As global food security, climate resilience, and biodiversity conservation become increasingly urgent, advances in seed biology and technology play a central role in improving crop performance, preservation, and adaptation. Seeds are fundamental units of plant life, and innovations in their physiology, genetics, storage, and enhancement directly influence agricultural productivity, ecological restoration, and germplasm conservation.

Despite significant progress, the field continues to face persistent challenges, including seed dormancy variability, declining seed vigor during storage, climate-induced shifts in germination behavior, genetic erosion, and limitations in scalable seed enhancement and preservation strategies. Furthermore, integrating molecular insights with applied seed technologies and translating laboratory findings into field-level solutions remain ongoing bottleneck. Standardization, reproducibility, and cross-disciplinary integration also pose challenges for researchers and practitioners.

This Collection aims to provide a comprehensive platform that brings together methods articles, original research, and review articles covering emerging discoveries, technological innovations, and translational advances in seed biology and technology. The collection seeks to bridge fundamental and applied research while fostering interdisciplinary dialogue across plant science, biotechnology, agriculture, and environmental science.

By consolidating diverse high-quality contributions, this collection will serve as a valuable reference for researchers, agronomists, conservationists, and industry professionals. It will accelerate knowledge exchange, highlight cutting-edge developments, and support the design of more resilient, efficient, and sustainable seed systems to meet future global agricultural and ecological demands.