To increase the rate of photosynthesis
Enzymes play a large role in seed germination. The enzymes break down the materials that are stored in the seed.
The endosperm in monocot seeds serves as a nutrient reserve that provides nourishment to the developing embryo. In dicot seeds, the endosperm is often absorbed by the developing embryo during seed maturation, leaving the cotyledons to function as the primary nutrient storage tissue.
The cotyledon is broken down by enzymes within the seed during germination. These enzymes help to digest stored nutrients within the cotyledon, providing essential energy and building blocks for the developing seedling.
To protect the seed.
Oxygen is the primary gas needed for germination. It is required to activate enzymes that control the metabolic processes within the seed during germination.
The embryo in a seed gets its food from the endosperm or cotyledons within the seed. During germination, enzymes break down the stored food reserves in the seed to provide energy for the embryo to grow and develop into a seedling.
The seed coat protects the seed from mechanical damage, pathogens, and dehydration during dormancy. Cotyledons are the embryonic leaves in a seed that provide nutrients to the seedling until it can produce its own food through photosynthesis.
It is the part of the seed that develops into the stem.
Seed develops on a plant to allow that plant to reproduce itself.
Integuments, after fertilization turn to the seed coat, which protects the seed
A Microphyll is a particular section of the seed that allows water to enter the seed which causes the seed coat to swell and bursts. Once the seed coat has burst, the enzymes starts to become active which begins the process of germination.
to provide the next generation