Super seeds, such as chia or flax seeds, typically grow within 5-10 days. These seeds have a rapid germination time due to their high nutrient content and favorable growing conditions. Regular watering and adequate sunlight are important factors in ensuring speedy growth.
Yes, dandelions are considered to be r-strategists in terms of their reproductive strategy. They produce large quantities of wind-dispersed seeds to quickly colonize new habitats and take advantage of favorable conditions for growth.
Seeds have a shell to protect the embryo inside from physical damage, dehydration, and predators. The shell acts as a barrier, helping the seed to stay dormant until conditions are favorable for germination.
Seeds that fell in autumn may have a dormant period during winter where they are exposed to cold temperatures. This cold treatment helps to break dormancy and triggers the seed to germinate in spring when conditions are more favorable for growth.
Correct, seeds require specific environmental conditions such as proper temperature, moisture, and oxygen levels to germinate. If these conditions are not optimal, the seed may remain dormant until the conditions become more favorable for germination.
they don't grow
Because its the inactive part of the seed
Super seeds, such as chia or flax seeds, typically grow within 5-10 days. These seeds have a rapid germination time due to their high nutrient content and favorable growing conditions. Regular watering and adequate sunlight are important factors in ensuring speedy growth.
Germination of most seeds requires favorable conditions such as proper temperature, moisture, oxygen, and in some cases, light. These conditions help to facilitate the biochemical processes needed for the seed to begin growing into a new plant. Without these optimal conditions, seeds may remain dormant or fail to germinate.
Seeds in a dried-out state are more resistant to harsh environmental conditions, such as lack of water, extreme temperatures and pests. This allows them to remain viable in the soil for longer periods until the conditions are suitable for germination. Additionally, the dormant state of dry seeds helps protect them from premature germination and ensures a more synchronized growth when conditions become favorable.
Pumpkins generally have a higher biotic potential compared to peaches. Pumpkins produce more seeds per fruit and tend to have a faster growth rate, allowing them to reproduce more quickly and in larger quantities under favorable conditions.
Dormancy allows seeds or buds on plants to survive in a hostile environment and be able to renew growth once favorable conditions return. for seeds it is the dry seasons or the extreme low or high temperatures, for buds, normally it is a harsh winter conditions. The significance of the dormant organ is its capacity to withstand such harsh condition preserving the embrionic tissue that will be able to renew growth.
Yes, dandelions are considered to be r-strategists in terms of their reproductive strategy. They produce large quantities of wind-dispersed seeds to quickly colonize new habitats and take advantage of favorable conditions for growth.
conditions are right for growth.
Seeds have a shell to protect the embryo inside from physical damage, dehydration, and predators. The shell acts as a barrier, helping the seed to stay dormant until conditions are favorable for germination.
"Serotinous" refers to a plant adaptation where seed release is triggered by an environmental event, such as fire or extreme heat. The seed pods remain closed until this event occurs, ensuring that seeds are only dispersed when conditions are favorable for germination and growth.
Seeds that fell in autumn may have a dormant period during winter where they are exposed to cold temperatures. This cold treatment helps to break dormancy and triggers the seed to germinate in spring when conditions are more favorable for growth.