My research is dedicated to understanding the genetic and molecular mechanisms underlying apple root responses to soilborne pathogens. The goal is to enhance the natural resistance of apple root systems as a sustainable alternative to chemical fumigation, thereby mitigating its adverse effects on human health and the environment. By applying a range of functional genomics approaches, I work to identify and validate key regulatory genes involved in the root’s defense against necrotrophic replant pathogens. With continued support from collaborators and colleagues, I am committed to contributing to a deeper understanding of the molecular basis of replant disease resistance in apple and to providing genetic insights that may support the development of more resilient apple rootstocks.