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A list of all pages that have property "What is this about?" with value "Irecs Social Justice, Vulnerability and Inclusion_Vid_Step4". Since there have been only a few results, also nearby values are displayed.

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  • The Three Rs of Animal Research  + (Institutional Animal Care and Use Committee denies the approval of a study involving animal experimentation on the grounds that alternative methods are available.)
  • Integrity Games - a research based learning platform on academic integrity aimed at undergraduate university students  + (Integrity Games is a research based teachiIntegrity Games is a research based teaching tool on academic integrity aimed at university undergraduate students from all disciplines.</br></br>'''<u>How to use the tool in teaching</u>'''</br></br>Integrity Games is a '''research based learning platform on academic integrity aimed at undergraduate university students''' across all faculties. It is designed to spark interest, reflection and learning through '''four gamified cases''' and a library of central concepts.</br></br>Integrity Games is built on the idea that academic integrity is more than avoidance of clear-cut cheating. It also involves knowledge of the basic requirements for academic integrity, and competence in navigating the many grey zones between outright cheating and good practice.</br></br>Many of the academic integrity issues students face – such as freeriding in group work or handling deviating data - are not covered by the local disciplinary rules, and even if they are, the interpretation of the rules may be context dependent.</br></br>Navigating grey zones therefore requires attention to context and reflection on the broader aims of higher education.</br></br>Integrity Games encourages this through engaging and realistic cases drawn from a major study on the integrity issues commonly faced by undergraduate students in Europe.</br></br>The tool in designed to be flexible and it is available in different languages. To get an overview, watch a video at the Integrity Games [https://integgame.eu/forteachers page.]</br></br>Suggestions and information on how to use the games in teaching:</br></br>* [https://integgame.eu/1145 Intended learning outcomes and target groups]</br></br>* [https://integgame.eu/1149 Getting started: Using Integrity Games in teaching]</br>* [https://integgame.eu/1146 Structure of the cases]] * [https://integgame.eu/1146 Structure of the cases])
  • Integrity Games  + (Integrity Games is built on the idea that Integrity Games is built on the idea that academic integrity is more than avoidance of clear-cut cheating. It also involves knowledge of the basic requirements for academic integrity, and competence in navigating the many grey zones between outright cheating and good practice. Integrity Games offer undergraduate students the possibility to reflect on multiple dilemmas and cases. Students and their teachers can start playing Integrity Games by taking a quiz that will personalize their information. Once they have done the quiz, all the cases and dilemmas will be available.[[File:Integrity games.png|center|frame]]</br></br>The first version of Integrity Games was developed in 2021 as part of the research project [https://h2020integrity.eu/ INTEGRITY] funded by the EU through Horizon 2020. The site will be continually expanded with new cases and translations. expanded with new cases and translations.)
  • Development and Value of National Research Integrity Codes  + (International declarations such as the HonInternational declarations such as the Hong Kong principles and the San Francisco Declaration of Research Assessment (DORA) aim to foster research integrity among the global research community <sup>1, 2</sup>. At the European level, the European Code of Conduct (ECoC) is a research integrity document that aims to harmonize the research integrity standards across Europe <sup> 3</sup>. In addition, many individual European countries have developed their own national guidance detailing the principles and practices of research integrity and addressing instances of research misconduct. This theme page describes the development and value of these national research integrity codes in Europe.nt and value of these national research integrity codes in Europe.)
  • Internet Research Ethics  + (Internet Research Ethics refers to application of ethical principles to research carried out on the Internet, whether its intention is to collect data or study human behavior online.'"`UNIQ--ref-00000048-QINU`"' '"`UNIQ--references-00000049-QINU`"')
  • Plagiarism scandal grows in Iran  + (Investigation finds more cases of duplicatInvestigation finds more cases of duplication in publications co-authored by ministers and senior officials. ''Nature'' has uncovered further instances of apparent plagiarism in papers co-authored by government ministers and senior officials in Iran. The spate of new examples raises questions about whether such incidents are symptomatic of conditions also common in other developing countries — such as difficulties with English or pressure to acquire academic credentials as a prerequisite for promotion — or whether they are also linked specifically to the Iranian regime, where growth of a merit-based university culture has been undermined by political appointments and purges of reform-minded scientists.ts and purges of reform-minded scientists.)
