This article focuses on student teachers' professional identity formation inspired by the tension between two layman points of view namely: being born as a teacher (i.e. based on demographics and personality traits) and becoming a teacher (i.e. based on experience). Besides demographics, personality traits and experience, the teacher preparation context is considered as a crucial aspect in professional identity formation as well. The authors adopted a multiple theoretical approach to guide the empirical study. Using hierarchical regression analyses the relative influences of demographics and personality traits, context variables and teacher education variables on professional identity variables are explored

The Flemish government considers well-being of pupils as an important output indicator for the quality of education. The education inspectorate needed an instrument to measure this well-being in a school context, an instrument that should also be a basis for actions plans aimed at enhancing pupils' well-being. The development of this instrument is described in this article. A total of 342 pupils were interviewed. The material from these interviews was used for construction of-mainly Likert-type-items for a questionnaire. A pilot version of the questionnaire was examined by experts and tested with a random sample of 306 pupils. The experimental version was tried out on a random sample of 2054 pupils. This resulted in a questionnaire with four consistent scales and thirteen subscales. Significant differences between schools were found. Atmosphere at school, contacts with teachers, involvement in class and at school, school regulations and infrastructure were among the best predictors.

Previous research stresses the importance of seriation, classification, and counting abilities that should be assessed in kindergarten, when looking for crucial predictors of mathematical learning disabilities in Grade 1. This study examines ( n = 158) two-year-long predictive relationships between children's seriation, classification, procedural counting knowledge, and conceptual counting knowledge, and their numerical facility and arithmetical achievement in Grades 3, 4, and 5. Path analyses reveal a relationship between procedural counting knowledge in Grades l and 3 and numerical facility, and between conceptual counting knowledge in Grade l and arithmetical achievement in Grades 1 and 2. In addition, procedural counting knowledge correlates with seriation, and conceptual counting knowledge correlates with classification as well as with seriation in Grade 1. Clinicians are encouraged to select early arithmetic subtests with caution when assessing and predicting arithmetic and arithmetical disabilities.

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