Does parental similarity degree affect the development of their offspring

Dados Bibliográficos

ID6135312
AutoresLinda Koníková (0009-0003-1631-2957, Masaryk University), Miroslav Králík (0000-0002-2077-4068, Masaryk University), Ondřej Klíma (0000-0001-9295-065X, Brno University of Technology), Martin Čuta (0000-0001-6239-383X, Masaryk University)
Ano2022
Volume13
Fascículo1
Páginas15-29
Data de publicação2022-09-07
Peer ReviewedSim
Open AccessSim
TipoARTICLE
PeriódicoAnthropologia integra (JOURNAL)
Identificadores do periódicoISSN: 1804-6657 • E-ISSN: 1804-6665
EditoraMasaryk University Press (PUBLISHER)
DOI10.5817/ai2022-1-15
OpenAlexW4295249826
IdiomaEN
Referências citadas40

Similarity in facial and other physical characteristics has been recognized as one aspect of reproductive mate choice in humans. Despite the fact that parental similarity degree may affect offspring already in the early stages of their prenatal development, just a very few empirical studies have focused on the consequences of this non-random process so far. This study included three goals: (1) to test the hypothesis of body assortative mating in humans, (2) to find a relationship between physical similarity of parents and the growth curves of their offspring and (3) to find out how parental similarity affects the growth of offspring. Therefore, the similarities of parents in physical features were analysed in relation to the descriptors of the growth curves of their offspring (n = 184 mother-father-child triads from the Brno Growth Study database). In comparison to randomly generated pairs, real partners were not more similar to each other in any of the observed trait. However, some physical features correlated (mostly positively) between partners. Relationships between physical similarity of parents and the descriptors of the growth curves of their offspring were found. However, parental similarity in various features affected the growth of their offspring differently

Affect (linguistics · Assortative mating · Biology · Developmental psychology · Evolutionary biology · Kin recognition · Mating · Offspring · Pregnancy · Similarity (geometry · Trait · Zoology · Communication · Computer Science · Demographic Trends and Gender Preferences · Evolutionary Psychology and Human Behavior · Psychology · Sexual Differentiation and Disorders · Artificial Intelligence · Genetics