Life History Evolution

By A. Grant. Heredity, 2002

1,328 citations recorded by the source corpus.

Subfields: Experimental and Cognitive Psychology

View Paper: https://www.semanticscholar.org/paper/63af827ad79b29e8d874c7fb590d0a7105afc448

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In Experimental and Cognitive Psychology

Citations in the corpus

The evolutionary basis of risky adolescent behavior: implications for science, policy, and practice. (2012, background): “LH theory, a branch of evolutionary biology addressing how organisms allocate time and energy to various activities over their life cycle, guided this analysis (eg, Ellis et al,, 2009; Roff, 2002; Stearns, 1992).”
The logic of skipped spawning in fish (2006, background): “The onset of reproduction has to be timed relative to growth 37 potential and survival probability, and any deviation from the optimal age and size at 38 maturation can lead to great reductions in fitness (Roff 2002).”
The adaptive value of energy storage and capital breeding in seasonal environments (2009, background): “Individuals should allocate available resources such that individual fitness is maximized (Stearns 1992, Roff 2002 ).”
Parental investment, sexual selection and sex ratios (2008, background): “There is abundant empirical evidence from life history studies that past investment reduces a parent’s residual reproductive value (Roff, 2002).”
On the transfer of fitness from the cell to the multicellular organism (2006, background): “The curvature of the trade-off between fitness components is a basic issue in life history theory (Levins 1968; Schaffer 1974; Michod 1978; Reznick 1985; Stearns 1992; Benkman 1993; Carriere and Roff 1995; Benson and Stephens 1996; Takada and Nakajima 1996; Strohm and Linsenmair 2000; Kisdi 2001; Ro”
Life history correlates of density-dependent recruitment in marine fishes (2006, background): “There is evidence that life history traits may influence the degree of density-dependent mortality because species that reach a stable equilibrium population size tend to be slow growing, late maturing, and have high early survival (Stearns 1992; Roff 2002).”
Temperature extremes and butterfly fitness: conflicting evidence from life history and immune function (2011, background): “…between males and females were expected as immune responses often vary with reproductive effort (Ilmonen et al., 2000; Bonneaud et al., 2003; Schwartz & Koella, 2004), and because male and female reproductive effort typically differs considerably (Zuk, 1990; Roff, 2002; Zuk & Stoehr, 2002).”
Life‐history trade‐offs under different larval diets in Drosophila suzukii (Diptera: Drosophilidae) (2015, background): “…a result of the larval nutrient environment A longer development time typically results in a larger body size in arthropods (Blueweiss et al., 1978; Roff, 2002; DeLong & Hanley, 2013) and an increased body size in insects is often correlated with an increase in fecundity in females (Preziosi et…”
Integrating behaviour with life history: boldness of the field cricket, Gryllus integer, during ontogeny (2012, background): “Owing to their direct links to fitness, life-history strategies are among the most intensively studied subjects in evolu- tionary ecology (Stearns 1992; Roff 2002).”
Testing the thermal melanism hypothesis: a macrophysiological approach (2008, background): “Why this might be the case is not clear, but perhaps the signal of this relationship is overwhelmed by the multitude of other factors that influence final adult body size (Roff 2002).”
Marine Fish Population Collapses: Consequences for Recovery and Extinction Risk (2004, background): “Reductions in age and size at maturity may affect recovery negatively (Hutchings 2002, Roff 2002).”
The global diversity and distribution of lizard clutch sizes (2020, background): “Clutch size, laying frequency, length of the reproductive season, and reproductive life span can vary dramatically between and within taxa (Pincheira-Donoso & Hunt, 2017; Roff, 2002).”
Variation in immune defence as a question of evolutionary ecology (2003, background): “Over evolutionary time, this can become entrenched in negative genetic covariances, such that a ‘hard-wired’ trade-off between the immune trait and another fitness component is observed (Stearns 1992).”
Imitative and Direct Learning as Interacting Factors in Life History Evolution (2017, neutral): “they cannot reproduce, there is more to that than simple restrictions imposed by their protecting parents [72, 78].”
The pace and shape of ageing (2011, background): “Using individual-level long-term data and different measures of ageing, the authors found that the fast–slow life-history continuum (Stearns 1992; Roff 2002) also holds for senescence – long-lived organisms senesce slowly; short-lived organisms senesce rapidly.”
Lifetime Learning as a Factor in Life History Evolution (2009, neutral): “There are numerous tradeoffs involved in their timing, with widely different patterns of such events evolving for different species and different environmental conditions (e.g., [17, 27, 30, 31]).”
Is life-history buffering or lability adaptive in stochastic environments? (2009, background): “dashed line, and region above it) because of phylogenetic and developmental constraints, interspecific conflicts, and limited resource supplies that drive life-history tradeoffs (Roff 2002).”