Primarily used in research and environmental studies, this compound serves as a stable isotope-labeled version of glyphosate. It is instrumental in tracing and analyzing the behavior, degradation, and metabolism of glyphosate in various ecosystems. Scientists employ it to study the pathways and persistence of glyphosate in soil, water, and plants, providing critical insights into its environmental impact. Additionally, it aids in developing more accurate analytical methods for detecting glyphosate residues in food and environmental samples, ensuring compliance with safety regulations. Its use is essential in advancing understanding of glyphosate's ecological effects and improving agricultural practices.