Middle school students are walking dichotomies. They can talk about world peace and then hit the kid next to them. They can recycle to ease global warming only to leave the cafeteria a mess. Why? Well, scientifically, it is because their brains do not work. When people look at middle school students, they can plainly see evidence of physical…

The author presents information related to brain growth and intellectual capacity. Work on early adolescent (ages 10 to 15) brain growth, its effect on cognitive development, and the implications that such research has on the capacities of early adolescents to learn are discussed. (Editor/KC)

One of the most challenging daily experiences of teaching young adolescents is helping them transition from Piaget's concrete to the formal operational stage of cognitive development during the middle school years. Students who have reached formal operations can design and test hypotheses, engage in deductive reasoning, use flexible thinking,…

The middle school originated out of an understanding for the need of a learning environment geared specifically to the needs of the early adolescent. The transition from concrete to formal operational thought and the affective and psychomotor developmental stages demonstrate the uniqueness of the early adolescent experience. (JN)

They are adolescents--and those who work with them must understand them, connect with them, and make learning relevant to their lives. This article looks at recent theories and educational practices identified as appropriate for supporting the educational learning experiences of students ages 12 to 15. In this article, the author also discusses,…

Nine articles on the young adolescent consider the ability of middle schools to adapt to the needs of their students, the educational implications of preadolescent development, adolescent brain growth and cognitive ability, and the relevance of Piaget's psychology to the middle school. The authors' conclusions include the necessity to identify and…

Analysis of cognitive, psychoanalytical, and moral development theories of J. Piaget, O. Rank, E. Erikson, L. Kohlberg, D. Elkind, and C. Gilligan revealed teaching strategies for gifted adolescents which involve encouraging creativity and problem-solving skills; supporting student interests; developing students' positive self-esteem; exposing…

By understanding the development of the human mind, parents and teachers can learn how to help guide children and adolescents into adulthood. The article examines mental growth at various ages, stumbling blocks to learning, ways of understanding the adolescent mind, and what to look for in a middle school. (SM)

Echoes the recommendation in "An Agenda for Excellence at the Middle Level" that junior high schools and middle schools recognize and accommodate their socially, physically, and mentally diverse populations. (SRT)

To assist the North Carolina League of Middle/Junior High Schools, this paper briefly surveys the literature on developmental characteristics of early adolescents and the characteristics of effective teachers and also discusses the implications of the findings for instruction and the curriculum. The authors first define early adolescence as the…

Argues that building respect for the core value of diversity should be a prime motivation and consideration in determining the instructional programs as well as the governance of the classroom and activities of the middle level school. (SRT)

Noting factors that have contributed to an increased emphasis on developmentally responsive middle level schools, this revised monograph examines early adolescence as a developmental period and explores the physical, psychosocial, and cognitive characteristics of 10- to 15-year-olds. In addition, the monograph provides recommendations concerning…

Synthesizes research on reasoning development and studies of teaching in order to present an approach to teaching guided thinking. (SRT)

Discusses some of the factors that parents and laypersons need to consider about the needs of children in the years between elementary and high school. (SRT)

A theoretical perspective is presented for examining conceptual change in adolescence and the social context of learning. A case study of the Computer as Lab Partner project illustrates the following: (1) conceptual and cognitive changes in eighth graders' understanding of physical science concepts; (2) ways concepts are constructed; and (3)…