Hornbeam, sycamore, ash, dandelion
Violets primarily disperse their seeds through mechanical means. The seeds are contained within capsules that burst open when mature, allowing the seeds to be flung away from the parent plant. Additionally, ants are known to aid in seed dispersal by carrying the seeds to new locations.
it disperse their seeds in 4 ways.it shoots out its seeds to a far placeanimals eat the seeds and pass it outit disperse by airit disperse by water
A buttercup disperses its seeds through a process called ballistic dispersal. As the seed pods mature, they twist and curl, eventually launching the seeds several feet away when the pods split open. This mechanism helps the seeds to spread to new areas for germination.
Rain trees disperse their seeds through a combination of wind dispersal and gravity. The tree produces pods that eventually split open, releasing the seeds. The wind then carries the seeds away from the parent tree, helping to disperse them over a wider area for germination.
Castor plants disperse their seeds through explosive dehiscence of the fruit capsules. When the capsule dries out, it splits open rapidly, ejecting the seeds away from the parent plant. This mechanism helps the seeds to spread and germinate in new locations.
they disperse by wind as the wind flows it takes away the seeds which are connected with the petals
Violets primarily disperse their seeds through mechanical means. The seeds are contained within capsules that burst open when mature, allowing the seeds to be flung away from the parent plant. Additionally, ants are known to aid in seed dispersal by carrying the seeds to new locations.
it disperse their seeds in 4 ways.it shoots out its seeds to a far placeanimals eat the seeds and pass it outit disperse by airit disperse by water
To spread and multiply by getting the seeds away from the mother plant.
A buttercup disperses its seeds through a process called ballistic dispersal. As the seed pods mature, they twist and curl, eventually launching the seeds several feet away when the pods split open. This mechanism helps the seeds to spread to new areas for germination.
American elm trees disperse their seeds through a wind-dispersal method. The seeds are enclosed in samaras (winged fruits) that help them float in the wind and travel away from the parent tree.
Rain trees disperse their seeds through a combination of wind dispersal and gravity. The tree produces pods that eventually split open, releasing the seeds. The wind then carries the seeds away from the parent tree, helping to disperse them over a wider area for germination.
Castor plants disperse their seeds through explosive dehiscence of the fruit capsules. When the capsule dries out, it splits open rapidly, ejecting the seeds away from the parent plant. This mechanism helps the seeds to spread and germinate in new locations.
Lily seeds can be dispersed to other areas by birds dropping the seeds or the wind carrying the seeds away from the flower. Insects could also transplant the seeds to other places.
Rubber trees disperse their seeds through wind or water. The seeds of the rubber tree are typically small and lightweight, making them easy to be carried away by the wind to new locations suitable for germination. Alternatively, the seeds can also be dispersed through waterways, allowing them to travel and potentially grow in distant areas.
Dandelions, the white ones with fluffy ''thingies''. The wind blows these away.
Long beans disperse their seeds through a process known as explosive dehiscence. As the pod matures, it dries out and eventually splits open, forcefully ejecting the seeds away from the parent plant. This mechanism helps the seeds spread over a wider area for better chances of germination and survival.