1. Social and Ethical Considerations of Agro-biotechnology
Gary A. Goreham, Ph.D.
Department of Sociology/Anthropology
North Dakota State University

2. Biotechnology, in general, and genetically modified organisms (GMOs), in particular, pose many social and ethical questions.
Our discussion today will explore some of these questions.

3. The Sociology of Genetically Modified Organisms
The Social Psychology of GMOs
Macro-Structural Issues: Government, Private Industry, and International Relations
Micro-Structural Issues: Small Groups and Communities

4. The Social Psychology of GMOs
What is the social psychology and cosmology regarding human’s place in/connection to nature as a result of the “genetic revolution?”
How are public perceptions of GMOs affected by the larger questions of biotechnology and human cloning?
What are environmentalists’, faith community’s, etc. attitudes toward GMOs?
How do social movement organizations shape attitudes toward GMOs?
What are producers attitudes toward/adoption of GMOs?
What are consumer awareness of/attitudes toward GMOs?

5. Micro-Structural Issues: Small Groups and Communities
What are the characteristics of those who can and can’t afford GMOs technology?
What are the consequences for producers for adopting or not adopting GMOs?
What are the employment, social capital, conflict, and development implications for rural communities?
How have the relationships among residents in rural neighborhoods been affected by GMOs?

6. Macro-Structural Issues: Government, Private Industry, & International Relations
Who are the beneficiaries of GMOs: producers, consumers, agribusiness, general public?
What about the monopoly of the agro-food system by transnational corporations?

7. Market Share Controlled by Largest Food Firms
Heffernan, et al., 1996.

8. Macro-Structural Issues: Government, Private Industry, & International Relations
Who are the beneficiaries of GMOs: producers, consumers, agribusiness, general public?
What about the monopoly of the agro-food system by transnational corporations?
What are the connections among government-subsidized GMO research, private industry, and government regulation?
How about patent and intellectual property rights?
Whose responsibility is it to clean-up genetic contamination?
What is the Impact on the structure of agriculture in Developing Nations?
How about GMOs as military, economic weapons; genetic terrorism?

9. The Ethics of Genetically Modified Organisms
Ethical Principles
Beneficence
Non-maleficence
Justice
Autonomy

10. Beneficence
Beneficence = to do good; unconditional goodwill and compassion.
Can GMOs feed a hungry world?
Is GMO engineering, technology, and agriculture sustainable? Profitable? Healthy?

11. Autonomy Autonomy = self-determination; respect for persons.
What limits human action: God’s or Nature’s design? Human knowledge (science) or ability (technology)?
To what degree should GMO engineering, technology, and agriculture be regulated?
Labeling: Do individuals have a right to know in order to make informed decisions?

12. Non-maleficence
Non-maleficence = do no evil or harm; risk- benefit analysis.
What are the biological, environmental, health, and economic risks of GMOs? Are they safe?
What could happen? What should happen?
Who will decide?
Are the risks acceptable? And do the benefits outweigh the risks?

13. Justice Justice = equity; fair treatment for all people.
Should private individuals or corporations have the right to patent genes or life forms?
How equitably will the benefits and risks be distributed?

14. We have far more questions than answers!
The current state of affairs regarding the social and ethical implications of genetically modified organisms?
We have far more questions than answers!