Title :
Ethical technology assessment of natural ecological values using a delphi process
Author :
Wang, Shu-Hui ; Lin, Tz-Yauw ; Chu, Yao- Ming
Author_Institution :
Dept. of Ind. Technol. Educ., Kaohsiung Normal Univ., Kaohsiung, Taiwan
Abstract :
Technological development has come at the price of serious ecological and environmental problems, such as pollution, ecological damage, and the exhaustion of natural resources. Ecological values related to nature have become an essential factor in the assessment of technology. New technologies often give rise to previously unknown ethical controversies and dilemmas. Although the assessment of technology has always stressed output and efficiency, research on ethical Technology Assessment (eTA) focuses mainly on developing tools with which to identify the adverse effects of new technologies in the early stages. This paper presents a new form of technology assessment focusing on natural and ecological values to determine the technological advancements worthy of further development and implementation. This approach is based on a check-list for the assessment of natural and ecological values according to four crucial guidelines: (1) ecological security, (2) sustainable development, (3) environmental justice, (4) respect for nature. We used using a Delphi process to establish indicators: (1-1) low pollution, (1-2) low consumption, (1-3) low platoon carbon, (2-1) refraining from wasting resources, (2-2) recycling resources, (3-1) reasonable resource development, (3-2) enhancement of product durability, (3-3) use of decomposable materials, (3-4) fair allocation, (4-1) treating animals with respect, (4-2) maintaining natural diversity.
Keywords :
durability; ecology; environmental legislation; ethical aspects; natural resources; recycling; resource allocation; sustainable development; Delphi process; check-list; decomposable materials; ecological security; environmental justice; ethical technology assessment; fair allocation; natural diversity; natural ecological values; natural resources; platoon carbon; pollution; product durability; recycling; resource wasting; sustainable development; technological development; Animals; Ethics; Humans; Materials; Pollution; Sustainable development; Delphic Process; Environmental ethics; ethical Technology Assessment (eTA); ethical technology; natural ecological values; sustainable development;
Conference_Titel :
Business Innovation and Technology Management (APBITM), 2011 IEEE International Summer Conference of Asia Pacific
Conference_Location :
Dalian
Print_ISBN :
978-1-4244-9654-9
DOI :
10.1109/APBITM.2011.5996290