Visual relations children find easy and difficult to process in figural analogies

Area of Science:

• Cognitive Development
• Developmental Psychology
• Neuroscience

Background:

• Analogical reasoning develops variably in children, coinciding with working memory and knowledge growth.
• Figural matrices assess analogical reasoning, with some features (e.g., color) easier than others (e.g., orientation).
• Few studies examine age-related difficulties in visual relations within figural analogies.

Purpose of the Study:

• To investigate which visual relations in figural analogies are easier or harder for children.
• To examine the influence of age and working memory span on processing different visual relations.
• To explore the developmental trajectory of visual processing pathways (ventral vs. dorsal).

Main Methods:

• Cross-sectional study of 1422 school children (ages 4.5-12.5 years).
• Assessment using classical figural matrices and memory measures.
• Analysis of visual relations (animal, color, orientation, position, quantity, size) using item response theory models.

Main Results:

• Increased age and memory span correlated with more accurate processing of all visual relations.
• "What" relations (animal, color, quantity, size) were easiest; "where" relations (orientation, position) were most difficult.
• "Where" relations showed relative improvement with age and memory, suggesting developmental changes in visual processing.

Conclusions:

• Age and memory are crucial for mastering analogical reasoning, particularly complex visual relations.
• The distinction between "what" (object recognition) and "where" (spatial encoding) processing is evident in childhood development.
• Findings support the differential development of ventral and dorsal visual pathways in children's analogical reasoning.