Calls for papers

This Scientific Reports Collection welcomes original research articles on agricultural greenhouse gas emissions and mitigation.

This Collection welcomes original research that explores the intersections between climate change and reproductive health, rights, and services globally.

This cross-journal collection welcomes original research articles spanning basic, translational, and clinical studies that explore the immune mechanisms influencing arthritis pathogenesis.

This Scientific Reports Collection welcomes original research on anthropogenic or climate-driven changes in land usage, including observational studies, or technologies to improve data collection accuracy.

This Collection calls for submission that provide insight into the cellular and molecular drivers of the age-related changes in neurogenesis and gliogenesis, and their relationship to cognitive function. Clinical studies in human participants, e.g., neuroimaging, and investigative research using animal models are welcome.

This Scientific Reports Collection invites original research highlighting the burden of climate change on mental health and well-being, as well as related disparities, climate justice, or activism behaviour. We also welcome evaluations of interventions and tools designed to mitigate the psychological impacts of climate change, especially those supported by experimental validation.

This Collection welcomes original research studies that investigate the association between dementia and motor skills in older adults.

This Collection invites original research on the design, implementation, and evaluation of game-based educational systems, aiming to advance pedagogical innovation and deepen our understanding of how playful experiences can drive meaningful learning outcomes.

This Collection welcomes original research investigating marine viruses, including their role in biogeochemical cycles as well as their infection dynamics, host-virus interactions, and the diversity of marine viruses.

This cross-journal Collection highlights the ability of multiscale, programmatic, control of a material’s topology to direct, improve, and drive structure-property relationships.