Life history correlates of human (Homo sapiens) ejaculate quality.

Barbaro, Nicole; Shackelford, Todd K.; Holub, Andrew M.; Jeffery, Austin John; Lopes, Guilherme S.; Zeigler‐Hill, Virgil

doi:10.1037/com0000161

Cited by 10 publications

(1 citation statement)

References 40 publications

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“…Molecular studies have demonstrated robust effects of paternal (and to a lesser extent maternal) age effects on the burdens of mutations in the genomes of offspring, with each year of advanced paternal age adding approximately 1.4 new mutations to the genomes of offspring (Moorjani et al, 2016). Phenotypic paternal age effect studies are sensitive to a variety of confounds, however, including inadequate measurement of the relevant phenotypic parameter in parents (a necessary confound in instances where it might affect age at paternity), and life history characteristics that are likely to either influence gamete quality independently of, or even counteract, the effects of parental age (Barbaro et al, 2018), and are seldom controlled in such studies.…”

Section: An Historical Asidementioning

confidence: 99%

Behavioral genetics

Luoto¹,

Menie²

2021

Preprint

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In this introductory chapter, we discuss the nexus between evolutionary theory and behavioral genetics, using it to elucidate the biological origins of human behavior and motivational predispositions. We introduce relevant behavioral genetics methods and evolutionary theoretical background to provide readers with the necessary conceptual tools to deepen their engagement with evolutionary behavioral genetics—as well as to help them take on the challenge of building a scientifically and evolutionarily more consilient account of human behavior. To demonstrate the utility of behavioral genetics in evolutionary behavioral science, our analytical examples range from personality, cognition, and sexual orientation to pair-bonding. We conclude by presenting a few recent landmark studies in behavioral genetics research with a particular focus on two aspects of sexual behavior: assortative mating and same-sex sexual behavior. This chapter considers behavioral genetics methods and their connection with evolutionary science more broadly while providing a succinct overview of recent advances in understanding the evolutionary genetic underpinnings of human sexual behavior, mate choice, and basic motivational processes. It is a sine qua non of scientifically principled evolutionary behavioral scientists to acknowledge the distal evolutionary and proximal genetic processes which, interlinked, underlie the psychobehavioral predispositions that form the variegated fabric of human societies and, more broadly, the diversity of life found in nature. These evolutionary processes operate from distal selection pressures acting on genetic material through hundreds of millions of years of natural selection—and from individual and population differences in genotypes to their manifestations in complex behavioral phenotypes and life outcomes in contemporary humans—which, in turn, enact concomitant selection pressures on the genetic material underlying and arising from them.

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Section: An Historical Asidementioning

confidence: 99%