Assistant Research Professor

The petitioner intends to pursue research on elucidating the genetic mechanisms underlying complex plant traits and applying integrated traditional and modern plant breeding techniques. Her work focuses on developing crops with high yield, disease resistance, and enhanced nutritional quality to address global food and feed needs. The endeavor aims to mitigate food insecurity and climate change through superior crop production.

The petitioner proposes to continue developing statistical frameworks, machine learning models, and bioinformatics pipelines to support large-scale genetic studies. This work focuses on integrating multi-omics data for predictive modeling in agricultural genomics to identify key genetic traits for crop improvement. The intended impact is the creation of climate-resilient staple crops, such as rice, to ensure long-term national and global food security.

The petitioner proposes to develop advanced genome-editing and molecular techniques to strengthen disease resistance and improve traits in economically valuable crops. This work focuses on creating next-generation solutions to enhance crop resilience, minimize yield losses, and mitigate the effects of climate change on agriculture.

The petitioner proposes to elucidate how plants respond to biotic and abiotic environments to develop high-yielding crop cultivars resistant to disease and tolerant to drought. The work focuses on plant breeding and genetics to mitigate risks of food shortages, fortify crops against climate challenges, and decrease greenhouse gas emissions.