It dies. It only needs light after it has germinated. Most seeds prefer to germinate in the dark.
yes it does. the less light the seed has will either make the seed take longer to germinate or not germinate at all. Answer it really depends on the type of seed. some seeds like watermelon and tomato coulnd care less about how much light they get while others like lettuce would not germinate in the dark at all. but as a rule of thumb, most seeds prefer to germinate in the dark.
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.
At the time of pea seed germination only plumule comes out from the soil because its mode of germination is hypogeal. The entire seed remains undergound except the plumule.
The least important factor in seed germination is usually light. While some seeds may require light to germinate, many others do not depend on it. Factors such as water, temperature, and soil conditions are typically more critical for the germination process.
Germination.
The contents of a seed are used up after germination by the seedling growing from it.
Germination happens between the seed and seedling stages of the plant.
presence of light
Germination is when a plant grows from a seed. It occurs between the dormancy stage of a seed and the establishment stage of the seed.
yes it does. the less light the seed has will either make the seed take longer to germinate or not germinate at all. Answer it really depends on the type of seed. some seeds like watermelon and tomato coulnd care less about how much light they get while others like lettuce would not germinate in the dark at all. but as a rule of thumb, most seeds prefer to germinate in the dark.
Seed germination requires water, proper temperature, oxygen, and sometimes light. Water helps soften the seed coat and activates enzymes needed for growth. The right temperature is crucial for metabolic processes to occur, while oxygen is essential for cellular respiration. Light can also be a trigger for germination in some plant species.
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.
At the time of pea seed germination only plumule comes out from the soil because its mode of germination is hypogeal. The entire seed remains undergound except the plumule.
Seed germination and seed deterioration can both be affected by microorganisms. Microorganisms can break down the hard outer seed coating. When this happens, the seed must find the right conditions to germinate. If it does not, then the seed will deteriorate and rot.
The wavelength of light can affect seed germination in peas by influencing the rate and efficiency of photosynthesis, which provides energy for growth. Blue light is typically more effective in promoting germination due to its ability to penetrate deeper into the seed and stimulate key plant processes. Red light is also important but may lead to different responses depending on the physiological stage of the seed.
The least important factor in seed germination is usually light. While some seeds may require light to germinate, many others do not depend on it. Factors such as water, temperature, and soil conditions are typically more critical for the germination process.
When a seed is droped into the ground it started its process of germination. It started to change from a seed to a plant. First of all a small root comes out from yhe embroyo of the seed and it goes downwards, then a small stem comes and it goes upward.