Ideals and modern tools to achieve sustainability in higher education
Challenges and obstacles for the practical implementation of sustainable development in higher education
Keywords:
Sustainable development, Higher education, Globalization
Introduction
Knowledge-based society and higher education
Higher Education and the Challenges of Sustainability
References
Making a Difference: Outdoor Education in Early Childhood Education
The research results point out that the new Cross Thematic Curriculum Framework of Environmental Education that was investigated aims in the educational autonomy of teacher and student, since the growth of interpersonal relations between those involved in the educational process, team teaching-learning and learning about life through life are sought, through an open curriculum that is shaped according to the needs and interests of the students. The afore mentioned objectives are absolutely compatible with those of the Critical Communication Pedagogy, according to which the notions "communication" and "critical" are present, run through all sectors of pedagogic action and constitute - according to the Frankfurt philoshophers (Adorno, 1961, Marcuse, 1971 etc.) - the base of human action.
Adorno, Th.W. (1961). Regarding the logic of social sciences. In Epistemology: Texts (ed. Kouzelis, G). Athens: nisos.
Marcuse, H. (1971). The Mono dimensional man. Athens: Papazisis.
Abstract
Teaching Database Systems to students majoring in environmental studies is a complicated and multilevel task. Students not only have to develop skills working under a Relational Database environment, but they also have to understand basic design principles, conceptual models of a fourth generation language (the Structure Query Language-SQL) and above all they have to become familiar with the application of such Systems in environmental practice and protection. A person who fulfills the above background requirements can perform successful data storage and information retrieval and consequently he is able to use Databases when working on sustainable development orientated projects. In this research effort two learning methodologies were tried in teaching the databases subject to third year students of the Department of Forestry and Management of the Environment and Natural Resources, Democritus University of Thrace. Also, a comparative study on the efficiency of the methodologies was performed.
Keywords:
Database Systems teaching, Kolb’s experiential learning model, model based on the categories of learning being told, trial and error and thinking, University education.
Theoretical and practical aspects of Databases and their applications in Environmental and Sustainable Development problems were taught to third year students using the above described methodologies. Real world specific cases (related to forestry and environment) were used in order to make the concepts more tangible. Several cases of innovative Database Systems (DBS) and also Intelligent DBS (IDBS) that have been developed in order to offer solutions to important Sustainable Development problems of our times were presented to the students. This presentation was designed on the basis of the models mentioned above. Several such IDBS that estimate the partial and the overall Risk Indices in the cases of Torrential or Forest Fire natural disasters were presented to the students (Iliadis, 2005, Iliadis and Spartalis, 2004). Such Systems have proven their capacity to work on actual meteorological, morphometric, social and hydrographic data, in order to perform Natural Disasters Risk estimation and to help towards the design and potential application of a natural disasters protection and prevention policy. From this point of view it is actually very important for the students to understand the use of DBS towards Sustainable Development and also to develop skills that will enable them to work efficiently with them.
It would really be a major problem if the students did not see the connection between DBS and Environment for several reasons. First, they would not know where to apply the knowledge on DBS even if they were capable of capturing it. Secondly, they would not be motivated to work with DBS if they would consider the subject matter as foreign to their environmental studies. It would be like offering a very powerful tool to someone who does not know what to do with it. The European Union realized this several years ago and is currently spending dozens of millions of Euros towards Intelligent Information Technology (IIT) applications on sustainable development (SD) orientated projects.
Finally, two separate tests of the same content were performed in two equal parts of the sixth semester class in order to discover the advantages and disadvantages of each methodology.
Introduction
Values, Science and the Academy
Acceptability of value related statements
What values do SD teachers represent?
Conclusion
References
There is a water crisis today. But the crisis is not having too little water to satisfy our needs. It is a crisis of managing water so badly that billions of people and the environment suffer badly. The main purpose of these topics is to study the so called “water crisis” at local, regional and global levels in a comparative way.
The goal is not to make the pupils aware of the issue -although university students could become aware for it-, but to understand it within the life itself and to inspire the participants to change their life styles and behaviours.
Some practical solutions for achieving the ideals of sustainability: A case study of a technology teacher education program
CISE (2006), “Education for Sustainability Framework”, The Cloud Institute for Sustainability Education. Available http://www.sustainabilityed.org/what/education_for_sustainability/documents/EFSFramework_000.pdf
Grace, S.L. and Cramer, K.L. (2002), “Sense of self in the new millennium: male and female student responses to the TST”, Social Behaviour and Personality, Vol. 30, pp. 271-280
Keywords:
Sustainable Development, Education, Priorities on Sustainable Development, Knowledge and Information, University organisation
Priority
Example
Economy
GDP growth, growth of disposable income, growth of consumption, etc.
Social
Unemployment, income distribution, poverty, social exclusion, education, health care, etc.
Keywords:
Ecological education, environmental protection, environmental awareness