighted
in
green.
Blanks
are
highlighted
in
blue.
species
stage
stage.
seqtotal.
len.
mm
alpha.
mm.
to.
gm
beta.
mm.
to.
gm
weight.
g
anchovies1
juvenile
3
83.0000
0.000013
2.95000000
6.018195
anchovies2
larvae.
3mm
2
3.0000
0.000013
2.95000000
0.000336
anchovies2
larvae.
4mm
3
4.0000
0.000013
2.95000000
0.000784
anchovies2
larvae.
5mm
4
5.0000
0.000013
2.95000000
0.001514
anchovies2
larvae.
6mm
5
6.0000
0.000013
2.95000000
0.002593
anchovies2
larvae.
7mm
6
7.0000
0.000013
2.95000000
0.004085
anchovies2
larvae.
8mm
7
8.0000
0.000013
2.95000000
0.006058
anchovies2
larvae.
9mm
8
9.0000
0.000013
2.95000000
0.008574
anchovies2
larvae.
10mm
9
10.0000
0.000013
2.95000000
0.011700
anchovies2
larvae.
11mm
10
11.0000
0.000013
2.95000000
0.015499
anchovies2
larvae.
12mm
11
12.0000
0.000013
2.95000000
0.020034
anchovies2
larvae.
13mm
12
13.0000
0.000013
2.95000000
0.025370
anchovies2
larvae.
14mm
13
14.0000
0.000013
2.95000000
0.031569
anchovies2
larvae.
15mm
14
15.0000
0.000013
2.95000000
0.038695
anchovies2
larvae.
16mm
15
16.0000
0.000013
2.95000000
0.046810
anchovies2
larvae.
17mm
16
17.0000
0.000013
2.95000000
0.055977
anchovies2
larvae.
18mm
17
18.0000
0.000013
2.95000000
0.066258
anchovies2
larvae.
19mm
18
19.0000
0.000013
2.95000000
0.077716
anchovies2
larvae.
20mm
19
20.0000
0.000013
2.95000000
0.090412
anchovies2
larvae.
21mm
20
21.0000
0.000013
2.95000000
0.104408
anchovies2
larvae.
22mm
21
22.0000
0.000013
2.95000000
0.119766
anchovies2
larvae.
23mm
22
23.0000
0.000013
2.95000000
0.136547
anchovies2
larvae.
24mm
23
24.0000
0.000013
2.95000000
0.154814
anchovies2
larvae.
25mm
24
25.0000
0.000013
2.95000000
0.174626
anchovies2
larvae.
26mm
25
26.0000
0.000013
2.95000000
0.196046
anchovies2
larvae.
27mm
26
27.0000
0.000013
2.95000000
0.219134
anchovies2
larvae.
28mm
27
28.0000
0.000013
2.95000000
0.243951
anchovies2
larvae.
29mm
28
29.0000
0.000013
2.95000000
0.270558
anchovies2
larvae.
30mm
29
30.0000
0.000013
2.95000000
0.299015
anchovies2
larvae.
31mm
30
31.0000
0.000013
2.95000000
0.329384
anchovies2
larvae.
32mm
31
32.0000
0.000013
2.95000000
0.361725
anchovies2
larvae.
33mm
32
33.0000
0.000013
2.95000000
0.396097
anchovies2
larvae.
34mm
33
34.0000
0.000013
2.95000000
0.432562
anchovies2
larvae.
35mm
34
35.0000
0.000013
2.95000000
0.471180
anchovies2
larvae.
36mm
35
36.0000
0.000013
2.95000000
0.512010
anchovies2
larvae.
37mm
36
37.0000
0.000013
2.95000000
0.555112
anchovies2
larvae.
38mm
37
38.0000
0.000013
2.95000000
0.600548
anchovies2
larvae.
39mm
38
39.0000
0.000013
2.95000000
0.648375
anchovies2
larvae.
