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Showing 1 to 15 of 23 results Save | Export
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Gordana Gredicak Šojat; Zorislav Šojat – International Society for Technology, Education, and Science, 2023
The Education drives the Future of Humanity. The Wishes and Visions of Humankind have to drive the Education. What is the final goal of Education? To bring up a healthy, emotionally mature, wise, knowledgable nourisher of life, who understands and feels the reality, based on ethics, humanism and compassion, as essential characteristics of a human…
Descriptors: Futures (of Society), Technology, Artificial Intelligence, Human Relations
Besley, John C.; Hill, Derek – National Science Foundation, 2020
This thematic report presents indicators about people's attitudes toward issues related to science and technology (S&T), awareness of basic S&T facts, and how people interact with science. It shows that most Americans hold positive beliefs about the benefits of S&T, have relatively high confidence in the scientific community compared…
Descriptors: Sciences, Technology, Attitudes, Beliefs
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Bagarinao, Ricardo T. – Turkish Online Journal of Distance Education, 2015
The study analyzed the navigational patterns of learners in an online course in Science, Technology, and Society using movement ecological concept. The course site consists of five important pages, namely: home page, resource page, user page, forum page, forum discussion page, and forum add post page. About 11,413 logged data were mined and…
Descriptors: Foreign Countries, Access to Information, Open Universities, Electronic Learning
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Samples, Bob – Journal of Science Education and Technology, 1999
Defines four key aspects of a new paradigm of learning: (1) the participatory mind; (2) nature, evolution, and learning; (3) the soul and learning; and (4) transformation. Argues that if students are to believe that what they are taught is worthwhile, they must be given the power to transform. Contains 23 references. (WRM)
Descriptors: Culture, Ecology, Elementary Secondary Education, Higher Education
Foley, Grover – Ecologist, 1988
Describes Deep Ecology and criticizes its limitations. Discusses mysticism, the bomb, freedom, subjectivity and power as they are addressed by Deep Ecology. Stresses the need to teach ecological balance. (CW)
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Environmental Education
Goldsmith, Edward – Ecologist, 1988
Proposes a world view or cosmology in the form of 67 laws or principles which are seen by some as governing the Cosmos and the cosmological process. Defines the Cosmos in terms of the ecosphere or Gaia. (CW)
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Environmental Education
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Shaw, Donna Gail; Dybdahl, Claudia S. – Preventing School Failure, 1992
This paper uses the topic of rain forests to demonstrate how a meaningful and relevant Science, Technology, and Society program can be designed for intermediate-level students. Students create and immerse themselves in a tropical rain forest, explore the forest ecosystem and peoples, and consider solutions to the problem of deforestation. (JDD)
Descriptors: Ecology, Environmental Education, Intermediate Grades, Learning Activities
Skolimowski, Henryk – Ecologist, 1988
Criticizes the Deep Ecology Movement as a new ecological world view. Discusses the limits of this philosophy including its views of destiny, evolution and cosmology. Concludes that although its intentions are admirable, Deep Ecology leaves too much unanswered. (CW)
Descriptors: Conservation (Environment), Ecology, Environmental Education, Environmental Influences
Naess, Arne – Ecologist, 1988
Presented is support for the basic tenets of the Deep Ecology Movement. Answers several criticisms concerning mysticism, nuclear war, and destiny. Provides a platform and two models for the philosophy of Deep Ecology. (CW)
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Environmental Education
Sylvan, Richard; Bennett, David – Ecologist, 1988
Contrasted are the philosophies of Deep Ecology and ancient Chinese. Discusses the cosmology, morality, lifestyle, views of power, politics, and environmental philosophies of each. Concludes that Deep Ecology could gain much from Taoism. (CW)
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Environmental Education
Tokar, Brian – Ecologist, 1988
Describes the differences which divide the social ecology movement and the Deep Ecology Movement. Discusses how each views population ecology, politics, natural resources, and ecological living. Calls for a unified ecological movement. (CW)
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Environmental Education
Social Science Education Consortium, Inc., Boulder, CO. – 1996
This book offers an introduction to the history and nature of science and technology (HNST) for educators who are interested in teaching about this content area. The book has five chapters, organized to address the following questions: (1) Why is this subject matter important?; (2) What should be taught about this subject matter?; (3) How can I…
Descriptors: Ecology, Environmental Education, Futures (of Society), Interdisciplinary Approach
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Allen, Betty, Comp. – Current: The Journal of Marine Education, 1989
Presented are the abstracts from three research projects involving deep sea technology which were a part of a marine science symposium. Five sets of activities on deep sea science are included, one each for grades K-2, 3-5, 6-8 and 9-12, and informal education. (CW)
Descriptors: Animals, Biological Sciences, Curriculum Development, Earth Science
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Kates, Robert W. – Environment, 2000
Discusses the modern view of the impact of population and consumption on environmental degradation. Contends that the determinants of consumption and its alternative patterns are understudied topics for the emerging science of sustainability. (Contains 33 references.) (WRM)
Descriptors: Conservation (Environment), Consumer Economics, Ecology, Economic Impact
Shanebrook, J. Richard – 1997
This document describes a course designed to acquaint students with the many societal and technological problems facing the United States and the world due to the increasing demand for energy. The course begins with a writing assignment that involves readings on the environmental philosophy of Native Americans and the Chernobyl catastrophe.…
Descriptors: College Curriculum, Course Content, Ecology, Energy
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