  • Japan fails to settle university dispute  + (Investigations highlight need for a nationInvestigations highlight need for a national, independent body to oversee research ethics. It has been a rough year for materials scientist Akihisa Inoue, the president of Tohoku University in Japan. Last March, an earthquake crippled his campus (see [https://doi.org/10.1038/483141a Nature 483,141–143; 2012]). Since then, he has had to retract a series of papers because they contained text that had appeared in his previous publications, and has faced continuing calls for his resignation from the university, which he has rejected. His critics, mostly professors at his university, claim that some of his work cannot be replicated, and that there are irregularities in the data in some of his papers (see [https://doi.org/10.1038/470446a Nature 470, 446–447; 2011])..1038/470446a Nature 470, 446–447; 2011]).)
  • Irecs Research Ethics in a Global Environment Audio-Step3  + (Irecs Research Ethics in a Global Environment Audio-Step3)
  • Irecs Research Ethics in a Global Environment Audio-Step8  + (Irecs Research Ethics in a Global Environment Audio-Step8)
  • Irecs Research Ethics in a Global Environment Feedback Accordion-Step2  + (Irecs Research Ethics in a Global Environment Feedback Accordion-Step2)
  • Irecs Research Ethics in a Global Environment Video Tr-Step7  + (Irecs Research Ethics in a Global Environment Video Tr-Step7)
  • Irecs Research Ethics in a Global Environment Video-Step1  + (Irecs Research Ethics in a Global Environment Video-Step1)
  • Irecs Research Ethics in a Global Environment Video Tr-Step3  + (Irecs Research Ethics in a Global Environment Video-Step3)
  • Irecs Research Ethics in a Global Environment Video-Step3  + (Irecs Research Ethics in a Global Environment Video-Step3)
  • Irecs Research Ethics in a Global Environment Video-Step4  + (Irecs Research Ethics in a Global Environment Video-Step4)
  • Irecs Research Ethics in a Global Environment Video-Step5  + (Irecs Research Ethics in a Global Environment Video-Step5)
  • Irecs Research Ethics in a Global Environment Video-Step6  + (Irecs Research Ethics in a Global Environment Video-Step6)
  • Irecs Social Justice, Vulnerability And Inclusion Aud_Step8  + (Irecs Social Justice, Vulnerability And Inclusion Aud_Step8)
  • Irecs Social Justice, Vulnerability And Inclusion Vid_Step 10  + (Irecs Social Justice, Vulnerability And Inclusion Vid_Step 10)
  • Irecs Social Justice, Vulnerability And Inclusion Vid_Step 9  + (Irecs Social Justice, Vulnerability And Inclusion Vid_Step 9)
  • Irecs Social Justice, Vulnerability and Inclusion Audio_Step 12  + (Irecs Social Justice, Vulnerability and Inclusion Audio_Step 11)
  • Irecs Social Justice, Vulnerability and Inclusion Quiz_Step 12  + (Irecs Social Justice, Vulnerability and Inclusion Quiz_Step 12)
  • Irecs Social Justice, Vulnerability and Inclusion Vid_Step 11  + (Irecs Social Justice, Vulnerability and Inclusion Vid_Step 11)
  • Irecs Social Justice, Vulnerability and Inclusion_Audio_Step6  + (Irecs Social Justice, Vulnerability and Inclusion_Audio_Step6)
  • Irecs Social Justice, Vulnerability and Inclusion_Audio_Step7  + (Irecs Social Justice, Vulnerability and Inclusion_Audio_Step7)
  • Irecs Social Justice, Vulnerability and Inclusion_Vid_Step5  + (Irecs Social Justice, Vulnerability and Inclusion_Vid_Step5)
  • Posing irrelevant research questions  + (Irrelevant research questions are those quIrrelevant research questions are those questions that do not advance scientific understanding. Examples include questions that have already been convincingly answered by others, leading to duplicate research, or that could be answered by performing a systematic review or meta-analysis. '"`UNIQ--ref-0000018B-QINU`"' Irrelevant research questions can lead to research waste.</br>'"`UNIQ--references-0000018C-QINU`"'aste. '"`UNIQ--references-0000018C-QINU`"')
  • Fraud, errors and gamesmanship in experimental toxicology: GM potatoes  + (It discusses several case studies in the fIt discusses several case studies in the field of toxicology briefly, and a few particular extensively. One is the work of Árpád Pusztai on the toxic dietary effects of genetically modified potato on experimental rats has many interesting facets. Pusztai's conclusions on toxicity were in the public domain - via a TV interview he gave - before the results were published. This interview had widespread implications for the future of GM crops and food. A frenzied debate then occurred in the media, with scientists, politicians and single interest groups expressing their views. About a year later, when the manuscript was published, it received extensive criticism regarding its experimental design and reliability.g its experimental design and reliability.)
