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Barrett, Katharine; Willard, Carolyn – 1998
This book, for grades 2-6, is designed to provide students with a highly motivating and unique opportunity to investigate an aquatic habitat. Students set up, observe, study, and reflect upon their own "desktop ponds." Accessible plants and small animals used in these activities include Elodea, Tubifex worms, snails, mosquito larvae, and fish.…
Descriptors: Animals, Aquariums, Ecological Factors, Ecology

Smith, I. R.; Henderson-Sellers, B. – Environmental Education and Information, 1981
Describes the basic philosophy, nomenclature, and techniques used in mathematical modelling to enable biologists, engineers, land managers, and others to understand the concepts and usefulness of models. Contrasts conceptual and empirical approaches, using ecosystem models as an example of the former. (DC)
Descriptors: Ecological Factors, Ecology, Environmental Education, Higher Education

Wackernagel, Mathis; Rees, William – Green Teacher, 1996
Defines an ecological footprint as the land that would be required on this planet to support a certain group's current lifestyle forever. Shows that the United States and southern Canada consume far more energy, materials, foods, and services per capita than the rest of the world population. Suggests numerous activities to raise awareness of the…
Descriptors: Biological Sciences, Conservation Education, Ecological Factors, Ecology

Hickling-Hudson, Anne – International Review of Education/Internationale Zeitschrift fuer Erziehungswissenschaft/Revue Internationale de Pedagogie, 1994
Discusses the role of education in creating the political understanding and activism necessary for challenging the pattern of industrial development adopted by socialist and capitalist economies which has caused unprecedented physical and ecological damage to the planet. Examines the potential of educational structures in Third World regions…
Descriptors: Activism, Conservation (Environment), Developing Nations, Ecological Factors
Cervoni, Cleti, Ed. – 1993
Project WILD is the first large-scale curriculum supplement focusing on wildlife concepts and integrated with many areas of the general school curriculum. It features decision-making processes and explores a diversity of attitudes toward wildlife. The goal of Project WILD is to prepare young people to make decisions affecting people and wildlife…
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Elementary Education
Gage, Susan – Teachergram, 1989
This newsletter discusses the disappearance of the world's forests and the resulting environmental problems of erosion and flooding; loss of genetic diversity; climatic changes such as less rainfall, and intensifying of the greenhouse effect; and displacement and destruction of indigenous cultures. The articles, lessons, and activities are…
Descriptors: Conservation (Environment), Ecological Factors, Ecology, Elementary Education
MacEachern, Diane – 1990
People, corporations and government are all responsible for the state of the environment and for their contributions to its care. By making small but substantial decisions about the things that are done, the goods that are bought, and the laws that are passed everyone can help to ensure a world that's fit for the future. If government and…
Descriptors: Behavior Change, Conservation Education, Conservation (Environment), Ecological Factors
Topeka Public Schools, KS. – 1973
This unit presents materials to develop some of the basic knowledge necessary for grasping the complex processes associated with environmental relationships. It is divided into five topics: (1) Basic Needs for Life--the biological necessities of plants and animals; (2) Food Web--the interactions between organisms; (3) Observational Skills--ways…
Descriptors: Curriculum Guides, Ecological Factors, Ecology, Environmental Education

Styron, C. E. – American Biology Teacher, 1977
Describes a simplified model for summarizing ecological relationships. The components of the ecological triangle are biotic, abiotic materials, and abiotic conditions. Discusses three-way component interactions, population studies, limiting factors of pollution on humans, and difficulties in establishing casual relationships in field research. (CS)
Descriptors: Biology, College Science, Ecological Factors, Ecology

Riggle, Richard – Theory and Research in Social Education, 1989
Advocates combining fundamental ideas from the fields of geography and environmental sociology that contribute to the field of human ecology in order to form a suprastructure for the analysis of current issues that are critical to global well-being. Illustrates concepts in a flow-chart that results in a cohesive structure revealing interrelated…
Descriptors: Curriculum Development, Ecological Factors, Ecology, Environment

Vincent, Julian F. V.; Kitchener, Andrew C. – Journal of Biological Education, 1988
Describes results and experiences of four field-course experiments designed to explore the relationships between animals and their physical environment. Reports on the response of animals to flow rate of water, relationship between size and rate of locomotion, and mathematical and physical techniques used to study how animals live. (RT)
Descriptors: Biology, Ecological Factors, Ecology, Entomology

Matthews, Catherine E.; Cummo, Evelyn – American Biology Teacher, 1999
Introduces activities to reinforce the concept of and problems involved with introduced, nonnative or alien species. Provides seven vignettes about seven different plant and animal species that have become or currently are near ecological disasters. (CCM)
Descriptors: Animals, Ecological Factors, Ecology, Elementary Secondary Education

Korfiatis, K.; Papatheodorou, E.; Paraskevopoulous, S.; Stamou, G. P. – International Journal of Science Education, 1999
Describes a study of the effectiveness of computer-simulation programs in enhancing biology students' familiarity with ecological modeling and concepts. Finds that computer simulations improved student comprehension of ecological processes expressed in mathematical form, but did not allow a full understanding of ecological concepts. Contains 28…
Descriptors: Computer Simulation, Computer Uses in Education, Ecological Factors, Ecology
Pivnick, Janet – Canadian Journal of Environmental Education, 2003
Ecophilosophers suggest that the achievement of environmental sustainability requires a transformation in worldview, from a modern to an ecological worldview. This suggestion poses a very interesting challenge for researchers in environmental disciplines. What would research look like that is grounded in an ecological worldview? What would it mean…
Descriptors: World Views, Ecology, Environmental Education, Research Methodology
Office of Water Program Operations (EPA), Cincinnati, OH. National Training and Operational Technology Center. – 1979
Presented is material on planning, administering, collecting, evaluating, interpreting, and reporting biological data related to water quality studies in both fresh and marine waters. Topics include aquatic ecology, water pollution, taxonomy, bacteriology, bioassays, water quality enhancement, and administration of water quality standards. Each of…
Descriptors: Administration, Biological Sciences, Data Analysis, Data Collection