Periodic Reporting for period 1 - InterGen (Growing up among bright books and generous genes: The InterGenerational cycle of educational achievement)
Período documentado: 2023-09-01 hasta 2026-02-28
Why do some children find learning easy while others struggle, even when growing up in similar homes and schools? InterGen investigates how genes and environments jointly shape children’s learning and achievement across generations. The project focuses on reading, mathematics, and behaviour, including neurodevelopmental conditions such as dyslexia, dyscalculia, and ADHD.
Using large-scale twin, family, and genomic data from the Netherlands and Norway, InterGen aims to disentangle the complex intergenerational links between parents’ and children’s education. Its five work packages combine cutting-edge behaviour-genetic models, extended family and register data, and new online assessments in Dutch twin families. The expected impact is a deeper scientific understanding of why educational inequalities persist and practical insights that can inform education and mental-health policy.
Using large-scale twin, family, and genomic data from the Netherlands and Norway, InterGen aims to disentangle the complex intergenerational links between parents’ and children’s education. Its five work packages combine cutting-edge behaviour-genetic models, extended family and register data, and new online assessments in Dutch twin families. The expected impact is a deeper scientific understanding of why educational inequalities persist and practical insights that can inform education and mental-health policy.
During its first two years, InterGen achieved major progress across all work packages.
* Analyses of Norwegian register and cohort data (N ≈ 600 000) revealed that parental education relates to children’s school achievement largely through genetic transmission, with smaller parental and extended-family environmental effects.
* A complementary Nature Human Behaviour paper showed that genetic influences on children’s education extend beyond the nuclear family, reflecting broader social processes.
* Methodological advances include the first empirical use of the new iAM-CoTS model and simulation studies on cultural transmission and sibling interaction.
* Preparations for the Dutch TwinWise data collection produced two successful adult pilot studies, open-access materials (Kuijper et al., 2025), and ethical approval for a school-based child pilot.
* The ERC team grew to include a PhD student, postdoc, assistant professor, and research assistant, creating strong interdisciplinary capacity across genetics, education, and psychology.
* Analyses of Norwegian register and cohort data (N ≈ 600 000) revealed that parental education relates to children’s school achievement largely through genetic transmission, with smaller parental and extended-family environmental effects.
* A complementary Nature Human Behaviour paper showed that genetic influences on children’s education extend beyond the nuclear family, reflecting broader social processes.
* Methodological advances include the first empirical use of the new iAM-CoTS model and simulation studies on cultural transmission and sibling interaction.
* Preparations for the Dutch TwinWise data collection produced two successful adult pilot studies, open-access materials (Kuijper et al., 2025), and ethical approval for a school-based child pilot.
* The ERC team grew to include a PhD student, postdoc, assistant professor, and research assistant, creating strong interdisciplinary capacity across genetics, education, and psychology.
InterGen pushes research on learning and education beyond traditional nature-versus-nurture debates. By integrating twin-family, genomic, and register approaches, the project provides one of the most comprehensive tests to date of intergenerational educational inequality. Its findings clarify how genetic and environmental pathways operate within and beyond the family, offering a framework for understanding why educational success “runs in families.”
Methodologically, InterGen advances open, reproducible science through new simulation tools, extended-family modelling, and large-scale online cognitive assessments. The results already influence interdisciplinary discussions in education, psychiatry, and population health, helping to guide more realistic and equitable strategies to support children’s learning.
Methodologically, InterGen advances open, reproducible science through new simulation tools, extended-family modelling, and large-scale online cognitive assessments. The results already influence interdisciplinary discussions in education, psychiatry, and population health, helping to guide more realistic and equitable strategies to support children’s learning.