Over the last two decades, there was an upsurge of research and innovation in biotechnology and related fields, leading to exciting new discoveries in areas such as the engineering of biological processes, gene editing, stem cell research, CRISPR-Cas9 technology, Synthetic Biology, recombinant DNA, LMOs and GMOs, to mention only a few. At the same time, these advances generated concerns about biosafety, biosecurity and adverse impacts on biodiversity and the environment, leading to the establishment of Research Ethics Committees (RECs) at Higher (...) Education and Research Institutions dedicated to reviewing research with implications for biosafety and the environment. -/- These Biosafety and Environment Research Ethics Committees, referred to as EBRECs, are in the early stages of their establishment and formalisation, and there is much uncertainty about their composition, scope, procedures of decision-making and the principles that should guide their deliberations and assessments. In many respects, EBRECs are venturing into uncharted territory, facing a very wide range of complex research fields, far-reaching research practices and deep concerns new to Review Boards, raising the question to what extent EBRECs can fall back on the fairly well-established principles and procedures of RECs focusing on Human, Health or Animal research, and to what extent they need new or adapted principles and procedures. -/- Against this background, I set out to answer the following three main research questions in this thesis: 1. What is the current state of ethical principles for ethics reviews in the field of environmental and biosafety research ethics? Which principles are currently used in this context, and how? 2. What are the shortcomings of the current principles used by EBRECs and how can they be overcome? 3. What ethical principles must be adopted by environmental and biosafety research ethics committees and guide them in their decision-making? -/- In order to prepare the ground and set the scene for my discussion of these questions, I also formulated four supporting research questions: i. What is environmental research ethics in action? ii. What is biosafety research ethics in action? iii. How are environmental and biosafety ethics related to one another? iv. How should the guidelines and ethical principles related to these two overlapping fields be implemented in the ethics review process? Following my introduction and problem statement in Chapter 1, I devoted Chapters 2 and 3 to an overview of my supporting questions to set the scene for Environmental and Biosafety Research Ethics. In Chapter 4, I turned to my main research question with a discussion of national and international declarations, frameworks and legislation and an investigation of principles in the different research areas to get a picture of applicable principles that can guide EBRECs. -/- The main finding of my thesis is that due to the complexity of EBR, different categories of principles could be the solution for EBRECs. I elaborate on this in Chapter 5, my concluding chapter, in which I also propose a list of core principles that can serve as an accessible and easy-to-use guide for EBRECs in their decision-making. In this proposal, I cluster different kinds of principles in terms of four categories: 1. Principles as a Moral Concept 2. Principles as a Social Concept 3. Principles as a Legal Concept 4. Principles as a Safety Concept . (shrink)

Value Oriented Science for A Sustainable Society The essay deals with the relationship between ethics, science and the character of society associated with challenges such as: What is the contemporary role of science in society and how does it fulfil it? Is value oriented "engaged" science possible? What does the responsibility of science mean? What is the reason for and the state of integrative, interdisciplinary, cross-disciplinary and/or post-disciplinary approaches in the science? What is the role and meaning of evaluation in (...) scientific production and/or its usefulness? What is the value, cost and effectiveness of science? Is scientometrics an adequate answer? What is the role of ethics and science in the context of sustainable development/living/society? In the final section of the essay several examples drawing on the international as well as the national level are introduced. The ambition of the author, a professional environmental geographer, is not to submit an extensive excursion into most fashionable aspects of the topic within the global philosophical context. The author describes his own personal experience and position and tries to discover what the emerging challenges and threats in this field may be, first of all in the current Slovak context. (shrink)

This paper aims to provide some theoretical starting points for constructing a social science approach to environmental issues which goes beyond narrower forms of constructivism without dismissing the importance of interpretative sociology. An ecological understanding of society is compared with the notion of structuration and integrated into the concept of coevolution in order to shed light on the dynamic nature of socioenvironmental relations and move beyond the constructivist/realist dualism.

The value of biodiversity is usually confused with the value of biological resources, both actual and potential. A sharp distinction between biological resources and biodiversity offers a clearer insight into the value of biodiversity itself and therefore the need to preserve it. Biodiversity can be defined abstractly as the differences among biological entities. Using this definition, biodiversity can be seen more appropriately as: (a) a necessary precondition for the long term maintenance of biological resources, and therefore, (b) an essential environmental (...) condition. Three values of biodiversity are identified and arranged in a hierarchy: (1) the self-augmenting phenomenon of biodiversity maintains (2) the conditions necessary for the adaptive evolution of species and higher taxa, which in turn is necessary for providing humans with (3) a range of biological resources in the long term. Two broad policy implications emerge: increments of biodiversity should not be traded off against biological resources as if they were the same, and the conservation of biodiversity should be a constraint on the public interest, not a goal in service of the public interest. (shrink)

