CEPLAS aims to assemble a blueprint of the genetic mechanisms that control complex plant traits with sufficient detail to enable predictions of trait performance in different environments. This knowledge is crucial for the design of new crop varieties using predictive trait engineering and will be important for sustainable food security for a growing population faced with climate change.
CEPLAS continues to contribute innovative solutions to these major challenges.
One of the major areas of CEPLAS research is mapping plant traits from genomic information, thereby enabling novel, predictive breeding strategies. This research aims to develop a mechanistic understanding of the design principles underpinning complex plant phenotypes, which emerge from variations in a limited set of evolutionarily deeply conserved elements and recurring patterns in development and metabolism as well as the interaction between plants and their microbial environment.
CEPLAS aims to mechanistically define how complex plant traits contribute to optimized plant performance in any given environmental context. Understanding the mechanisms that integrate development and metabolism to control life cycle transitions and adaptation to the environment, and understanding the role of soil biology and biochemistry in mediating functions at the soil-plant interface, are emerging topics in plant biology that are of critical importance for developing strategies to sustainably increase crop plant yield.