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The inclusive school responding to the students differences and to the opportunities' equality should consider the education of the gifted and talented students. In this work, we take curricular adaptation and curricular differentiation as the main intervention points centered on individual differences. We also defend the complementary use of the educational practices (acceleration, grouping and enrichment) explaining each one of them and presenting some studies about their efficacy. We briefly describe the practices for gifted studentes in Portugal and highlight the importance of the school staff sensitivity to understand giftedness. (PsycINFO Database Record (c) 2019 APA, all rights reserved) (Source: journal abstract)

The analysis of the mathematical performance of the students favors the adjustment and individualization of the educational processes for this area of learning. Due to its relevance in daily life, the teacher must bear in mind the functionality and transfer of mathematical learning. The generalization of research that combines theory and practice is essential. In this sense, there are few studies at the curriculum level for mathematics related to the education of gifted and/or mathematically talented students. Thus, it becomes pertinent to analyze such mathematical skills and the factors in which these students stand out. The purpose of this study is to analyze the types of mathematical reasoning and representations based on problem-solving tasks expressed by gifted students on an educational level with a good performance in the area of Mathematics. Forty-two students were evaluated as gifted, and were compared with 52 high-performance students in terms of age and school year (10-15 years old). The existence of statistically significant differences in certain tasks and representations was verified, with the schoolchildren with the greatest potential showing more complex representations and more elaborate reasoning. Knowing the nature of the potentialities favors the individualization of the educational processes. (PsycInfo Database Record (c) 2022 APA, all rights reserved) (Source: journal abstract) Resumen en idioma originalL’analyse des performances mathématiques des élèves favorise l’ajustement et l’individualisation des processus éducatifs pour ce domaine d’apprentissage. En raison de son importance dans la vie quotidienne, l’enseignant envisager la fonctionnalité et le transfert de l’apprentissage mathématique. La généralisation des investigations combinant théorie et pratique est considérée comme essentielle. À cet égard, les études sur des programmes pour les mathématiques liées à l’éducation des écoliers surdoués et / ou talentueux sont rares. Ceci permet de réfléchir sur ces compétences mathématiques et oú des facteurs ces élèves sont excellents. Cette étude vise à analyser les types de raisonnement et de représentations mathématiques à partir de la résolution de problèmes par des étudiants surdoués diagnostiqués par rapport aux élèves au même niveau d’instruction avec de bons résultats dans le domaine des mathématiques. Quarante-deux élèves ont été évalués comme surdoués et ils sont assimilés à 52 élèves très performants tenant compte de leur âge et de leur année de scolarité (écoliers âgés de 10 à 15 ans). Les résultats semblent indiquer l’existence de différences statistiquement significatives dans certaines tâches et représentations, montrant aux écoliers avec une plus grande potentialité des représentations, plus complexes et avec un raisonnement plus élaboré en général. Les études avec ces étudiants nous permettent de connaître la nature de leurs potentialités et favorisent l’individualisation de l’apprentissage. (PsycInfo Database Record (c) 2022 APA, all rights reserved) (Source: journal abstract) Resumen en idioma originalA análise do desempenho matemático dos alunos favorece o ajustamento e a individualização dos processos educativos para esta área de aprendizagem. Devido à sua relevância na vida quotidiana, o docente deve ter em conta a funcionalidade e transferência das aprendizagens matemáticas. A generalização de investigações que combinam teoria e prática é considerada essencial. Neste sentido, são escassos os estudos no plano curricular para a Matemática relativos à formação de alunos sobredotados e/ou matematicamente talentosos. Deste modo, torna-se pertinente analisar essas competências matemáticas e em que fatores esses alunos se destacam. O presente estudo tem como objetivo analisar os tipos de raciocínio e de representações matemáticas a partir de tarefas de resolução de problemas desenvolvidas por alunos com diagnóstico de sobredotação em comparação com alunos matriculados no mesmo nível de escolaridade com bom desempenho na área da Matemática. Foram considerados 42 alunos avaliados como sobredotados e comparados com 52 alunos de alto rendimento considerando a sua idade e a etapa de escolaridade (alunos entre os 10 e os 15 anos). Os resultados sugerem a existência de diferenças estatisticamente significativas em determinadas tarefas e representações, evidenciando os alunos com maior potencial representações mais complexas e raciocínios mais elaborados em geral. Os estudos com estes alunos permitem conhecer a natureza das suas potencialidades e favorecem a individualização dos processos educativos. (PsycInfo Database Record (c) 2022 APA, all rights reserved) (Source: journal abstract) Resumen en idioma originalEl análisis del desempeño matemático de los alumnos favorece el ajuste y la individualización de los procesos educativos para esta área de aprendizaje. Por su relevancia en la vida cotidiana, el docente deberá de tener presente la funcionalidad y transferencia que tienen los aprendizajes matemáticos. La generalización de investigaciones que aún en teoría y práctica se conforman como imprescindibles. En este sentido, son escasos los estudios en el plano curricular para la Matemáticas relativos a la educación de los escolares superdotados y/o matemáticamente talentosos. De esta forma, se torna pertinente analizar tales competencias matemáticas y en qué factores estos alumnos sobresalen. El presente estudio tiene como propósito analizar los tipos de raciocinio y representaciones matemáticas a partir de tareas de resolución de problemas desarrolladas por escolares superdotados diagnosticados en comparación con alumnado escolarizado en su mismo nivel educativo con un buen rendimiento en el área de Matemáticas. Se han considerado 42 escolares evaluados como superdotados, y se equiparan con 52 alumnos de rendimiento alto considerando su edad y año de escolaridad (escolares entre los 10 y los 15 años de edad). Los resultados sugieren la existencia de diferencias estadísticamente significativas en determinadas tareas y representaciones, mostrando los escolares con mayor potencialidad representaciones más complejas y raciocinios más elaborados en general. Estudios con estos alumnos permiten conocer la naturaleza de sus potencialidades y favorecer la individualización de los procesos educativos. (PsycInfo Database Record (c) 2022 APA, all rights reserved) (Source: journal abstract)