Recent developments in agriculture have stirred up interest in the concept of “sustainable” farming systems. Still it is difficult to determine the extent to which certain agricultural practices can be considered sustainable or not. Aiming at identifying the necessary attributes with respect to sustainability in Dutch dairy farming in the beginning of the third millennium, we first compiled a list of attributes referring to all farming activities with their related side effects with respect to economic, internal social, external social, and (...) ecological sustainability. A wide range of people (i.e., experts and stakeholders) were consulted to contribute to our list of attributes. Our consultation showed that only one attribute was selected for economic and internal social sustainability: profitability and working conditions, respectively. The list for external social sustainability contained 19 attributes and the list for ecological sustainability contained 15 attributes. To assess their relative importance, the same experts and stakeholders ranked the attributes for external social and ecological sustainability by using a questionnaire. The most important attributes for external social sustainability were food safety, animal health, animal welfare, landscape quality, and cattle grazing. For ecological sustainability they were eutrophication, groundwater pollution, dehydration of the soil, acidification, and biodiversity. The present method for identifying and ranking attributes is universal and, therefore, can be used for other agricultural sectors, for other countries, and for other time periods. (shrink)

Animal liberation ethics and environmental ethics have recently come of age. Concerning concrete moral rules considered by researchers in these areas there is much consensus. Highly general theories formulated to justify the rules are more problematic. However, the search for such theories may well be misguided.

The search for a worldwide environmental ethic is linked to the increase in environmental concern since the 1960s, and the recognition that environmental problems can have a global impact. Numerous people and organizations have put forward their understanding of the necessary components of such an ethic and these have converged in a series of international statements. A small number of common elements have emerged. These can be expressed in 10 ‘premises’, which may form the basis for developing into an acceptable (...) worldwide ethic, along the lines called for in the revised World Conservation Strategy, Caring for the Earth, 1991. (shrink)

The importance and urgency of using ethical principles in the creation and content of climate change policy is well recognised. This article closely examines the World Conservation Union’s (IUCN) engagement in ethical elements of international climate policy for abatement. The primary finding is the use of narrow framing around ‘nature based solutions’. The IUCNs’ own policy references to ethical principles such as fairness and justice are not adequately applied to the content of policy or to its critique. Recommendations are made (...) on how the IUCN (and NGOs generally) could enhance its ethical engagement to act consistently with the claim of moral leadership. (shrink)

As a result of contemporary environmental problems, scientists are focusing their interests on developing a greater understanding of nature. Described in this paper is a view of life and the environment as a case of complex systems analysis; this analysis results in a series of general principles which are manifested in life and bioprocesses. These ‘eco-principles’ will be very useful as guidelines for the eco-restructuring of technology as well as the reorientation of human activities towards a sustainable lifestyle which includes (...) the economy, society, management of industry, the university and even the church. The goal is a society which will be in harmony with the laws of nature. (shrink)

This study explored local controls relating to trees and spacesof the local environment in Nyamaropa Communal Lands in theNyanga District of eastern Zimbabwe. Controls were consideredin a broad and inclusive framework encompassing codified rules,taboos, and, regulatory norms and emotions. Special emphasis waslaid on people‘s emotional and ethical investment in the abovecomponents of the environment – trees and spaces. The studyemployed intensive informal and group interviews. Results showthat there is tremendous emotional and ethical investment intrees and spaces of the environment in (...) Nyamaropa. Emotions comein a variety of forms: fear, shunning, love, reverence, andconfidence and security enhancement. The emotional and ethicalnorms are designed to govern behavior and the context of resourceutilization. These norms have implications on the organization ofspaces of the local environment and regimes of resource utilizationoccurring in them. Location of resources in spaces of the environmenthas implications on the management of resources within them. Thedomains of human habitation – home bases and home fields – werefound to be the most emotionally laden spaces with trees in thembeing actively planted, nurtured, conserved, eliminated, or destroyedon the basis of certain emotions and norms. The findings of the studyhave implications within the framework of decentralization and ofdemocratization of natural resource management. (shrink)

Whilst many studies have examined environmental attitudes and practices in the broader construction industry, few have done so specifically in the context of the Australian Engineering Construction Sector including national infrastructure projects. This paper aims to extend the knowledge base on environmental culture in construction, specifically on non-building projects. It seeks to demonstrate how the sector is shifting in response to global environmental concern and how this is reflected in the value systems and work practices for non-building projects. The study (...) presents a conceptual model to illustrate how organisations can achieve high standards of environmental performance supported by value systems and work practices. A representative organisation in the sector is assessed against key criteria regarding environmental values and practices. Finally, the paper identifies possibilities for further case study analysis to develop a strategic model for environmental performance in the AECS. (shrink)