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  1. ROSiE Video Lectures: Case Study for Lecture 3.3. Data privacy in natural sciences
  2. ROSiE Video Lectures: Lecture 4.1 Types of Potential Research Malpractices in Open Science (Søren Holm)
  3. ROSiE Video Lectures: Lecture 4.2 Prevention of Research Malpractices in Open Science (Søren Holm)
  4. ROSiE Video Lectures: Case Study for Lecture 4.2.
  5. ROSiE Video Lectures: Lecture 5.1. Trust & Trustworthiness in Open Science (Panagiotis Kavouras)
  6. ROSiE Video Lectures: Lecture 5.2. Responsible and Critical Use of Open Data & the Research Results (Arild Johan Jansen)
  7. The Environmental Footprint of AI: Understanding the Trade-offs
  8. ROSiE Video Lectures: Case Studies for Lecture 5.2
  9. ROSiE Video Lectures: Lecture 5.3. Ethical Aspects of the Use of Artificial Intelligence in Analysing Open Data (Arild Johan Jansen)
  10. Acting with Research Integrity
  11. ROSiE Test: Risks to environment, animals, plants, and ecosystems
  12. Understanding the Systemic Impacts of Generative AI
  13. ROSiE Video Lectures: Lecture 6.1. Benefits and Risks in Open Peer Review (Olivier Le Gall)
  14. ROSiE Video Lectures: Lecture 6.2. Open Access, Open Access Publishing, Predatory Practices (Elina Koivisto)
  15. ROSiE Video Lectures: Case Study for Lecture 6.2.
  16. Making AI More Sustainable: What are the options?
  17. ROSiE Video Lectures: Lecture 6.3. Including Open Science Aspects in Assessing Researchers & Research (Elina Koivisto)
  18. ROSiE Video Lectures: Lecture 7.2. Acknowledging Contributions & Authorship in Open Science
  19. ROSiE Video Lectures: Case Study for Lecture 7.2.
  20. The Environmental Impact of Physical Devices
  21. The Environmental Cost of Software and Online Services
  22. ROSiE Case Study: Risks to environment, animals, plants, and ecosystems
  23. Greening Tech — What and How
  24. ROSiE Video Lectures: Lecture 7.3. Open Licenses
  25. ROSiE Video Lectures: Lecture 8.1 Responsibilities of Citizen Scientists
  26. ROSiE Video Lectures: Case Study for Lecture 8.1.
  27. ROSiE Video Lectures: Lecture 8.2 Responsibilities of Scientists Towards Citizen Scientists
  28. Nerq TtT
  29. Sustainability as a wicked problem
  30. Exploring basic skills
  31. Ethical Decision Making in Research
  32. Final Quiz: Sustainable Decision-Making
  33. Sustainable Decision-Making
  34. Background, symptoms and root causes of the “Crisis Tree”
  35. Match the key terms related to the Crisis Tree with their descriptions
  36. Degrowth and Postgrowth
  37. Growth and post growth oriented innovation. What are they”?
  38. Look closely at the image and note the most important issues that might be affecting your research. Hover over the image to reveal example reflection questions that can help you reflect on your research
  39. Let’s think about innovation without growth
  40. frameworks for understanding technological change in a post-growth era.
  41. Growth -oriented innovation vs post-growth oriented innovation
  42. Four aspects of data accuracy in citizen science
  43. Reflect: Linking theory and visual practice
  44. Introduction to the climate-conscious methodology matrix
  45. Mini quiz (climate-conscious methodology matrix)
  46. Conversation cards
  47. Card Deck - for students and citizen scientists (Research design)
  48. Card Deck - for students and citizen scientists (Assessment + Measurement strategies)
  49. Card Deck - for students and citizen scientists (Data evaluation and interpretation)
  50. Card Deck - for students and citizen scientists (Ethical issues and scientific integrity)
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