Evolutionary processes driving biological variation and diversity as models for exploratory digital design tools in architecture (B02)

对8种苔藓的21个基因组进行了测序、组装和注释，为确定苔藓形态变异的遗传机制奠定了基础。对于仿生迁移，进化算法的现状与进化理论的最新发现进行了比较。在第二个资助阶段，第一个资助阶段的生物学发现将在进化设计方法中得到实施，以寻找新的生物灵感解决方案，用于建筑应用。

21 genomes of 8 moss species were sequenced, assembled, and annotated as a basis for the identification of genetic mechanisms driving morphological variation. For biomimetic transfer, the current state of evolutionary algorithms was mapped in comparison with recent findings of evolution theory. In the second funding phase, the biological findings of the first funding phase will be implemented in the evolutionary design method to find novel bioinspired solutions for application in architecture.