  • Continuing Research and Protecting Confidentiality  + (J.D. Brighton conducted a research about tJ.D. Brighton conducted a research about the perception of police behaviour in a small community. The local police chief requested access to the data in order to have the results confirmed by another researcher. Brighton is worried that sharing data would violate the trust of his participants and make it impossible to continue the research done with them. Moreover, he is worried that some of the participants could be identified by the police. The case study asks whether Brighton should grant access to data.ther Brighton should grant access to data.)
  • Linking Data Sets  + (Janice Spencer conducts research on adolesJanice Spencer conducts research on adolescents' contacts with juvenile justice system. After starting a second project assessing law enforcement's decision making concerning juveniles, she realises that her research covers many of the subjects studied in the first project. She decides to combine the data sets from the two projects as she believes it would provide much value, but realised that her consent procedures did not anticipate such possibility. The case study asks about the proper course of action in this situation.proper course of action in this situation.)
  • Reporting Full Findings  + (Jenny Diaz is nearing her tenure evaluatioJenny Diaz is nearing her tenure evaluation and wants to improve her publication record by submitting two papers based on data from a project that is still underway. She is worried that doing so would jeopardize future findings of the projects and two dissertations based on the data collected through the project. The case study asks whether she should submit the articles.ks whether she should submit the articles.)
  • False, Fabricated or Misleading Data  + (Jim Burke is preparing a presentation for Jim Burke is preparing a presentation for Professor Rassmussen as part of his duties as research assistant. He notices that some of the data covered in the presentation might have been made up by the intervieweres. The case study asks whether he should mention it to Rassmussen and what Rassmussen should do in the situation.hat Rassmussen should do in the situation.)
  • Practicing Reflection in Dialogue  + (Join your fellow trainees and your trainerJoin your fellow trainees and your trainers for the first participatory sessions (face to face or though conference call). During these sessions you will reflect upon the content of the online course and integrate the knowledge you have gained in practice while experiencing the group exercises, facilitated by the trainer. </br></br>Through the exercises, you will be guided to reflect on your own experiences and develop, in dialogue with others, insight in moral considerations about virtuous responses to (real) moral dilemmas in practice. Furthermore, you will learn how to foster reflection in others by focusing on your role as trainer. You will also learn the didactics of each exercise and how to apply them in your own work setting.ow to apply them in your own work setting.)
  • Data Sharing and Potential Future Uses  + (Jose Coronado conducts a study which requiJose Coronado conducts a study which requires him to archive data for future reuse and which assumes that subjects might be re-interviewed in the future. He is worried that this might make less likely that his subjects will agree to take part. The case study asks how Coronado should discuss with his research subjects about the future of their data.h subjects about the future of their data.)
  • Eforcement Agencies and the Protection of Human Subjects  + (Judith Levy was conducting a study about wJudith Levy was conducting a study about ways of reducing drug-use and HIV transmission when two of her reserach subjects kidnapped their child from a shelter. As a result, the media, FBI and the police started interfering with the project and undermining the subjects' confidentiality. The case study asks about the proper course of action in such situations and the extent to which researchers can protect their sources.ich researchers can protect their sources.)
  • Levels of reflective thinking and ethics reflection in academic writing  + (Kember and his colleagues (Kember, 1999; KKember and his colleagues (Kember, 1999; Kember et al., 2000; for elaborations see also Kember et al., 2008; Bell et al., 2011) have specified Mezirow’s (1991) reflection levels:</br></br>-non-reflective thinking – which means showing habitual action and just repeating words;</br></br>-descriptive level – which means describing what happens and how it is happening;</br></br>-analytical level – may include other levels but also includes reflection on experience, i.e., what it means (to me);</br></br>-reflective/critical level – may include all previous levels but the crucial part is to display change or redirection, recognition of own pre-defined beliefs and values, and understanding how those influence any perspectives taken.</br></br>In a similar way, ethics sections in doctoral dissertations can be seen as one type of display of learning of REI, especially if the final piece of writing can be compared to earlier drafts. Based on an analysis of the ethics sections of 60 PhD dissertations, Marita Cronqvist (2024) has identified topic areas and corresponding criteria (Table 3). This framework could be applied in the analysis of the content and evaluating the quality of ethical considerations displayed in the research ethics section of dissertations (Table 3).</br></br>Both frameworks—the levels of reflective thinking and the framework for assessing ethics sections—can thus be used to monitor and analyse how reflection and ethical awareness are demonstrated and developed in the context of REI.rated and developed in the context of REI.)