40mm
39
40.0000
0.000013
2.95000000
0.698655
anchovies2
larvae.
41mm
40
41.0000
0.000013
2.95000000
0.751447
anchovies2
larvae.
59mm
41
59.0000
0.000013
2.95000000
2.198869
anchovies3
larvae.
6mm
2
6.0000
0.000013
2.95000000
0.002593
anchovies3
larvae.
7mm
3
7.0000
0.000013
2.95000000
0.004085
anchovies3
larvae.
9mm
4
9.0000
0.000013
2.95000000
0.008574
anchovies3
larvae.
10mm
5
10.0000
0.000013
2.95000000
0.011700
anchovies3
larvae.
11mm
6
11.0000
0.000013
2.95000000
0.015499
anchovies3
larvae.
12mm
7
12.0000
0.000013
2.95000000
0.020034
anchovies3
larvae.
13mm
8
13.0000
0.000013
2.95000000
0.025370
anchovies3
larvae.
14mm
9
14.0000
0.000013
2.95000000
0.031569
anchovies3
larvae.
15mm
10
15.0000
0.000013
2.95000000
0.038695
anchovies3
larvae.
17mm
11
17.0000
0.000013
2.95000000
0.055977
anchovies3
larvae.
19mm
12
19.0000
0.000013
2.95000000
0.077716
anchovies3
larvae.
20mm
13
20.0000
0.000013
2.95000000
0.090412
anchovies3
larvae.
21mm
14
21.0000
0.000013
2.95000000
0.104408
anchovies3
larvae.
23mm
15
23.0000
0.000013
2.95000000
0.136547
anchovies3
larvae.
26mm
16
26.0000
0.000013
2.95000000
0.196046
anchovies3
larvae.
28mm
17
28.0000
0.000013
2.95000000
0.243951
anchovies3
larvae.
29mm
18
29.0000
0.000013
2.95000000
0.270558
anchovies3
larvae.
30mm
19
30.0000
0.000013
2.95000000
0.299015
anchovies3
larvae.
31mm
20
31.0000
0.000013
2.95000000
0.329384
anchovies3
larvae.
32mm
21
32.0000
0.000013
2.95000000
0.361725
anchovies3
larvae.
38mm
22
38.0000
0.000013
2.95000000
0.600548
anchovies3
larvae.
57mm
23
57.0000
0.000013
2.95000000
1.986171
anchovies3
larvae.
62mm
24
62.0000
0.000013
2.95000000
2.545314
anchovies3
larvae.
64mm
25
64.0000
0.000013
2.95000000
2.795225
anchovies3
larvae.
65mm
26
65.0000
0.000013
2.95000000
2.926040
anchovies3
larvae.
66mm
27
66.0000
0.000013
2.95000000
3.060839
anchovies3
larvae.
67mm
28
67.0000
0.000013
2.95000000
3.199680
anchovies3
larvae.
70mm
29
70.0000
0.000013
2.95000000
3.641037
anchovies3
larvae.
75mm
30
75.0000
0.000013
2.95000000
4.462894
anchovies3
larvae.
81mm
31
81.0000
0.000013
2.95000000
5.600369
anchovies3
larvae.
82mm
32
82.0000
0.000013
2.95000000
5.806798
herrings1
larvae
2
17.7750
0.000003
3.232
0.027596
herrings1
juvenile
3
49.0000
0.000003
3.232
0.731446
herrings2
larvae.
6mm
2
6.0000
0.000003
3.232
0.000825
herrings2
larvae.
7mm
3
7.0000
0.000003
3.232
0.001358
herrings2
larvae.
8mm
4
8.0000
0.000003
3.232
0.002091
herrings2
larvae.
9mm
5
9.0000
0.000003
3.232
0.003059
herrings2
larvae.
10mm
6
10.0000
0.000003
3.232
0.004300
herrings2
larvae.
11mm
7
11.0000
0.000003
3.232
0.005851
herrings2
larvae.
