Yes, once respiration starts in a seed, it signifies that germination has begun. During this phase, the seed absorbs water, activating metabolic processes and leading to the breakdown of stored nutrients for energy. This energy supports the growth of the embryo, eventually leading to the emergence of the seedling. Proper environmental conditions, such as moisture, temperature, and oxygen, are crucial for successful germination.
Yes, once respiration starts in a seed, germination has begun. During this process, the seed absorbs water, which activates metabolic pathways and initiates respiration, allowing it to convert stored energy into usable forms for growth. This marks the transition from a dormant seed to an actively growing plant embryo.
Un-germinated seeds have lower respiration rates because they are in a dormant state and do not require as much energy. Once germination begins, the metabolic activity increases, leading to higher respiration rates as the seed begins to grow and develop.
Germination is a term used to describe the first stages of a young seeds life. Basically, the reason a seeds germinates or starts its life is when it becomes non-dormant of when you add water, sunlight, and other basic needs for a growing plant.
The germination of a seed is triggered by the right environmental conditions, such as moisture, oxygen, and warmth. Once these conditions are met, the seed will absorb water and begin to sprout. The process of germination allows the seed to grow into a seedling and eventually develop into a plant.
Light is necessary for plants after germination because it is required for the process of photosynthesis, which produces energy for the plant to grow. Before germination, the seed relies on stored nutrients for initial growth. Once the seed germinates and starts to photosynthesize, it needs light to continue producing energy for development and maintenance.
Germination of a seed is generally considered an irreversible process, as it marks the beginning of the growth of a new plant. Once the seed has undergone germination and starts to grow, it cannot revert back to its dormant state.
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Un-germinated seeds have lower respiration rates because they are in a dormant state and do not require as much energy. Once germination begins, the metabolic activity increases, leading to higher respiration rates as the seed begins to grow and develop.
Yes, dry seeds can respire at a low rate through a process known as internal respiration. However, this respiration is minimal as the seeds are in a dormant state and not actively metabolizing. Once the seeds are exposed to water and conditions suitable for germination, respiration rates increase as cellular processes resume.
Germination is a term used to describe the first stages of a young seeds life. Basically, the reason a seeds germinates or starts its life is when it becomes non-dormant of when you add water, sunlight, and other basic needs for a growing plant.
The order of germination typically involves seed imbibition, followed by radicle emergence, then hypocotyl elongation, cotyledon expansion, and finally true leaf development. Germination is a complex process that varies among plant species.
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.
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The germination of a seed is triggered by the right environmental conditions, such as moisture, oxygen, and warmth. Once these conditions are met, the seed will absorb water and begin to sprout. The process of germination allows the seed to grow into a seedling and eventually develop into a plant.
Seed dispersal generally comes before germination in the plant life cycle. Once a seed is dispersed and lands in a suitable environment for growth, germination can occur, leading to the growth of a new plant.
An annual event starts with A and happens once a year.