Soaking a seed too long can kill the embryo and prevent it from germinating. The seed can also rot if it is too wet for too long.
Adequate rainfall after a period of drought could trigger seed germination and growth in wildflowers by providing the necessary moisture for the seeds to break dormancy and start growing. A change in temperature signaling the arrival of spring could prompt seed germination and growth in wildflowers, as many seeds require specific temperature cues to start their growth cycle.
A seed needs water, oxygen, and the right temperature to start growing. Water helps soften the seed coat for germination, oxygen is necessary for respiration, and the right temperature determines the speed at which germination occurs.
Germination in a seed typically begins when the seed is planted in soil and provided with the right conditions such as water, warmth, and oxygen.
Oxygen gas is needed by the seed during germination. Aerobic respiration takes place during seed germination to release lots of energy required for this process.
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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Germination.
The contents of a seed are used up after germination by the seedling growing from it.
Well, there's seed development when the inflorescences of the seed head stop flowering and everything goes into seed production, and then there is germination, where a plant grows from a seed that was planted in the soil.
The start of growth and development in a seed is called germination. This process occurs when a seed absorbs water, swells, and breaks through its outer coat, allowing the embryonic plant to emerge. Germination is influenced by various factors, including temperature, moisture, and oxygen availability. Once germination occurs, the seedling begins to grow and develop into a mature plant.
Yes because of Lauren Hallas.
Seed germination typically takes place in the soil. The seed absorbs water from the soil, which triggers the germination process by initiating metabolic functions that allow the seedling to sprout and grow.
Presoaking seeds can help speed up germination by softening the seed coat and providing moisture for the seed to start the germination process. This can lead to more uniform germination and faster emergence of seedlings. Additionally, presoaking can also help kickstart the growth process by promoting early root development.
Adequate rainfall after a period of drought could trigger seed germination and growth in wildflowers by providing the necessary moisture for the seeds to break dormancy and start growing. A change in temperature signaling the arrival of spring could prompt seed germination and growth in wildflowers, as many seeds require specific temperature cues to start their growth cycle.
A seed needs water, oxygen, and the right temperature to start growing. Water helps soften the seed coat for germination, oxygen is necessary for respiration, and the right temperature determines the speed at which germination occurs.
Water will typically start the germination process of seeds. This is because the water is needed to break down the protective shell on the seed.
Water will typically start the germination process of seeds. This is because the water is needed to break down the protective shell on the seed.