26 research outputs found
Wave energy fluxes and multidecadal shoreline changes in two coastal embayments in Denmark
The impact of formats and interactive modes on the effectiveness of mobile advertisements
Large tidal volume ventilation improves pulmonary gas exchange during lower abdominal surgery in Trendelenburg’s position
Deep Inspiration and the Emergence of Ventilation Defects during Bronchoconstriction: A Computational Study
Exploring the Relationships among Epistemological Beliefs, Nature of Science, and Conceptual Change in the Learning of Evolutionary Theory
Understanding and conceptualizing risk in large-scale social-ecological systems
Many of the most serious global impacts have emerged from the interaction of human activities in the scientific-technical-industrial system. Changing from largely disciplinary science to multi- and ultimately interdisciplinary science and management requires a new ontology and epistemology to be negotiated to help us understand complexity within the social context and how this relates to risk. This paradigmatic shift currently taking place in science is contributing to the development of new theory and practice. Systems thinking is often considered key to solving ill-defined complex environmental and social problems displaying uncertainty and increased risk. But it is unclear what this thinking is or would be and how it might be progressed in future. For the necessary change to occur I suggest an important step is to integrate the diversity of knowledge through developing a framework to share information across multiple ontologies and epistemologies to gain acceptance across the sciences