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Updated: Oct 6, 2025

Multimedia Battery for Assessment of Cognitive and Basic Skills in Mathematics BM-PROMA
Published on: August 28, 2021
Acquisition of Mathematical and Linguistic Skills in Children With Learning Difficulties
Nurit Viesel-Nordmeyer1,2, Ute Ritterfeld1, Wilfried Bos3
1Department of Rehabilitation Science, TU Dortmund University, Dortmund, Germany.
Insights
Children with isolated linguistic difficulties showed some improvement, while those with mathematical difficulties lagged behind. Combined learning difficulties were most pronounced, but working memory influenced initial performance gaps.
Area of Science:
- Developmental Psychology
- Educational Psychology
- Cognitive Science
Background:
- Comorbid learning difficulties in linguistic and mathematical skills are common in primary school.
- The underlying causes of these co-occurring difficulties during development remain unclear.
- Understanding these patterns is crucial for early identification and intervention.
Purpose of the Study:
- To investigate the developmental trajectories of linguistic and mathematical skills in children with isolated or combined learning difficulties.
- To compare the development of these skills across different groups from pre-school to primary school age.
- To examine the role of working memory in mediating performance differences.
Main Methods:
- Longitudinal study using data from the German National Educational Panel Study (NEPS).
- Analysis of four groups: linguistic difficulties (LD), mathematical difficulties (MD), combined (MD/LD), and typical development (TA).
- Statistical analysis including ANCOVAs to compare skill development from age four to ten.
Main Results:
- Children with LD showed partial linguistic skill recovery.
- Children with MD did not close their mathematical gap and exhibited declining grammar skills.
- Children with MD/LD consistently showed the lowest performance, but initial differences lessened when controlling for working memory.
Conclusions:
- Working memory significantly impacts initial performance disparities in children with learning difficulties.
- The interplay between linguistic and mathematical skills is complex in persistent learning difficulties.
- Targeted interventions considering working memory capacity may benefit children with comorbid learning challenges.
Abstract:
Comorbid learning difficulties in linguistic and mathematical skills often emerge in primary school age. The cause of coinciding of both learning difficulties during children's development spanning pre- and primary-school age is not yet well understood. To address this research gap, we used data from the German National Educational Panel Study (NEPS; n = 301) of four groups of children which were categorized according to their skill levels in pre-school age: children with learning difficulties isolated in linguistic skills (LD), children with learning difficulties isolated in mathematical skills (MD), children with learning difficulties combined in linguistic and mathematical skills (MD/LD), and children with typical development in both skills (TA). Computing univariate and repeated measures ANCOVAs we compared the mathematical and linguistic development of the four groups of children (LD, MD, LD/MD, and TA) spanning age four to ten. Results reveal a partial catch-up in linguistic skills (lexical, grammatical) for children with LD. In contrast, children with MD did not overcome their mathematical competence gap in comparison with TA and LD. Moreover, children with MD showed a decrease in grammatical skills during transition in primary school. Further, children with MD/LD displayed the weakest performance in linguistic and mathematical skills during pre- and primary-school age in general. However, after controlling for working memory, initial performance differences between the groups decreased in favor of MD/LD. The relation between linguistic skills and mathematical skills in persisting learning difficulties as well as the specific role of working memory are discussed.
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