Linked from

The 23 pages that link to Inclusive fitness, each with the reason it gives.

• Parental careRelated: Care can benefit a parent's genetic success through offspring and other related young.

• EusocialityRelated: It accounts for direct and indirect genetic contributions within colonies.

• Evolutionary psychologyRelated: It helps explain why psychological tendencies may benefit relatives as well as oneself.

• Kin selectionNarrower topic: It combines an individual's own reproduction with effects on relatives that share genes.

• Cooperative breedingRelated: Helping relatives can spread a helper's genes even when it produces no offspring itself.

• Reciprocal altruismRelated: It distinguishes benefits to relatives from the later personal returns central to reciprocity.

• Ant colonyRelated: It provides a framework for analyzing reproductive cooperation within ant colonies.

• Behavioral ecologyRelated: It explains why behavior can benefit relatives even when it carries a direct cost.

• Sexual conflictRelated: Fitness provides the evolutionary currency for comparing benefits and costs across sexes.

• Cooperative huntingRelated: Kinship can make helping relatives during a hunt beneficial even when rewards are unequal.

• Richard DawkinsRelated: This framework helps explain how genes can spread through behavior benefiting relatives.

• Group selectionCompared with: It offers an accounting framework often used instead of group-selection explanations.

• SociobiologyRelated: It explains how helping relatives can spread genes shared with them.

• SocialityRelated: It provides a framework for understanding why some animals help relatives instead of reproducing directly.

• Social behaviorRelated: It accounts for how behavior toward relatives can affect evolutionary success.

• HaplodiploidyRelated: Its accounting clarified why haplodiploidy alone does not explain the evolution of eusociality.

• The Selfish GeneRelated: It explains how genes can spread through aid to genetic relatives.

• Brood careRelated: It accounts for how care of relatives can be favored by selection.

• Human behavioral ecologyRelated: It broadens reproductive success to include benefits delivered to genetic relatives.

• Robert TriversNarrower topic: This framework situates Trivers’s theories of social behavior within gene-centered evolutionary reasoning.

• W. D. HamiltonRelated: Hamilton’s central framework counts effects on relatives alongside an organism’s own offspring.

• History of evolutionary thoughtRelated: It extended evolutionary reasoning to explain altruistic behavior and social evolution.

• Cinderella effectRelated: It supplies the kin-selection framework used to explain proposed differences in parental treatment.