Food Supply Regimes and Individual Growth Histories
83
(4.13) with transfer and food replenishment being simulated by resetting C
every 2 days. Initial food concentration after transfer was calculated from
the cell density of Chlamydomonas moewusi used by Frank et al. (1957;
9.6 ·10' mrl), assuming the same carbon content as the related C. reinhardi
(0.53 pg C cellO I; Lynch et al. 1986).
60
640
~
:3
Ow
-820
=
0
G 40
~
'-"
~
Ow
f20
=
0
G 40
If
'-"
:3
Ow
-820
=
4mH
16ml-1
10
20
Age (d)
30
•
o
10
20
Age (d)
30
40
Fig. 4.9. Simulated body size of Daphnia pulex in transfer culture at densities of I, 2, 4, 8, 16,
and 32 individuals mf (continuous curves)o Black squares and vertical bars are means and
standard deviations of observations from Daphnia pulex raised at the same densities (Frank
et al. 1957)
83
(4.13) with transfer and food replenishment being simulated by resetting C
every 2 days. Initial food concentration after transfer was calculated from
the cell density of Chlamydomonas moewusi used by Frank et al. (1957;
9.6 ·10' mrl), assuming the same carbon content as the related C. reinhardi
(0.53 pg C cellO I; Lynch et al. 1986).
60
640
~
:3
Ow
-820
=
0
G 40
~
'-"
~
Ow
f20
=
0
G 40
If
'-"
:3
Ow
-820
=
4mH
16ml-1
10
20
Age (d)
30
•
o
10
20
Age (d)
30
40
Fig. 4.9. Simulated body size of Daphnia pulex in transfer culture at densities of I, 2, 4, 8, 16,
and 32 individuals mf (continuous curves)o Black squares and vertical bars are means and
standard deviations of observations from Daphnia pulex raised at the same densities (Frank
et al. 1957)
