Open science

 

Commitment to Research Transparency and Open Science

“Open Science encompasses the entire research process and the entire research community. It empowers researchers everywhere to share valuable artifacts from each stage of their investigation and increase visibility and collaboration around their work. Every research community and individual has an opportunity to shape the activities and norms that inspire trust in their work. A commitment to Open Science, therefore, is not a pledge to adopt a few specific behaviors, but to advance openness, transparency and reproducibility in daily life as a researcher” (https://plos.org/commit-to-openness/)

Signatory of the Commitment to Research Transparency:

“I embrace the values of openness and transparency in science. I believe that such research practices increase the informational value and impact of my research, as the data can be reanalyzed and synthesized in future studies. Furthermore, they increase the credibility of the results, as independent verification of the findings is possible” (Schönbrodt, F. D., Maier, M., Heene, M., & Zehetleitner, M. (2015). Commitment to research transparency. Retrieved from http://www.researchtransparency.org).

 

Activities

  • 2024 - Member of the Conference Committee of the Society for Open, Reliable, and Transparent Ecology and Evolutionary Biology (SORTEE).

  • 2024 - With the Conference Committee, we are organising the next SORTEE conference, you can find all the info here:

  • 2024 - Interview for the journal AvoinTiede by Elina Koivisto “Sharing data gives wings and posture” (In Finnish: “Link”). Secretariat for the National Open Science and Research Coordination. Federation of Finnish Learned Societies.

  • 2023 - Invited talk at the workshop Open Science - Improving your research workflow to increase transparency and reproducibility organised at the University of Neuchâtel, Switzerland.

 

Open Data

Publicly archived datasets (and analysis scripts):

  • Masoero, G; Dumas, MN; Martin, JGA; Bize, P (2024). Data and script for: Trait-specific sensitive developmental windows: feather growth best integrates weather conditions encountered throughout the development of nestling Alpine swifts. Open Science Framework. DOI: 10.17605/OSF.IO/2NDMK
  • Masoero, G; Gencheva, KG; Ioset, N; Bersier, L-F; Tettamanti, F; Bize, P (2024). Data and script for: Shrinking Alpine chamois: Higher spring temperatures over the last 27 years in Switzerland are linked to a 3 kg reduction in body mass of yearlings. Open Science Framework. DOI: 10.17605/OSF.IO/P9C4M
  • Dumas, MN; St. Lawrence, S.; Masoero, G; Bize, P; Martin, JGA (2024). Data and script for: Adult body mass is heritable, positively genetically correlated and under selection of differing shapes between the sexes in a bird with little apparent sexual dimorphism. Open Science Framework. DOI: 10.17605/OSF.IO/CD9GE
  • Koivisto, E; Masoero, G; Morosinotto, C; Le Tortorec, E.; Korpimaki, E (2024). Data and script for: Conspecific density drives sex-specific spatial wintertime distribution and hoarding behaviour of an avian predator. Open Science Framework. DOI: 10.17605/OSF.IO/ACWKS
  • Class, B; Masoero, G; Terraube, J; Korpimaki, E (2021). Data and script for: Estimating the long-term repeatability of food-hoarding behaviours in an avian predator. Dryad. DOI: 10.5061/dryad.5tb2rbp49
  • Korpimäki, E; Hongisto, K; Masoero, G; Laaksonen, T (2020). Data for: The difference between generalist and specialist: the effects of wide fluctuations in main food abundance on numbers and reproduction of two co-existing predators. Dryad. DOI: 10.5061/dryad.51c59zw5q
  • Masoero, G; Morosinotto, C; Laaksonen, T; Korpimäki, E (2018). Data for: Food hoarding of an avian predator: sex- and age-related differences under fluctuating food conditions. Harvard Dataverse, V1, DOI: 10.7910/DVN/IF3SQN

 

My Open Science Framework (OSF) profile