Abstract Collaborative research projects involving multiple contributors are becoming increasingly common. Thus, the management and coordination required to ensure scientific integrity, fair authorship, and efficient project delivery have become challenging. Drawing on our experience from a multi‐year, multi‐participant aquatic science research project, we outline a practical, experience‐based framework covering five key phases: project kick‐off, data collection, data analysis, manuscript preparation, and post‐publication activities. Presented in an interview format that shows the perspectives of a principal investigator and a project participant, the framework emphasizes key aspects: early clarification of goals and authorship criteria, definition of communication channels, structured yet flexible coordination of analyses to balance creativity with coherence, and deadline‐driven writing processes led by a designated lead author. Throughout all phases, overarching project management best practices (particularly clear communication, regular meetings, proactive conflict resolution, and transparent tracking of contributions) proved essential for sustaining momentum and ensuring fairness. We conclude by reflecting on the lessons learned and on the ethical importance of transparent authorship decisions, one of the most significant challenges of collaborative projects. The lessons distilled here aim to support researchers in navigating the scientific, interpersonal, and ethical complexities of collaborative work, ultimately contributing to more robust science and more equitable co‐authorship practices.
Abstract At a time of increasing political polarization and rapidly accelerating climate change, it is important to build public knowledge and empathy toward nature to foster behavioral changes; however, addressing a knowledge deficit can be insufficient to affect these changes. To leverage the intersection of science, art, and intergenerational learning to move toward such outcomes, we describe here a multi‐part public outreach initiative. Briefly, this initiative was designed to build community knowledge and empathy with the ocean while encouraging curiosity and enjoyment in science learning. This involved interactive tabling at the local farmers market, as well as a marine biology‐themed scavenger hunt through which participants collected plankton‐themed trading cards from local businesses. Through the scavenger hunt, families learned about various plankton groups in coastal Georgia, resulting in approximately 256 participating individuals in one month. The activity was accessible across age groups, gamified science learning, and enhanced intergenerational learning. We believe such activities could be more broadly applicable, and so also provide recommendations for orchestrating similar science communication campaigns. Such marine‐focused education is particularly important in landlocked cities where interactions with the ocean may be limited, and can hopefully instill an ongoing interest in marine sciences and empathy for ocean conservation efforts.
Abstract After completing their aquatic‐science related graduate program, many aquatic scientists find themselves in a position as a professor or other instructor. In these roles, pedagogy and curriculum development, implementation, and assessment become a core part of the job description. Having spent years honing their research ability in aquatic sciences, and with a new emphasis on teaching related concepts, it makes sense that some instructors would seek to integrate educational research into their research program and contribute to the body of knowledge about how we train the next generation of aquatic scientists. From publishing peer‐reviewed curricula to classroom intervention studies, this article will provide a framework to help aquatic scientists expand their research skills into the classroom setting.
