This project investigates how animals faithfully develop traits such as color patterns despite genetic variation and environmental challenges such as temperature fluctuations. Using East African cichlids as a model system, we will investigate the mechanisms that promote developmental stability and symmetry in their patterns. By analyzing the symmetry in these color patterns, we aim to identify the genetic and environmental factors that influence this developmental robustness. The study combines advanced genetic analysis, machine learning-based pattern analysis, and single-cell transcriptomics to uncover the molecular and cellular processes underlying developmental stability. This research will provide insights into how organisms buffer their development against perturbations and how this might help organisms adapt to changing environments. The project will thus contribute to the understanding of the mechanisms that maintain biodiversity and the resilience of organisms.

2025

2029