Sharing is Caring: Working With Other People’s Data

Post provided by Mariana García Criado, Isla Myers-Smith, Lander Baeten, Andrew Cunliffe, Gergana Daskalova, Elise Gallois and Jeffrey Kerby

 

The Team Shrub research group in 2017 on Qikiqtaruk – Herschel Island in the Canadian Arctic. Not only do Team Shrub work with other people’s data, we collect our own to share publicly following open science best practice. (Photo credit: Sandra Angers-Blondin, www.teamshrub.com).

Team Shrub (www.teamshrub.com), are ecologists working to understand how global change alters plant communities and ecosystem processes. In May 2020, Team Shrub held a lab meeting to discuss working with other people’s data. Inspired by the conversation, they decided to put a blog post together to explore the importance of careful data cleaning in open science, provide 10 best practice suggestions for working with other people’s data, and discuss ways forward towards more reproducible science. 

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Meta-Analysis: How to Increase the Reach of Your Research and Make it Longer Lasting

Post provided by Katharina Gerstner

Like each coral, every single primary research study contributes to the larger picture.  © Wise Hok Wai Lum

Like each coral, every single primary research study contributes to the larger picture. © Wise Hok Wai Lum

Quantitative syntheses of primary research studies (meta-analysis) are being used more and more in ecological and evolutionary research. So knowing the basics of how meta-analysis works is important for every researcher. Meta-analytical thinking also encourages us scientists to see each single primary research study as a substantial contribution to a larger picture.

To be included in a meta-analysis, relevant primary research studies must be easy to find and basic information about the methods and results must be thoroughly, clearly and transparently reported. Moreover, papers with accessible data are the most useful for meta-analyses. Many published papers provide this information, but it’s not unusual for essential data to be omitted. Studies that are missing these details can’t be used in meta-analyses, which limits their reach. Continue reading