This paper discusses issues related to the assessment of children and youth for the identification of giftedness, and presents specific recommendations for educational measures in order to attend to the particular characteristics and needs of these students. We outline the most common difficulties related to the psychological assessment of these children, including the lack of adequate instruments for the assessment of the multiple dimensions of giftedness, as well as the shortage of training for this identification. Regarding these difficulties, we describe some assessment procedures that assure higher levels of objectivity and validity in data, reducing the possibility of false positives and false negatives in the identification of these students. In addition to psychological tests, we present the advantages of using multiple informants and the contribution of different professionals and parents for this assessment. On the other hand, as we present giftedness as a result of a developmental process, it is important to conduct students' assessment in phases, including an initial screening phase, followed by the sound assessment of students and nurturing, Finally, we present some suggestions for the advancement in giftedness identification and assessment, as a means to support the development of research in this area. (PsycInfo Database Record (c) 2024 APA, all rights reserved) (Source: journal abstract)

We test the unity of the Battery for Giftedness Assessment (BaAH/S) in identifying differences in two groups of already known gifted students in the areas of academic and artistic talents. Four latent factors were assessed (a) fluid intelligence, (b) metaphor production (verbal creativity), (c) figural fluency (figural creativity), and (d) divergent thinking figural task quality (figural creativity), A sample of 987 children and adolescents, 464 boys and 523 girls, of ages ranging from 8 to 17 of two groups: regular students (N = 866) and gifted students (N = 67 academic abilities, N = 34 artistic abilities and N = 20 no domain identified). Academic giftedness group of have higher reasoning, can produce more remote/original metaphors, high figural fluency and drawings rated as more original. Children in the group of artistic giftedness have higher reasoning, high figural fluency and drawings rated as more original. Reasoning abilities arc relatively higher in academic giftedness group than artistic ( r = .39 vs r =.14). Within artistic group figural fluency and ratings of originality are relatively more important than reasoning ( r = .25 and r = 21 vs .14). We emphasizes the importance of assessing creativity in different domains in addition to intelligence to improve the understanding of giftedness and talent. (PsycINFO Database Record (c) 2019 APA, all rights reserved) (Source: journal abstract)