12mm
8
12.0000
0.000003
3.232
0.007751
herrings2
larvae.
13mm
9
13.0000
0.000003
3.232
0.010040
herrings2
larvae.
14mm
10
14.0000
0.000003
3.232
0.012757
herrings2
larvae.
15mm
11
15.0000
0.000003
3.232
0.015944
herrings2
larvae.
16mm
12
16.0000
0.000003
3.232
0.019642
herrings2
larvae.
17mm
13
17.0000
0.000003
3.232
0.023893
herrings2
larvae.
18mm
14
18.0000
0.000003
3.232
0.028741
herrings2
larvae.
19mm
15
19.0000
0.000003
3.232
0.034229
herrings2
larvae.
20mm
16
20.0000
0.000003
3.232
0.040401
herrings2
larvae.
21mm
17
21.0000
0.000003
3.232
0.047302
herrings2
larvae.
22mm
18
22.0000
0.000003
3.232
0.054977
herrings2
larvae.
23mm
19
23.0000
0.000003
3.232
0.063471
herrings2
larvae.
24mm
20
24.0000
0.000003
3.232
0.072830
herrings2
larvae.
25mm
21
25.0000
0.000003
3.232
0.083102
herrings2
larvae.
26mm
22
26.0000
0.000003
3.232
0.094333
herrings2
larvae.
27mm
23
27.0000
0.000003
3.232
0.106570
herrings2
larvae.
28mm
24
28.0000
0.000003
3.232
0.119862
herrings2
larvae.
29mm
25
29.0000
0.000003
3.232
0.134258
herrings2
larvae.
30mm
26
30.0000
0.000003
3.232
0.149804
herrings2
juvenile
27
49.0000
0.000003
3.232
0.731446
herrings3
larvae.
6mm
2
6.0000
0.000003
3.232
0.000825
herrings3
larvae.
7mm
3
7.0000
0.000003
3.232
0.001358
herrings3
larvae.
8mm
4
8.0000
0.000003
3.232
0.002091
herrings3
larvae.
9mm
5
9.0000
0.000003
3.232
0.003059
herrings3
larvae.
10mm
6
10.0000
0.000003
3.232
0.004300
herrings3
larvae.
11mm
7
11.0000
0.000003
3.232
0.005851
herrings3
larvae.
12mm
8
12.0000
0.000003
3.232
0.007751
herrings3
larvae.
13mm
9
13.0000
0.000003
3.232
0.010040
herrings3
larvae.
15mm
10
15.0000
0.000003
3.232
0.015944
herrings3
larvae.
16mm
11
16.0000
0.000003
3.232
0.019642
herrings3
larvae.
17mm
12
17.0000
0.000003
3.232
0.023893
herrings3
larvae.
18mm
13
18.0000
0.000003
3.232
0.028741
herrings3
larvae.
19mm
14
19.0000
0.000003
3.232
0.034229
herrings3
larvae.
20mm
15
20.0000
0.000003
3.232
0.040401
herrings3
larvae.
21mm
16
21.0000
0.000003
3.232
0.047302
herrings3
larvae.
22mm
17
22.0000
0.000003
3.232
0.054977
herrings3
larvae.
23mm
18
23.0000
0.000003
3.232
0.063471
herrings3
larvae.
24mm
19
24.0000
0.000003
3.232
0.072830
herrings3
larvae.
25mm
20
25.0000
0.000003
3.232
0.083102
herrings3
larvae.
47mm
21
47.0000
0.000003
3.232
0.639276
herrings3
larvae.
