Galipot Pierre
UMR CNRS 6553 ECOBIO, Rennes, France.
Quant Plant Biol. 2025 Apr 2;6:e10. doi: 10.1017/qpb.2025.8. eCollection 2025.
The preference towards colourful patterns generates many aesthetic biases, including in Biology research, leading to taxonomic preferences and understudied groups, including many plant taxa. After reviewing the importance of aesthetics in Turing colour pattern studies and the relative nature of the sense of beauty in Biology, I present a method called SE (せ) that strongly reduces taxonomic preferences in colour pattern formation studies, together with allowing the exploration of colour patterns biodiversity and facilitating the discovery of new morphogenesis processes.
对色彩图案的偏好产生了许多审美偏见,包括在生物学研究中,导致了分类学偏好和研究不足的类群,其中包括许多植物类群。在回顾了美学在图灵色彩图案研究中的重要性以及生物学中美感的相对性之后,我提出了一种名为SE(せ)的方法,该方法能极大地减少色彩图案形成研究中的分类学偏好,同时允许探索色彩图案的生物多样性,并有助于发现新的形态发生过程。