  • Technician Error Leads to Harm of Animal Subjects  + (Lab technician fails to properly secure animal enclosures resulting in a gory fight between two primates.)
  • From waste to wisdom: rethinking plastic waste management in the lab  + (Laboratories play a pivotal role in advancLaboratories play a pivotal role in advancing science. However, they’re also significant sources of plastic waste, thereby contributing heavily to global plastic pollution. In 2015, a study estimated the amount of plastic waste produced in bioscience labs worldwide at 5.5 million tons (Urbina et al. 2015. ''Labs should cut plastic waste too''. Nature). Given the essential role of plastic products in wet-lab research, avoiding their use altogether may not be a practical option. Alternatively, plastic used in the lab can be recycled. This micromodule explores practical actions for reducing, managing, and recycling plastic waste in research environments. Whether you are a student, researcher or lab technician, you will gain actionable insights to make your workspace cleaner, greener, and more sustainable.ce cleaner, greener, and more sustainable.)
  • Norms of the ECoC  + (Learn about the different norms of good research conduct, as listed in the European Code of Conduct for Research Integrity 2023!)
  • Acting with Research Integrity  + (Learn about the different ways in which a researcher can act with (and without) integrity!)
  • ROSiE Video Lectures Lecture 1.1. Emerging, History & Justifications of Open Science  + (Lecture 1.1.: Emerging, History & JustLecture 1.1.: Emerging, History & Justifications of Open Science (Olivier Le Gall) </br></br>In this lecture, Olivier Le Gall articulates the foundational principles of Open Science. The initial segment of the lecture addresses the rationale for opening science and provides a comprehensive overview of its concept. The subsequent segment delves into the core values and guiding principles underpinning Open Science. Finally, the concluding segment elucidates the anticipated social benefits derived from the implementation of Open Scienceerived from the implementation of Open Science)
  • Ley de la Ciencia, la Tecnología y la Innovación (2011), Ministerio de Ciencia e Innovación, Gobierno de España  + (Ley de la Ciencia, la Tecnología y la InnoLey de la Ciencia, la Tecnología y la Innovación (2011), produced by the Ministerio de Ciencia e Innovación, Gobierno de España, is a national policy written in Spanish that sets the framework for open science and open access in Spain. It establishes openness as the default, balanced with ethics, privacy, intellectual property, and security, following the principle “as open as possible, as closed as necessary.” The law emphasizes that openness improves research quality, reproducibility, knowledge transfer, and equitable access, particularly for communities with limited resources. It requires open access to publications, encourages Creative Commons licensing, persistent identifiers, and deposition of manuscripts in trusted repositories, while also promoting FAIR data principles and data management plans. Authors and institutions are tasked with retaining rights, acknowledging funding, and justifying embargoes only in exceptional cases. Supported by national infrastructure like repositories and registries, the law aligns Spanish practices with international initiatives such as Plan S and the European Open Science Cloud. It also highlights responsible openness, ensuring safeguards for sensitive or commercial data. As a benchmark resource, it reduces ambiguity, provides a practical checklist, and serves as a credible reference for researchers, administrators, and policymakers in Spain.administrators, and policymakers in Spain.)
  • What should a journal do when a scientist who committed misconduct submits a new paper?  + (Linked to the case of Olivier Voinnet, the blog presents an example of publishers' response to authors whose past papers have been retracted or have had corrections issued on them.)
  • Lithuanian Code of Ethics for Scientists  + (Lithuanian Code of Ethics for Scientists (Lithuanian Code of Ethics for Scientists (Mokslininko etikos kodeksas) was published in 2012. It consists of four main sections: general provisions; basic ethical provisions of research; dissemination of research results; and ethical provisions for the evaluation and examination of scientific works. The general provisions outline the important principles to be upheld and the professional competencies of a scientist. The basic ethical provisions of research covers both the transparency and trustworthiness of research, as well as ethical provisions for the protection of research subjects. The section on the dissemination of research results deals mainly with authorship, plagiarism, accessibility of research results, and correction of the scientific record. The final section, on ethical provisions for the evaluation and examination of scientific works, covers the expertise of evaluators, independence and potential conflicts of interest, and transparency of the evaluation process.nd transparency of the evaluation process.)
  • Irish Council for Bioethics' Recommendations for Promoting Research Integrity  + (Maintaining high standards of Research IntMaintaining high standards of Research Integrity (RI) is essential for excellence in research, as well as to maintain public trust in science. To this end, these recommendations from the Irish Council of Bioethics lay down the principles and key domains of Good Research Practice (GRP). While the principles correspond to those highlighted in the Irish National Policy Statement on RI, this document provides detailed explanations, with examples, of researchers' and institutions' rights and obligations, the teaching and learning of research integrity, and investigation of misconduct.ntegrity, and investigation of misconduct.)