48mm
22
48.0000
0.000003
3.232
0.684290
sea.
basses
larvae
2
9.4000
0.000007
3.26
0.009816
sea.
basses
juvenile
3
16.6000
0.000007
3.26
0.062675
sea.
basses
age11
14
336.8
0.000123
2.7300
976.4
sea.
basses
age12
15
351.0
0.000123
2.7300
1092.9
sea.
basses
age13
16
364.4
0.000123
2.7300
1210.3
sea.
basses
age14
17
376.9
0.000123
2.7300
1327.8
sea.
basses
age15
18
388.8
0.000123
2.7300
1444.9
sea.
basses
age16
19
400.0
0.000123
2.7300
1561.0
sea.
basses
age17
20
410.5
0.000123
2.7300
1675.6
sea.
basses
age18
21
420.4
0.000123
2.7300
1788.3
sea.
basses
age19
22
429.7
0.000123
2.7300
1898.7
sea.
basses
age20
23
438.5
0.000123
2.7300
2006.5
sea.
basses
age21
24
446.8
0.000123
2.7300
2111.5
sea.
basses
age22
25
454.5
0.000123
2.7300
2213.5
sea.
basses
age23
26
461.9
0.000123
2.7300
2312.4
sea.
basses
age24
27
468.8
0.000123
2.7300
2408.0
sea.
basses
age25
28
475.3
0.000123
2.7300
2500.3
sea.
basses
age26
29
481.4
0.000123
2.7300
2589.3
sea.
basses
age27
30
487.2
0.000123
2.7300
2674.9
sea.
basses
age28
31
492.6
0.000123
2.7300
2757.1
sea.
basses
age29
32
497.7
0.000123
2.7300
2836.0
sea.
basses
age30
33
502.6
0.000123
2.7300
2911.6
sea.
basses
age31
34
507.1
0.000123
2.7300
2984.0
sea.
basses
age32
35
511.4
0.000123
2.7300
3053.1
sea.
basses
age33
36
515.4
0.000123
2.7300
3119.2
note.
length
note.
weight
#
25876,
p.
C­
5,
TCalculated
using
83
mm
(
1
increment
greater
than
largest
larvae
in
#
25876)
and
age
1
and
L­
W
equation
from
Froese
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
#
25876,
p.
C­
5,
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Froese
&
Pauly,
2002.
Northern
Anchovy
(
alph
One
increment
larCalculated
based
on
juv.
length
of
49
(
one
increment
larger
than
larvae48mm)
and
L­
W
equation
from
Fishbase
(
alpha=
One
increment
larCalculated
based
on
juv.
length
of
49
(
one
increment
larger
than
larvae48mm)
and
L­
W
equation
from
Fishbase
(
alpha=
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
#
25876,
p.
C­
4;
TCalculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
One
increment
larCalculated
based
on
juv.
length
of
49
(
one
increment
larger
than
larvae48mm)
and
L­
W
equation
from
Fishbase
(
alpha=
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Based
on
EA
198Calculated
based
on
larval
length
from
#
25876
and
L­
W
equation
from
Fishbase
(
alpha=
2.52E­
06
beta=
3.232).
Calculated
using
Calculated
using
lengths
from
Cailliet,
2000
and
L­
W
equation
from
Calliet:
W=
0.0000066SL3.26
(<
250
mm).
Calculated
using
Calculated
using
lengths
from
Cailliet,
2000
and
L­
W
equation
from
Calliet:
W=
0.0000066SL3.26
(<
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
Input
parameters
Calculate
based
on
Caillet,
2000.
W=
0.000123SL2.73
(>
250
mm).
se
&
Pauly,
2002.
Northern
Anchovy
(
alpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
lpha=
0.0117,
beta=
2.95
cm
to
g).
ha=
2.52E­
06
beta=
3.232).
ha=
2.52E­
06
beta=
3.232).

ha=
2.52E­
06
beta=
3.232).
species
stage
stage.
seque
nce
total.
len.
mm.
TL
total.
len.
mm.
