<p>The mean lifetime fecundity of the progeny of individual four (A) and five (B) day old parents that developed at High food (20% w/v in both cases), where excess food remained, Low food (1.25% and 2.5% w/v for four and five day old worms, respectively), where food had been depleted, and Medium food (2.5% and 5% w/v for four and five day old worms, respectively), where small quantities of food remained. Note that food concentrations differed between age groups due to the differing times that worms had been maintained on the plates. Mean fecundities were calculated from 4–10 progeny/parent (median 8).</p
1. How mothers balance the trade-off between offspring size and number to maximize maternal fitness ...
Given a trade-off between offspring size and number, all mothers are predicted to produce the same o...
1. Theory predicts that mothers should adaptively adjust reproductive investment depending on curren...
<p>Lifetime fecundity (A) and mean cumulative daily fecundity (B and C) on <i>ad libitum</i> food of...
<p>Superscript letters indicate groups that differ significantly in either maternal length or progen...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Variation in offspring size is a common phenomenon in many organisms. In cladoceran zooplankton larg...
<p>The mean cumulative daily fecundity at 25°C of (A) control, <i>ad libitum</i> food, progeny, (B) ...
Variation in offspring size is a common phenomenon in many organisms. In cladoceran zooplankton larg...
Variation in offspring size and number has been described for a wide range of organisms. In this stu...
1<p>Different small superscript letters within rows indicate significant differences between food co...
Variation in offspring size and number has been described for a wide range of organisms. In this stu...
<p>Jitter plot showing the proportions of the L1 progeny of mothers from high (H), medium (M) and lo...
1. How mothers balance the trade-off between offspring size and number to maximize maternal fitness ...
Given a trade-off between offspring size and number, all mothers are predicted to produce the same o...
1. Theory predicts that mothers should adaptively adjust reproductive investment depending on curren...
<p>Lifetime fecundity (A) and mean cumulative daily fecundity (B and C) on <i>ad libitum</i> food of...
<p>Superscript letters indicate groups that differ significantly in either maternal length or progen...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Offspring size can have large and direct fitness implications, but we still do not have a complete u...
Variation in offspring size is a common phenomenon in many organisms. In cladoceran zooplankton larg...
<p>The mean cumulative daily fecundity at 25°C of (A) control, <i>ad libitum</i> food, progeny, (B) ...
Variation in offspring size is a common phenomenon in many organisms. In cladoceran zooplankton larg...
Variation in offspring size and number has been described for a wide range of organisms. In this stu...
1<p>Different small superscript letters within rows indicate significant differences between food co...
Variation in offspring size and number has been described for a wide range of organisms. In this stu...
<p>Jitter plot showing the proportions of the L1 progeny of mothers from high (H), medium (M) and lo...
1. How mothers balance the trade-off between offspring size and number to maximize maternal fitness ...
Given a trade-off between offspring size and number, all mothers are predicted to produce the same o...
1. Theory predicts that mothers should adaptively adjust reproductive investment depending on curren...