A plant biotech study highlighted seed dormancy as a factor that could change how gene drives perform in real-world settings. Researchers reported that dormancy dynamics can influence the timing and likelihood that genetic changes spread through plant populations, adding complexity to assumptions that gene drives behave uniformly across generations. The work frames seed dormancy as an overlooked biological constraint that could affect the efficacy and predictability of gene-drive-based weed control strategies. For the gene-drive field, it reinforces the need for ecologically grounded modeling before any deployment discussions. As gene drives move from lab studies to larger containment and modeling efforts, accounting for life-history traits like dormancy could reshape risk assessments and design choices.