SL
species.
used
flounders2
egg
1
0.78
california.
halibut
flounders2
larvae
2
5.70
california.
halibut
flounders2
juvenile
3
90.00
72.4
california.
halibut
flounders2
age01
4
97.9
79.4
california.
halibut
flounders2
age02
5
245.5
210.1
california.
halibut
flounders2
age03
6
373.7
323.5
california.
halibut
flounders2
age04
7
484.9
421.9
california.
halibut
flounders2
age05
8
581.5
507.4
california.
halibut
flounders2
age06
9
665.4
581.6
california.
halibut
flounders2
age07
10
738.2
646.1
california.
halibut
flounders2
age08
11
801.4
702.0
california.
halibut
flounders2
age09
12
856.3
750.5
california.
halibut
flounders2
age10
13
903.9
792.7
california.
halibut
flounders2
age11
14
945.3
829.3
california.
halibut
flounders2
age12
15
981.2
861.1
california.
halibut
flounders2
age13
16
1012.3
888.6
california.
halibut
flounders2
age14
17
1039.4
912.6
california.
halibut
flounders2
age15
18
1062.9
933.4
california.
halibut
flounders2
age16
19
1083.3
951.4
california.
halibut
flounders2
age17
20
1101.0
967.1
california.
halibut
flounders2
age18
21
1116.3
980.7
california.
halibut
flounders2
age19
22
1129.7
992.5
california.
halibut
flounders2
age20
23
1141.2
1002.7
california.
halibut
flounders2
age21
24
1151.3
1011.6
california.
halibut
flounders2
age22
25
1160.0
1019.4
california.
halibut
flounders2
age23
26
1167.6
1026.1
california.
halibut
flounders2
age24
27
1174.2
1031.9
california.
halibut
flounders2
age25
28
1179.9
1037.0
california.
halibut
flounders2
age26
29
1184.9
1041.3
california.
halibut
flounders2
age27
30
1189.2
1045.1
california.
halibut
flounders2
age28
31
1192.9
1048.5
california.
halibut
flounders2
age29
32
1196.1
1051.3
california.
halibut
flounders2
age30
33
1199.0
1053.8
california.
halibut
sea.
basses
egg
1
0.955
.
kelp.
bass
sea.
basses
larvae
2
9.4
.
kelp.
bass
sea.
basses
juvenile
3
16.6
.
kelp.
bass
sea.
basses
age01
4
165
136.5
kelp.
bass
sea.
basses
age02
5
196
162.3
kelp.
bass
sea.
basses
age03
6
225
186.7
kelp.
bass
sea.
basses
age04
7
253
209.6
kelp.
bass
sea.
basses
age05
8
279
231.2
kelp.
bass
sea.
basses
age06
9
303
251.5
kelp.
bass
sea.
basses
age07
10
326
270.7
kelp.
bass
sea.
basses
age08
11
348
288.7
kelp.
bass
sea.
basses
age09
12
368
305.7
kelp.
bass
sea.
basses
age10
13
387
321.7
kelp.
bass
sea.
basses
age11
14
406
336.8
kelp.
bass
sea.
basses
age12
15
423
351.0
kelp.
bass
sea.
basses
age13
16
439
364.4
kelp.
bass
sea.
basses
age14
17
454
376.9
kelp.
bass
sea.
basses
age15
18
468
388.8
kelp.
bass
sea.
basses
age16
19
481
400.0
kelp.
bass
sea.
basses
age17
20
494
410.5
kelp.
bass
sea.
basses
age18
21
506
420.4
kelp.
bass
sea.
basses
age19
22
517
429.7
kelp.
bass
sea.
basses
age20
23
528
438.5
kelp.
bass
sea.
basses
age21
24
538
446.8
kelp.
bass
sea.
basses
age22
25
547
454.5
kelp.
bass
sea.
basses
age23
26
556
461.9
kelp.
bass
sea.
basses
age24
27
564
468.8
kelp.
bass
sea.
basses
age25
28
572
475.3
kelp.
bass
sea.
basses
age26
29
579
481.4
kelp.
bass
sea.
basses
age27
30
586
487.2
kelp.
