This special issue focuses on mathematics for students with disabilities, particularly on the topic of division. The articles discuss a number of curricula and instructional practices that have direct and meaningful implications for the classroom. They also serve as a foundation for the development of research into effective intervention practices. As a whole this issue provides an opportunity to extract selected features of instruction from the articles found herein and to contrast the effectiveness of two distinct instructional approaches--constructivism and direct/explicit instruction.

Uses the activities of fictional educators and students to explore and apply the lessons of recent research to everyday classroom instruction.

Presents an instructional approach that helps students in every grade level understand math concepts so they can apply them on assessments, across the curriculum, and outside of school. Provides teaching practices and lesson ideas that give students a stronger foundation for reasoning and problem solving.

To ensure that all students receive quality instruction, Teaching Students with High-Incidence Disabilities prepares preservice teachers to teach students with learning disabilities, emotional behavioral disorders, intellectual disabilities, attention deficit hyperactivity, and high functioning autism. It also serves as a reference for those who have already received formal preparation in how to teach special needs students. Focusing on research-based instructional strategies, Mary Anne Prater gives explicit instructions and includes models throughout in the form of scripted lesson plans. The book also has a broad emphasis on diversity, with a section in each chapter devoted to exploring how instructional strategies can be modified to accommodate diverse exceptional students. Real-world classrooms are brought into focus using teacher tips, embedded case studies, and technology spotlights to enhance student learning.

Logically organized, comprehensive, and thoroughly applied, the eighth edition of Teaching Students with Learning Problems contains the resources teachers need to make informed decisions concerning their students with learning or behavior problems. No text on the market offers this many classroom-tested strategies, including activities and games. Unique in its coverage the materials and computer software most appropriate for students with learning problems in every content area, this top-selling text continues to be the most practical and well-researched resource for classroom teachers.

Discussions surrounding inclusivity have grown exponentially in recent years. In today’s world where diversity, equity, and inclusion are the hot topics in all aspects of society, it is more important than ever to define what it means to be an inclusive society, as well as challenges and potential growth. Those with physical and intellectual disabilities, including vision and hearing impairment, Down syndrome, locomotor disability, and more continue to face challenges of accessibility in their daily lives, especially when facing an increasingly digitalized society. It is crucial that research is brought up to date on the latest assistive technologies, educational practices, work assistance, and online support that can be provided to those classified with a disability. The Research Anthology on Physical and Intellectual Disabilities in an Inclusive Society provides a comprehensive guide of a range of topics relating to myriad aspects, difficulties, and opportunities of becoming a more inclusive society toward those with physical or intellectual disabilities. Covering everything from disabilities in education, sports, marriages, and more, it is essential for psychologists, psychiatrists, pediatricians, psychiatric nurses, clinicians, special education teachers, social workers, hospital administrators, mental health specialists, managers, academicians, rehabilitation centers, researchers, and students who wish to learn more about what it means to be an inclusive society and best practices in order to get there.