seed-biology
Seed biology is the study of seed development, structure, germination, dormancy, and the physiological processes that govern seed vigor and viability. This field is fundamental to plant science because seeds are the primary means of plant reproduction and dispersal, making their biology essential for understanding population dynamics and species persistence. Understanding seed biology has direct applications in agriculture, ecosystem restoration, and conservation efforts, enabling researchers to improve crop productivity and preserve plant biodiversity under changing environmental conditions.
PubMed · 2026-03-27
Scientists are using advanced molecular analysis techniques to understand how seeds develop and germinate, enabling the creation of climate-resilient crops that can withstand environmental stress. Since seeds provide 70% of global food, these discoveries are crucial for maintaining food security as climate change threatens crop productivity.
Seeds account for 70% of global food supply, making climate-resilient seed development critical for food security
Single-cell and spatial omics technologies revealed previously unknown cell types and tissue-specific regulatory mechanisms controlling seed development and dormancy
Integration of epigenomics, genomics, transcriptomics, proteomics, and metabolomics identified critical phosphorylation networks and hormone signaling pathways governing seed germination and vigor