bass
sea.
basses
age28
31
593
492.6
kelp.
bass
sea.
basses
age29
32
599
497.7
kelp.
bass
sea.
basses
age30
33
604
502.6
kelp.
bass
sea.
basses
age31
34
610
507.1
kelp.
bass
sea.
basses
age32
35
615
511.4
kelp.
bass
sea.
basses
age33
36
620
515.4
kelp.
bass
silversides
egg
1
2
jacksmelt
silversides
larvae
2
16
jacksmelt
silversides
juvenile
3
35
27.8
jacksmelt
silversides
age01
4
117.5
96.5
jacksmelt
silversides
age02
5
200
165.3
jacksmelt
silversides
age03
6
232
191.8
jacksmelt
silversides
age04
7
264
218.3
jacksmelt
silversides
age05
8
295
244.7
jacksmelt
silversides
age06
9
327
271.2
jacksmelt
silversides
age07
10
359
297.7
jacksmelt
silversides
age08
11
391
324.2
jacksmelt
silversides
age09
12
422
350.7
jacksmelt
silversides
age10
13
454
377.1
jacksmelt
silversides
age11
14
486
403.6
jacksmelt
smelts
larvae
2
27.8
21.5
surf.
smelt
smelts
age01
4
106.8
90
surf.
smelt
smelts
age01
4
216.3
185
surf.
smelt
note.
length
Length
conversion
equations
Cailliet
2000
(
Ahlstrom
et
al
1984;
avg.
of
range
limits)
Cailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Cailliet
2000
(
Ahlstrom
et
al
1984;
avg.
of
range
limits)
Cailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Cailliet
2000
(
Kramer
and
Sunada
1992).
Assumed
TL.
Cailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Input
parameters
from
Cailliet,
2000
(
Reed
and
MaccallCailliet,
2000
(
Haaker,
1975)
.
TL=
8.15+
1.13
SL
Cailliet
2000.
(
Butler
et
al.
1982)
.
Cailliet
2000.
(
Butler
et
al.
1982;
Emmett
et
al.
1991;
W.
Cailliet
2000.
(
Butler
et
al.
1982)
.
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Input
parameters
from
Cailliet,
2000
(
Love,
Brooks,
BusCailliet,
2000
(
Love,
Brooks,
Busatto,
Stephens,
&
Gregory
1996a)
.
TL=
1.41
+
1.2S
Cailliet,
2000.
M
Barron:
Average
of
all
data
listed
for
egCailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Cailliet
2000
(
Emmett
et
al.,
1991).
Avg.
of
7.5
(
min)
anCailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
http://
dlp.
cs.
berkeley.
edu/
kopec/
tr9/
html/
337.
html
TL
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
M.
Barron:
Average
of
juv.
and
age02
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Cailliet
2000
(
Emmett
et
al.,
1991).
Based
on
age
&
lengCailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Calculated
based
on
ages
2
and
11.
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Cailliet
2000.
Maximum
reported
length.
TL
Cailliet,
2000
(
Karpov
and
Kwiecien
1988)
.
TL=
1.646
x
SL(
1.200);
SE:
2.841
Cailliet
2000.
(
Moser,
1996a)
21.5
SL
calculated
to
TL
Cailliet,
2000
(
Karpov
and
Kwiecien
1988).
TL=
3.031
x
SL(
1.153);
SE:
2.426
Cailliet
2000.
(
Schaefer
1936)
90
SL
calculated
to
TL
(
Cailliet,
2000
(
Karpov
and
Kwiecien
1988).
TL=
3.031
x
SL(
1.153);
SE:
2.426
Cailliet
2000.
(
Schaefer
1936)
90
SL
calculated
to
TL
(
Cailliet,
2000
(
Karpov
and
Kwiecien
1988).
TL=
3.031
x
SL(
1.153);
SE:
2.426
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
2SL
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2SL
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2SL
2SL
2SL
