Modifications of plant architecture - optimized yield

In times of a rapidly growing world population, advancing climate change and a shortage of arable land, securing global food ­supplies is one of the greatest global challenges facing humanity. In order to meet this challenge, a drastic increase in agricultural production is an outstanding goal, in addition to a fairer distribution of food. Increasing plant biomass, i.e. increasing the yield of crops, is of fundamental importance in this context and is consequently the focus of modern plant breeding.

In the “Functional and Applied ­Genomics” department of Fraunhofer IME at the locations Aachen and Münster, we investigate modifications of plant architecture. The architecture as a three-dimensional organization of a plant comprises the branching pattern, the plant height, the arrangement of the leaves, the structure of the reproductive organs and the root. Plant architecture is of great agronomic importance as it determines a plant's adaptability to cultivation and its potential yield. With the knowledge of how modifications affect architecture, we can increase biomass and yield of plants using modern breeding methods.

Understanding flower development - targeted increase of plant biomass

Please do not branch - straightness pays off


Nucleic acid sequences and peptides/ proteins of the ft family providing flower-repressing properties in tobacco and transgenic plants transformed therewith