It is primarily used in agricultural research and plant science as a tool to study the effects of auxin, a key plant hormone, on plant growth and development. Researchers apply it to manipulate auxin signaling pathways, helping to understand processes like cell elongation, root formation, and tropic responses. It is also utilized in experiments to investigate the role of auxin in plant stress responses and adaptation. Additionally, it serves as a valuable compound in developing strategies for crop improvement and enhancing plant resilience to environmental challenges.