Publication Date
| In 2026 | 1 |
| Since 2025 | 137 |
| Since 2022 (last 5 years) | 688 |
| Since 2017 (last 10 years) | 2581 |
| Since 2007 (last 20 years) | 6316 |
Descriptor
| Secondary School Science | 21898 |
| Science Education | 12283 |
| Science Instruction | 8100 |
| Secondary Education | 6461 |
| Teaching Methods | 4385 |
| Science Activities | 4343 |
| Physics | 4232 |
| College Science | 4043 |
| Chemistry | 3914 |
| Biology | 3753 |
| Foreign Countries | 3627 |
| More ▼ | |
Source
Author
Publication Type
Education Level
Audience
| Practitioners | 4919 |
| Teachers | 3288 |
| Researchers | 1020 |
| Students | 380 |
| Policymakers | 368 |
| Administrators | 286 |
| Community | 27 |
| Parents | 21 |
| Counselors | 13 |
| Media Staff | 4 |
Location
| Australia | 529 |
| United Kingdom (Great Britain) | 488 |
| United Kingdom | 305 |
| Turkey | 291 |
| United Kingdom (England) | 264 |
| Canada | 229 |
| Israel | 198 |
| Nigeria | 161 |
| Indonesia | 153 |
| Germany | 120 |
| New Zealand | 118 |
| More ▼ | |
Laws, Policies, & Programs
Assessments and Surveys
What Works Clearinghouse Rating
| Meets WWC Standards without Reservations | 2 |
| Meets WWC Standards with or without Reservations | 7 |
| Does not meet standards | 3 |
Oregon State Dept. of Education, Salem. – 1989
The purpose of this booklet is to articulate the student outcomes expected for children in grades K-12. This document seeks to reflect the major themes of science education. These common curriculum goals have been developed not to detail separate facts of science needed to be taught by every science program, but to detail a larger view of the same…
Descriptors: Course Objectives, Educational Objectives, Elementary School Science, High Schools
Guilmet, George M. – 1984
A research strategy is presented which enables the development of science and mathematics curriculums for American Indian and Alaska Native children of diverse cultures based on existing subsistence knowledge and skills. This strategy assumes that American Indian and Alaska Native adults implicitly make use of many formal science and mathematics…
Descriptors: Academic Achievement, Alaska Natives, American Indian Culture, American Indian Education
Stevens, K. J. – 1987
The key to New Zealand's future prosperity lies in the promotion of science and technology. Two major issues are identified: (1) the need to close the scientific and technological manpower gap that is increasingly being experienced; and (2) the need for a re-organized system of vocational education. The implications for teaching and learning in…
Descriptors: College Science, Educational Change, Foreign Countries, Government Role
Howe, Ann C. – 1982
Individual pupils were observed in junior high school science classes to characterize and record their classroom behaviors. The sample (N=80), drawn from five urban schools, was evenly divided by race (black and white). Instruction in class was based on laboratory work or other activities requiring active pupil participation. Systematic…
Descriptors: Academic Achievement, Classroom Observation Techniques, Individualized Instruction, Junior High School Students
Cox, David Charles – 1982
The development of selected science process skills in required and elective science classes in three high schools of a suburban Oregon school district was investigated. Science process skill knowledge in the areas of classifying, observing, interpreting data, identifying variables, modeling, and measuring was assessed by administration of an…
Descriptors: Academic Achievement, Core Curriculum, Elective Courses, High Schools
Kalra, R. M. – 1973
The program is a terminal course in chemistry for 9-12 grade students who are non-science majors, low achievers, and/or American Indians. Its objectives include to provide a systematic and practical overview of the discipline of chemistry; to change student behavior through this knowledge; to develop social responsibility, scientific attitude, and…
Descriptors: American Indians, Atomic Structure, Chemistry, Community Influence
Oki, Michinori; Brasted, Robert C. – 1981
