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Plomin, Robert – Child Development, 2013
Fourteen years ago, the first article on molecular genetics was published in this journal: "Child Development, Molecular Genetics, and What to Do With Genes Once They Are Found" (R. Plomin & M. Rutter, 1998). The goal of the article was to outline what developmentalists can do with genes once they are found. These new directions for developmental…
Descriptors: Child Development, Genetics, Molecular Biology, Heredity
Haworth, Claire M. A.; Dale, Philip S.; Plomin, Robert – Child Development, 2009
During childhood and adolescence, increases in heritability and decreases in shared environmental influences have typically been found for cognitive abilities. A sample of more than 2,500 pairs of twins from the Twins Early Development Study was used to investigate whether a similar pattern would be found for science performance from 9 to 12…
Descriptors: Twins, Etiology, Environmental Influences, Cognitive Ability

Willerman, Lee – Child Development, 1973
Results indicate a significant genetic component for activity level in twins rivaling that found for intelligence. (Author)
Descriptors: Heredity, Hyperactivity, Physical Activity Level, Questionnaires

Springer, Ken; Keil, Frank C. – Child Development, 1989
Five experiments investigated children's intuitions about genetic transmission of features. Results suggest young children have principled, specifically biological notions of inheritance. (PCB)
Descriptors: Age Differences, Biology, Child Development, Childhood Attitudes

Reise, Marilyn L. – Child Development, 1990
Findings indicated that zygosity was not related to behavioral scores during the neonatal period, and that environment substantially influenced neonatal temperament. Specific perinatal indicators of risk were found to account for some of the intrapair differences in behavioral variables. (RH)
Descriptors: At Risk Persons, Comparative Analysis, Environment, Heredity

Anandalakshmy, S.; Grinder, Robert E. – Child Development, 1970
Descriptors: Biological Influences, Developmental Psychology, Environmental Influences, Evolution

Boles, David B. – Child Development, 1980
Critically reviews literature relevant to the hypothesis that a major X-linked gene determines spatial ability in man. It is concluded that belief in the validity of the hypothesis is unfounded. (Author/SS)
Descriptors: Cognitive Ability, Genetics, Heredity, Nature Nurture Controversy

Mitchell, Jane E.; And Others – Child Development, 1989
Explored the roles of genes and environment in masculinity and femininity during pre- and early adolescence in 70 twins of 8-14 years. Results revealed significant genetic influences in all measures. Environmental influences were specific to each individual and not shared by members of the same twin pair. (RJC)
Descriptors: Adolescents, Femininity, Heredity, Individual Differences

Willerman, Lee; Plomin, Robert – Child Development, 1973
Activity-level and childrearing questionnaires were administered to parents of 43 nursery school children. Results were interpreted as consistent with a heritable component to activity level. (ST)
Descriptors: Child Rearing, Heredity, Parent Attitudes, Parent Child Relationship
Genetic Change and Continuity from Fourteen to Twenty Months: The MacArthur Longitudinal Twin Study.

Plomin, Robert; And Others – Child Development, 1993
Investigated genetic change and continuity within the domains of temperament, emotion, and cognition and language for 200 pairs of twins assessed at 14 and 20 months of age. Correlations of measures at the two ages indicated that individual differences in the second year of life showed greater change than continuity on most measures. (MDM)
Descriptors: Affective Behavior, Cognitive Development, Genetics, Heredity

Hur, Yoon-Mi; Bouchard, Thomas J., Jr. – Child Development, 1995
Estimates the extent to which heredity influences perceptions of childhood family environment in a sample of 58 monozygotic and 46 dizygotic pairs of adult twins who were reared apart. The data confirm the importance of genetic factors in some, but not all, measures of family environment. Environmental influences were more important than genetic…
Descriptors: Adults, Child Rearing, Comparative Analysis, Family Environment

Graber, Julia A.; And Others – Child Development, 1995
Considered variations in pubertal timing, specifically age at menarche, and association with various antecedents, including heredity; weight and weight for height; stressful life events; family relations; absence or presence of adult male in household; and psychological adjustment, in 75 premenarcheal adolescent girls. Found complex interactions…
Descriptors: Adolescents, Age Differences, Biological Influences, Coping

Scarr, Sandra – Child Development, 1993
Posits that an evolutionary perspective can unite the study of the typical development for and individual variation within a species and that environments within the normal range for a species are required for species-normal development. Individual differences in children reared in normal environments arise primarily from genetic variation and…
Descriptors: Children, Cultural Differences, Definitions, Environment

Feinberg, Mark; Neiderhiser, Jenae; Howe, George; Hetherington, E. Mavis – Child Development, 2001
Examined low interrater agreement by decomposing common and unique variance among parent, adolescent, and observer reports of parental warmth and negativity into genetic and environmental factors. Model-fitting analyses findings generally supported predictions for warmth and negativity at Family and Individual levels. At the Social level, genetic…
Descriptors: Adolescents, Environmental Influences, Heredity, Interrater Reliability

Hirschfeld, Lawrence A. – Child Development, 1995
Four experiments explored adults' and grade school children's beliefs about inheritability of racial identity. Found that older children and adults believed that mixed-race children possessed black racial features. Also found that children from an integrated school, regardless of race, expected mixed-race children to have intermediate racial…
Descriptors: Adults, Age Differences, Biological Influences, Blacks
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