To ensure the continuity and survival of its own species.
To ensure that off-spring do not compete with the parents for resources (sunlight, water and minerals)
Off-springs do not compete with the parents for food as every plant can make its own food so they are not competing for food...
This is how plants reproduce and because they are rooted in one place for their entire life they must disperse their seed to take root somewhere else
Thistle seeds use wind dispersal, with their small, feathery structures allowing them to be carried by the wind. Ash and maple seeds use a method called helicopter or autorotation dispersal, where their wing-like structures allow them to spin and glide through the air.
The most effective dispersal method of seeds is through animals, particularly birds and mammals. These animals consume the fruits containing the seeds and then deposit them in different locations through their droppings, helping the seeds spread over a wide area for better chances of germination and growth.
Seeds can be transferred through various methods, including wind dispersal, water dispersal, animal dispersal, and self-dispersal mechanisms. Wind dispersal involves seeds being carried by the wind, water dispersal occurs when seeds float in water to new locations, animal dispersal happens when seeds are ingested by animals and deposited elsewhere, and self-dispersal mechanisms include seed pods that burst open to release seeds or seeds that are propelled away by the plant itself.
By blowing a dandelion, you scatter the seeds into the air for dispersal. It's unlikely that you would be able to accurately count the number of seeds remaining on the dandelion after blowing on it. The purpose of the dandelion's seed dispersal method is to ensure the spread of its seeds for reproduction.
The spreading out of seeds from the original plant is called dispersal.
It uses the splitting method.
Thistle seeds use wind dispersal, with their small, feathery structures allowing them to be carried by the wind. Ash and maple seeds use a method called helicopter or autorotation dispersal, where their wing-like structures allow them to spin and glide through the air.
The most effective dispersal method of seeds is through animals, particularly birds and mammals. These animals consume the fruits containing the seeds and then deposit them in different locations through their droppings, helping the seeds spread over a wide area for better chances of germination and growth.
Because plants need to breath?
It dries up and splits forcefully. The seeds will then drop out to the ground.
The spikes of this seeds get stick to our clothes
wind dispersal, water dispersal, animal dispersal and mechanical dispersal
Seeds can be transferred through various methods, including wind dispersal, water dispersal, animal dispersal, and self-dispersal mechanisms. Wind dispersal involves seeds being carried by the wind, water dispersal occurs when seeds float in water to new locations, animal dispersal happens when seeds are ingested by animals and deposited elsewhere, and self-dispersal mechanisms include seed pods that burst open to release seeds or seeds that are propelled away by the plant itself.
wind dispersal, water dispersal, animal dispersal and mechanical dispersal
By blowing a dandelion, you scatter the seeds into the air for dispersal. It's unlikely that you would be able to accurately count the number of seeds remaining on the dandelion after blowing on it. The purpose of the dandelion's seed dispersal method is to ensure the spread of its seeds for reproduction.
The spreading out of seeds from the original plant is called dispersal.
Mechanical dispersal of seeds typically occurs through mechanisms like explosive seed pods, wind dispersal, or animal dispersal. Characteristics that aid in mechanical dispersal include lightweight seeds, winged structures for wind dispersal, or structures that allow for explosive release of seeds.