This document is divided into two sections: general statistics on education in the United States and descriptions of changes in mathematics education in the U.S. Many tables and charts describe the structure of United States education, enrollment trends, expenditure patterns and revenue receipts, international enrollment, and staffing and…

The mathematical sciences, based largely in academia, are crucial not only for the development of new knowledge but also as a needed resource in the education of our technological work force. As with other scientific professions, the challenge of meeting the growing need for workers in the face of shrinking supplies will require a program of…

Any consideration of the status of science and mathematics education at the upper secondary school level in Australia must take into account the range of courses offered and the number of students enrolled in the different courses. This monograph describes science and mathematics curricula at national and state levels, and provides full enrollment…

This publication contains a sample of the 59 indicators in "The Condition of Education 2001." Since 1870, the federal government has gathered data about students, teachers, schools, and education funding. As mandated by Congress, the U.S. Department of Education's National Center for Education Statistics (NCES) annually publishes a…

To ensure reliable, accurate, and timely data, which are necessary to monitor the progress of education in the United States, Congress has mandated that the National Center for Education Statistics (NCES) produce an annual report, "The Condition of Education." This year's report presents 59 indicators of important developments and trends…