  • Dilemmas in daily practice  + (Many researchers encounter moral conflictsMany researchers encounter moral conflicts and moral dilemmas in their day-to-day practice. Most research on scientific dilemmas concentrates on questionable research practices or even misconduct suspicions'"`UNIQ--ref-0000009C-QINU`"'. Few publications address the prevalence and nature of common dilemmas directly.  Here, you can find examples of moral dilemma's in daily practice.</br>'"`UNIQ--references-0000009D-QINU`"'tice. '"`UNIQ--references-0000009D-QINU`"')
  • Collaboration In Research  + (Many times, research requires a collaboratMany times, research requires a collaborative effort in order for it to be completed and this could have a number of challenges. While a collaboration may be permanent or temporary, in both cases, the partners must consider the principles of their colleagues during their work. Although they shouldn’t ignore their own values, they have to be flexible and be able to adapt to their partners’ ways for the research to be a success.rs’ ways for the research to be a success.)
  • Studying Vulnerable Individuals  + (Mark would like to conduct research for his dissertation at a group home for developmentally disabled persons where he has worked as a social worker for several years.)
  • MedTech Europe Code of Ethical Business Practice  + (MedTech Europe is a trade association for MedTech Europe is a trade association for medical technology manufacturers in Europe. To promote the growth of the medical technology industry and to fulfill the increasing healthcare needs, MedCom Europe complies with several laws, regulations, and ethical standards. Besides, in this Code of Ethical Business Practice, standards are provided to guide its members in the different types of activities they are involved in, such as interacting with health care professionals, providing demonstration products and samples, dealing with royalties, conducting research, etc. with royalties, conducting research, etc.)
  • Research Integrity and Research Ethics Scenarios for Teaching  + (Members of The Embassy of Good Science havMembers of The Embassy of Good Science have developed a set of eight scenarios for educational purposes and to stimulate strategic thinking about issues in research ethics and research integrity.</br></br>Each scenario is targeted at three broad groups:</br></br>#Researchers;</br>#Research ethics committees ('RECs') and research integrity offices ('RIOs');</br>#Research administrators.</br></br>Each scenario takes the form of a hypothetical narrative interspersed with questions and resource suggestions that help guide deliberations concerning the issues raised by the narrative.</br></br>The scenarios are designed to help researchers, research ethics committees ('RECs'), research integrity offices ('RIOs') and research administrators to become better acquainted with The [https://ec.europa.eu/research/participants/data/ref/h2020/other/hi/h2020-ethics_code-of-conduct_en.pdf '''European Code of Conduct for Research Integrity'''] ('ECCRI') as a regulatory document that articulates the standards of good research practice. They also allow users to reflect on and apply their own national and institutional research ethics and research integrity codes as well as other key regulatory documents and guidelines.</br></br>According to the ECCRI, there are eight categories of research ‘contexts’ that are covered by the standards of good research practice. In order to ensure that the set is comprehensive, members of The Embassy of Good Science have developed one scenario for each of the ECCRI's research contexts:</br></br>'''1) [https://embassy.science/wiki/Resource:C99f17ec-3d1e-4f7a-bfc7-3e3607934ead Research Environment]'''</br></br>'''2) [https://embassy.science/wiki-wiki/index.php/Resource:67caae86-68db-49ea-8305-2010fe701aa6 Training, Supervision and Mentoring]'''</br></br>'''3) [https://embassy.science/wiki/Resource:F6100097-fddb-4c77-9098-1bc767c34a6a Research Procedures]'''</br></br>'''4) [https://embassy.science/wiki/Resource:E99e20d0-8116-4d77-84ec-7df396703bf4 Safeguards]'''</br></br>'''5) [https://embassy.science/wiki/Resource:45a04c31-5a75-4816-8484-2dd9b71d1674 Data Practices and Management]'''</br></br>'''6) [https://embassy.science/wiki/Resource:1d26fd13-1ced-44bc-8d19-e094b37f8f70 Collaborative Working]'''</br></br>'''7) [https://embassy.science/wiki/Resource:Aef6b98d-9cc5-4db0-bffd-4a3daa99a3f3 Publication and Dissemination]'''</br></br>'''8) [https://embassy.science/wiki/Resource:7f7810d8-74a2-42ac-906c-7f6a73fcd183 Reviewing, Evaluating and Editing]'''d183 Reviewing, Evaluating and Editing]''')
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