Eight general areas were addressed in this conference on Japanese/United States chemical education, including: introductory courses; adequacy of texts, manuals, laboratory workbooks for non-majors; laboratory role in non-major courses; adaptation of such techniques as computers, programmed instruction and videotapes; evaluation and testing…
Descriptors: Chemistry, College Science, Computer Oriented Programs, Curriculum Development
Cox, Dorothy Anna Howard – 1980
This study examined two major areas: (1) evaluation of the characteristics, interactions, problem-solving strategies and achievement of seventh- and eighth-grade junior high school students (N=66) as they interacted with a microcomputer in three problem-solving sessions, and (2) determination of the effectiveness of three original microcomputer…
Descriptors: Biological Sciences, Computer Oriented Programs, Computer Programs, Decision Making Skills
COCKRELL, LLOYD – 1966
REPORTED ARE THE PLANS FOR A PROPOSED OUTDOOR EDUCATION PROGRAM FOR THE ALBUQUERQUE PUBLIC SCHOOLS. DISCUSSED ARE (1) A PROGRAM RATIONALE, (2) CURRICULUM, (3) MATERIALS FOR OUTDOOR TEACHING, (4) STAFFING, (5) PUPIL SELECTION, (6) THE EDUCATIONAL PLAN, (7) DESCRIPTION OF PROPOSED FACILITIES AND PHYSICAL CHARACTERISTICS, (8) BUDGET ESTIMATES, (9)…
Descriptors: Art, Biology, Conservation Education, Curriculum Development
Colton, R. W. – 1981
Rural schools may have an advantage over urban schools in science teaching if sciences are perceived as means of exploring our surroundings, are presented as many viewpoints of one overall picture, and are taught in a form that deals with human situations. Collaboratively taught, rural science curricula can include study of agricultural ecology,…
Descriptors: Agricultural Production, Curriculum Development, Educational Change, Educational Needs
BURGESS, ROBERT A.; GILFILLAN, WARREN C. – 1966
THIS HANDBOOK FOR OREGON PUBLIC AND PAROCHIAL ELEMENTARY SCHOOL TEACHERS IS FOR USE IN PLANNING AND UTILIZING THE OUTDOOR SCHOOL OF THE REGIONAL OUTDOOR EDUCATION PROGRAM HEADQUARTERED AT PORTLAND, OREGON. THE OUTDOOR SCHOOL WHICH UTILIZES CAMPS OWNED BY YOUTH-SERVING ORGANIZATIONS PROVIDES ELEMENTARY CLASSES (PRIMARY GRADE 6) AND THEIR TEACHERS…
Descriptors: Art, Biology, Conservation Education, Curriculum
National Science Teachers Association, Washington, DC. – 1968
THIS BIBLIOGRAPHY IS A CONTINUATION OF THE SERIES OF BIBLIOGRAPHIES OF COURSES OF STUDY AND TEXTBOOKS IN SCIENCE BEGUN IN 1959 BY THE NATIONAL SCIENCE TEACHERS ASSOCIATION (NSTA). PART 1 LISTS COURSES OF STUDY ALPHABETICALLY BY STATE UNDER THE CATEGORIES OF (1) LONG-RANGE COURSES OF STUDY, GRADES K-12, (2) JUNIOR HIGH SCHOOL, GRADES 7, 8, 9, (3)…
Descriptors: Bibliographies, Biological Sciences, Chemistry, Curriculum Development
ERIC Information Analysis Center for Science Education, Columbus, OH. – 1968
This is the seventh in a series of general bibliographies which are being developed to disseminate information concerning documents analyzed at the ERIC Information Analysis Center for Science Education. Reported are over 85 citations to selected documents in the areas of (1) science and society, (2) the history of science education, (3) science…
Descriptors: Bibliographies, Biology, Chemistry, College Science
Vakos, Harry N. – Technological Horizons in Education, 1986
Describes a ten step program used to implement computer education in the Rochester, Minnesota public schools. The ten steps are: (1) needs assessment; (2) statement of philosophy; (3) board policies; (4) administrative procedures; (5) learner goals; (6) instructional priorities; (7) equipment needs; (8) preparation of bid specifications; (9)…
Descriptors: Board of Education Policy, Computer Science Education, Computers, Curriculum Development
Peer reviewedTobin, Kenneth G.; Capie, William – Journal of Research in Science Teaching, 1982
Twelve pupils from each of 13 middle school science classes participated in this study. Findings, among others, indicate that two of nine engagement measures (attending and generalizing), together with formal reasoning ability, were related to process skill, achievement, and retention. (JN)
Descriptors: Abstract Reasoning, Elementary School Science, Elementary Secondary Education, Grade 6


