Linked from

The 24 pages that link to Life history theory, each with the reason it gives.

• Parental careRelated: Care is one allocation competing with growth, survival, and future reproduction.

• Evolutionary psychologyRelated: It frames proposed psychological strategies around trade-offs across development and reproduction.

• OntogenyRelated: It relates developmental timing and investment to survival and reproductive trade-offs.

• Behavioral ecologyRelated: Behavior reflects trade-offs among present reproduction, future survival, and offspring investment.

• Body sizeRelated: Body size is tied to maturation, lifespan, and reproductive investment.

• Manta rayRelated: Manta rays mature late and produce few offspring, limiting recovery after losses.

• Insular dwarfismRelated: Smaller body size can change growth rates, maturation, and reproductive schedules.

• Sexual size dimorphismRelated: Sex-specific investment in growth and reproduction shapes adult size.

• Predator defenseRelated: Investment in defense trades off against other demands on an animal’s resources.

• CatadromyRelated: Catadromy is a strategy linking growth and reproduction to different environments.

• Human behavioral ecologyRelated: It explains trade-offs among human growth, reproduction, and parental investment.

• Evolutionary ecologyRelated: Ecological conditions shape the trade-offs that determine evolved life histories.

• Turritopsis dohrniiRelated: Repeated stage reversal complicates assumptions about one-way progression through a life cycle.

• Biological life cycleRelated: It explains why life cycles differ in timing and reproductive investment.

• Energy utilizationRelated: Energy constraints help explain trade-offs among life-history strategies.

• Growth processesRelated: It explains why growth rates trade off with reproduction and longevity.

• Wood turtleRelated: Wood turtles mature slowly and reproduce at rates that limit rapid recovery from losses.