Grassroots Rigor: making rigorous research practices accessible, meaningful, and building a community around them

项目摘要： 在整个生物医学研究中，由于缺乏严谨性，进展受到阻碍，这可以通过以下措施得到改善： 更好的培训和社区的支持。虽然已经写了许多论文和无数的演讲 一般科学家在严格实践的基础上，不能始终如一地遵循相关原则。我们 我们的建议基于三个观点。(1)采用严谨科学的原则是一个问题 只有通过广泛的社区努力才能改变。这项工作需要所有人的支持 利益相关者，包括学生，教授和其他严格的拥护者。(2)为了实现这种文化变革， 材料必须吸引人，高质量，对学习者有启发性。最重要的是，这些材料需要服务于 社区;它们必须可供直接消费，供许多人纳入教学 教授，他们的结构应该是研究本身的模板。(3)开发和推出 这种高质量的材料需要与社区的紧密反馈回路;通过评估它们的使用， 我们可以看到这些材料是如何影响科学严谨性的。基层，社区驱动 我们设想，朝着一个更加严谨的科学文化运动，需要优秀的， 具有以下主要特点的引人入胜的材料：边做边学，简短的讲座，开放的语言，简单的 交付机制，可适应的内容，简单的界面，基于小组的学习，开源双向 与社区合作，并进行全面评估。我们的主要目标是使这些原则 成为科学中日常文化的一部分。

Project Summary: Throughout biomedical research, progress is impeded due to a lack of rigor, which could be ameliorated with better training and with community buy-in. While many papers have been written and countless presentations delivered on rigorous practices, the average scientist fails to consistently follow the relevant principles. We structure our proposal based on three insights. (1) Adoption of the principles of rigorous science is a question of culture, which can only be changed by a broad community effort. This work requires buy-in from all stakeholders, including students, professors, and other champions of rigor. (2) To enable this cultural change, materials must be engaging, high quality, and inspiring for learners. Above all, these materials need to serve the community; they must be available for direct consumption, for incorporation into teaching by many professors, and their structure should be a template for research itself. (3) The development and rollout of such high-quality materials necessitates a tight feedback loop with the community; by evaluating their use, we can see how these materials actually influence scientific rigor. The grass-roots, community-driven movement toward a more rigor-infused scientific culture that we envision requires excellent and visually engaging materials with the following key features: learning by doing, short lectures, open languages, easy delivery mechanism, adaptable content, simple interfaces, group-based learning, open-source bidirectional collaboration with the community, and thoroughly evaluated. Our main goal is to enable the principles underlying scientific rigor to become part of everyday culture in science.