Experimenting with Precision
In the lab, our work transitions from field samples to analytical precision. Using curated root segments from the greenhouse, we conduct anatomical measurements, image analysis, and nutrient profiling.
This phase enables us to decode traits like root cortical thickness, lateral branching, and aerenchyma formation — key indicators for resilience under environmental stress.
Root Phenotyping Initiative
Sidhu Lab’s ongoing research explores how maize root systems respond to varying environmental stresses. By capturing and comparing seedling development over time, we aim to identify heritable traits that can improve crop adaptation to drought and nutrient deficiency.
Planting the First Seeds
Our greenhouse is where early-stage fieldwork begins. From preparing soil trays to planting tagged seeds, every step ensures controlled growth conditions to test maize root responses under drought and nutrient limitations.
Here, the team meticulously organizes trials with color-coded markers and treatments, laying the foundation for high-resolution phenotyping and downstream data analysis in the lab.
