The tiny hole in a seed is called the micropyle. It is the opening that allows water to enter the seed for germination to begin.
The small hole in the seed coat that allows water to enter is called a micropyle. It serves as the entry point for water, facilitating germination by providing access to the embryo inside the seed.
A dry seed has not absorbed water and is in a dormant state, while a soaked seed has absorbed water and has started the germination process. When a seed becomes soaked, it swells as it absorbs water, triggering biochemical changes that allow it to start sprouting.
micropyle
Stomata allow carbon dioxide to enter the leaf for photosynthesis, while also allowing oxygen and water vapor to exit the leaf through transpiration.
The tiny hole in a seed is called the micropyle. It is the opening that allows water to enter the seed for germination to begin.
The small hole in the seed coat that allows water to enter is called a micropyle. It serves as the entry point for water, facilitating germination by providing access to the embryo inside the seed.
Tiny holes in the testa, called micropyles, act as passages for water to enter the seed for germination. They also allow for the exchange of gases during respiration in the seed.
when the water used in germination is sugary, it does not enter the seed
Germination of the seed causes changes within the seed coat which allows for massive absorption of water via imbibition.
The seed coat provides protection for the seed, helping to prevent damage from physical and environmental factors like pests, disease, and extreme temperatures. It also helps regulate water uptake and germination, ensuring the seed develops properly.
A dry seed has not absorbed water and is in a dormant state, while a soaked seed has absorbed water and has started the germination process. When a seed becomes soaked, it swells as it absorbs water, triggering biochemical changes that allow it to start sprouting.
The tiny hole on the seed coat is called the micropyle. It allows water and gases to enter the seed, aiding in the process of germination.
micropyle
Root hairs are specialized epidermal cells found in the roots of plants that increase the surface area for water and nutrient absorption. They do not directly facilitate the entry of water during seed germination; they play a crucial role in absorbing water once the seed has germinated and the root system has developed.
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.
Stomata allow carbon dioxide to enter the leaf for photosynthesis, while also allowing oxygen and water vapor to exit the leaf through transpiration.