Open evaluation is the practice of making the process and results of scientific research publicly available. This includes sharing data, methods, and findings, as well as encouraging feedback and discussion from the broader community. Open evaluation is seen as an important way to improve the transparency, reproducibility, and impact of scientific research. This practice enhances scientific discovery, improves research quality and encourages collaboration among researchers. Here's why science needs open evaluation in addition to access:

Transparency and reproducibility: Open evaluation allows for greater transparency in the scientific process, making it easier for others to understand and reproduce research findings. This helps to identify errors, biases, and potential misconduct, and ensures that the scientific record is accurate and reliable.

Collaboration and knowledge-sharing: Open evaluation facilitates collaboration and knowledge-sharing among researchers by allowing them to easily access and build upon each other's work. This can lead to new insights, discoveries, and innovations, and helps to accelerate the pace of scientific progress.

Public engagement and trust: Open evaluation can help to increase public engagement with science by making it more accessible and understandable to non-experts. This can help to build trust in science, foster scientific literacy, and encourage public participation in scientific discussions and decision-making.

Accountability and responsible conduct: Open evaluation provides a mechanism for accountability by allowing stakeholders, including funding agencies, institutions, and the general public, to assess the quality, relevance, and impact of scientific research. This helps to ensure that researchers are using resources responsibly and conducting their work in an ethical manner.

Enhanced Research Quality: By making the evaluation process more transparent and open to feedback, the quality of research can be improved. Peer reviewers and editors can provide valuable suggestions and critiques that help researchers identify weaknesses in their work and make necessary revisions. This leads to higher quality research publications and promotes a culture of continuous improvement in scientific research.

Promoting Reproducibility: Reproducibility is a fundamental principle in science, and open evaluation can help to foster a culture of reproducibility. When researchers share their data, methods, and results, it becomes easier for others to replicate their studies and verify their findings. This not only helps to validate research results but also allows researchers to build upon each other's work, leading to cumulative scientific progress.

Encouraging Collaboration: Open evaluation can encourage collaboration among researchers by facilitating the exchange of ideas, data, and resources. When researchers are able to openly share their work, they can more easily identify opportunities for collaboration and build interdisciplinary teams to address complex scientific challenges.

In summary, open evaluation serves as a critical complement to open access by fostering transparency, reproducibility, collaboration, public engagement, and responsible research conduct. By openly sharing the evaluation process, science can become more rigorous, efficient, and impactful, leading to advancements that benefit society as a whole.