Seeds and germination are fundamental topics in plant biology due to their importance in the life cycle of plants, as well as their role in reproduction and propagation. A seed contains a plant embryo and a reserve of nutrients, surrounded by an outer coat that provides protection and helps maintain seed viability. Germination begins when a seed absorbs water, triggering metabolic processes and activating enzymes responsible for breaking down stored nutrients and providing the energy required for embryo growth. The rate and pattern of germination vary among plant species according to their genetic characteristics and internal structure. Germination depends on the availability of several suitable environmental conditions, particularly water, oxygen, and an appropriate temperature. These factors directly influence embryo activity and the continuation of growth. The environmental requirements for germination differ among plant species according to their biological and physiological characteristics. One phenomenon associated with this process is seed dormancy, a biological mechanism that delays germination until favorable environmental conditions become available. This phenomenon plays an important role in protecting future plant generations and ensuring that germination occurs at a suitable time for growth and survival. The study of seeds and germination has considerable practical importance in agriculture, as germination tests help determine seed viability, quality, and suitability for cultivation. Understanding the factors affecting germination also contributes to improving crop production and increasing agricultural efficiency. Understanding this process requires studying the structural and physiological changes that occur inside the seed during the different stages of germination. Laboratory observations and scientific experiments can be used to determine the effects of various environmental conditions on embryo growth and development. In conclusion, seeds and germination represent essential stages in plant life, contributing to the continuity of plant species, the conservation of biodiversity, and the support of agricultural production. Understanding their mechanisms helps advance botanical knowledge, improve agricultural practices, and promote environmental sustainability. Al-Mustaqbal University – The First University in Iraq