THE FORTY-SECOND MEETING OF

THE INTERNATIONAL SOCIETY FOR THE SYSTEMS SCIENCES

 

JULY 19-24, 1998

Atlanta, Georgia USA

 

INITIAL CALL FOR PAPERS


SUSTAINABLE TECHNOLOGY AND COMPLEX

ECOLOGICAL AND SOCIAL SYSTEMS


The 1998 Annual Meeting of the International Society for the Systems Sciences

Atlanta, Georgia USA


To survive the next millennium, humanity must create and implement sustainable technology for global development so that the needs of the present are met without compromising the needs of future generations. Successful solution strategies must have roots in ecology, economics, the social and behavioral sciences, technology, ethics, information science, and above all, the systems sciences. Piecemeal solutions in the past have lead to the overwhelming global problems of pollution, over population, increasing dependence on non-renewable resources, depletion of the rain forests, global warming, etc. A global systems view is essential to stimulate discussion of the complex problems underlying sustainability and to develop strategies and answers.

The ISSS is uniquely qualified to provide a structure for integrating and synthesizing knowledge. Chartered under the auspices of history and philosophy of science sector of the American Association for the Advancement of Science, the society has provided a focus for the systemic integration and synthesis of knowledge across disciplines of science, philosophy, and the humanities. Over four decades, the society has self-organized into many Special Integration Groups (SIGs) that use general systems theories and conceptual frameworks to integrate knowledge across traditional disciplines and synthesize new and exciting alternative approaches.

This meeting at Georgia Tech provides the opportunity to emphasize the applications of general systems theories in technology. While the theme emphasizes technology in social and ecological systems (including political, accounting, and international subsystems), it also provides opportunity to integrate science, philosophy, art, and humanities.


PRESENTATIONS


The purpose of presentations is to announce your research so that you may develop other participant's interest in integrating their research with your own for refinement, elaboration, and application. Necessary details should be included in the written papers published in the proceedings. Proceedings papers should reference major publications so that serious inquiries into the literature may be made.

TYPES OF SESSIONS


Three types of sessions will be conducted. PAPER SESSIONS will consist of four twenty-minute presentations summarizing papers included in the proceedings followed by twenty-five minutes of questions and answers. WORKSHOPS will consist of four ten-minute initial statements followed by sixty-five minutes of discussion, and SYMPOSIA will consist of four ten-minute initial statements followed by four ten minutes responsive, integrative statements followed by twenty-five minutes of questions and answers. Paper presentations should clearly and concisely summarize the papers appearing in the proceedings. Symposia and workshops should have persons designated to summarize the integration of ideas presented.

POSTER SESSIONS


In addition to the three types of organized sessions, poster sessions may be arranged. Such sessions provide an area (room or hallway) for several individuals to display, on posters, the main points of their research so that their research may be quickly explained to other interested persons. Usually, the times the displayer will be at the poster are indicated so that interested parties may discuss the research with him or her. Students working on uncompleted projects may want to use this means of communication.

DISCUSSION TOPICS


We invite papers and proposals for session within, but not limited to, the following topics, as they relate to the systems aspect of sustainability.

· Systems Foundations for the Future of Sustainable Development
· Modeling the Present and Predicting the Future
· Systems Epistemology, Pedagogy, and Methodology
· Living Systems Theory
· Social Entropy Theory
· Critical Systems Theory
· Multi-Model Systems View
· Linguistic-Mathematical Theory
· Complex Systems and Non-equilibrium Thermodynamics
· Chaos, Order, and Self-organizing Systems in Evolutionary Theory
· General Theory of Energy
· Emergy Theory

· Information to Make a Difference
· Informatics and Information
· Quantification of System Elements
· Icon Notation as a Language of Technology
· Entropy Measurements
· Environmental Assessment

· Sustainable Technology
· Engineering Design for Social and Ecological Solutions
· Quality Systems
· Open Systems
· Industrial Ecology

· Reverse Engineering
· Social Economics, Accounting, and Engineering
· Ecological Economics, Accounting, and Engineering



· Historical Anthropological Views of Sustainable and Unsustainable Development

· Insights from Philosophy, Arts, and Humanities

· How we got to where we are.


ORGANIZING COMMITTEE