Models of Parent-Offspring Conflict in Small Populations
β Scribed by O. Mayo; C. R. Leach
- Publisher
- John Wiley and Sons
- Year
- 1985
- Tongue
- English
- Weight
- 373 KB
- Volume
- 27
- Category
- Article
- ISSN
- 0323-3847
No coin nor oath required. For personal study only.
β¦ Synopsis
FELDMAN and ESHEL (1982) have introduced a precise two locus genetical model to examine the spread of "selfish" alleles in a genetically "altruistic" population. They have shown that, with complete linkage between t h e gene affecting "altruism" and another determining parental "interference", the development of "selfishness" may be prevented. Furthermore, "interference", may allow the development of "altruism" in a "selfish" population. Small population results illustrate how a deterministic analysis may not provide a satisfactory description of how particular rare events occur. The usefulness of major gene models of this type is discussed.
π SIMILAR VOLUMES
Models of the packaging of offspring predict that parental fitness is maximized by following a set of rules, including the rule to invest the minimal amount in each offspring. Offspring can maximize their fitness by demanding more resources than the parent is selected to give, leading to parent-offs
We develop a general treatment of the joint effects of parent-offspring conflict (conflict between broods) and sibling conflict (conflict within broods) in perennial plants. Parent-offspring conflict as well as sibling conflict are examined in the context of an integrated analysis of reproductive al
By simulating all possible offspring genotypic combinations based on pairβwise matings in three vulnerable or endangered populations of salmonids (two Atlantic salmon __Salmo salar__ and one Arctic charr __Salvelinus alpinus__), family level estimates of potential offspring genetic diversity were ca