Learning Disabilities
Sex-linked Disorders
Autism Spectrum Disorder
Intellectual Disability
Binet's Contribution to Measures of Intelligence
You might also read
Articles linked to this work by shared authors, journal, and citation graph.
Updated: May 25, 2026

The Modified Temptation Resistance Task: A Paradigm to Elicit Children's Strategic Lie-telling
Published on: April 6, 2018
1Service de neuro-psychopathologie de l'enfant, hôpital Pierre-Wertheimer, groupement hospitalier Est, 59, boulevard Pinel, 69677 Bron cedex, France. olivier.revol@chu-lyon.fr
This article examines how to identify intellectually gifted children. It highlights that while IQ tests are traditional markers, modern approaches now consider a broader range of personal and developmental traits to better support these children and their families.
Area of Science:
Background:
Identifying high-potential youth remains a challenge for educators and clinicians alike. Prior research has shown that early recognition helps prevent potential behavioral difficulties. That uncertainty drove interest in expanding assessment beyond standard metrics. It was already known that traditional testing often focuses narrowly on academic performance. This gap motivated a shift toward more holistic evaluation models. No prior work had resolved the tension between standardized scores and broader developmental indicators. Scholars now seek to integrate diverse behavioral markers into identification protocols. The field currently moves toward frameworks that capture the full spectrum of cognitive and emotional development.
Purpose Of The Study:
The aim of this article is to present the primary criteria used for identifying intellectually gifted children. This work addresses the specific problem of narrow assessment practices in educational settings. The motivation stems from the need to improve the quality of life for these children and their families. By examining current identification methods, the authors seek to clarify how to better recognize high potential. The study explores the limitations of relying exclusively on traditional intelligence metrics. It addresses the complexity inherent in defining and measuring cognitive advancement. The authors intend to provide a clearer path for clinicians and educators to follow. This effort ultimately seeks to foster a more nuanced understanding of giftedness in young populations.
Main Methods:
Review Approach involves a comprehensive synthesis of established identification standards for high-potential youth. The authors examine various metrics used by clinicians to detect cognitive advancement. This inquiry focuses on shifting paradigms within developmental assessment protocols. The investigation evaluates how traditional testing compares with modern, multidimensional frameworks. Researchers analyze existing literature to identify key indicators beyond standard academic performance. The study design prioritizes the integration of diverse behavioral and cognitive data points. This systematic overview clarifies the criteria currently employed in professional settings. The methodology emphasizes the necessity of accounting for complexity when evaluating young individuals.
Main Results:
Key Findings From the Literature reveal that Intelligence Quotient scores remain a primary, though limited, metric for identification. The evidence shows that relying solely on academic achievement overlooks significant aspects of high potential. Researchers find that broadening the definition of intelligence improves the detection of giftedness. The literature indicates that specific behavioral signs act as reliable indicators for clinicians. Findings suggest that current modeling techniques are actively updating the standard approach to this question. The data demonstrate that early recognition helps mitigate the onset of various behavioral complications. Results highlight that moving beyond singular test metrics provides a more accurate profile of the child. The synthesis shows that a holistic view is essential for supporting the well-being of these individuals.
Conclusions:
Synthesis and Implications suggest that intelligence definitions require significant expansion beyond academic metrics. Authors propose that adopting multidimensional models improves the accuracy of identifying high-potential youth. The literature indicates that early detection serves as a preventive measure against future behavioral complications. Researchers emphasize that supporting these children requires a collaborative effort between families and educational institutions. The evidence points toward a need for flexible assessment strategies that account for individual variability. Synthesis and Implications highlight that current modeling efforts are actively reshaping how experts view cognitive giftedness. The authors conclude that moving past singular test scores enhances the overall well-being of the child. Future practice should prioritize these comprehensive approaches to ensure better developmental outcomes for gifted individuals.
The researchers propose that identifying high-potential youth allows for the anticipation of behavioral disorders. By recognizing these children early, caregivers can implement strategies to improve the quality of life for both the child and their family members.
While the Intelligence Quotient (IQ) has historically served as the decisive criterion, authors suggest broadening this definition. They argue that modern modeling should incorporate competencies that extend beyond the traditional educational sphere to capture a more complete picture of potential.
The authors state that a focus on purely intellectual competencies is insufficient. They argue that modeling high potential requires accounting for complexity, which necessitates looking at traits beyond standard academic performance to better understand the child.
The article utilizes a review of existing criteria to synthesize current identification standards. By examining how different markers are weighted, the authors provide a structured overview of the factors that draw attention to high-potential development.
The researchers observe that certain behavioral signs serve as indicators for high potential. These markers help clinicians and educators move beyond simple test scores to recognize the unique needs of gifted individuals in various settings.
The authors imply that current identification practices are undergoing a renewal. They suggest that by embracing more complex models, professionals can better support the developmental trajectory of gifted children and mitigate potential risks.