it get's despersed easily when it flies through the air and seeds disperse in the atmosphere and produce a new plant
The spikes of this seeds get stick to our clothes
Burdock uses animal dispersal method through burs that attach to the fur of animals or clothing, allowing them to be carried to new locations.
The most common way of seed dispersal is through wind, where seeds are lifted and carried away by air currents. This method allows seeds to travel great distances and colonize new areas.
Oak trees primarily rely on animals for seed dispersal. Squirrels, birds, and other wildlife eat the acorns and then scatter the seeds as they move around. This helps the oak tree offspring to establish in new areas.
Each seed of the dandelion has it's own built-in parachute. So when the wind blows the parachute help to make the seed move further away from the parent plant and increases its chances of survival.
The spikes of this seeds get stick to our clothes
Wind is the best method of seed dispersal.
by seed dispersal
Splitting Open
it is done by animals
who would know we are not geeks are we hahaha
Because it encloses a well protected embryo inside with plenty of reserve food
Wind I guess
A helicopter and a sycamore seed both utilize a similar mechanism for aerial movement, but they differ in their nature and function. A helicopter is a man-made aircraft designed for controlled flight, featuring rotating blades for lift and propulsion. In contrast, a sycamore seed, often called a "helicopter seed" or "whirlybird," is a natural seed that spins as it falls from the tree, aiding in its dispersal by taking advantage of wind currents. Essentially, one is a complex machine, while the other is a simple reproductive structure of a tree.
Burdock uses animal dispersal method through burs that attach to the fur of animals or clothing, allowing them to be carried to new locations.
Sycamore and goosegrass seeds are adapted for long-distance dispersal through mechanisms like wind or water, allowing them to travel further. Sycamore seeds have wing-like structures that enable them to glide on air currents, while goosegrass seeds can be carried by water or animals. In contrast, wallflower seeds are heavier and lack specialized structures for extensive dispersal, leading to a more localized distribution. This difference in seed morphology and dispersal strategies explains why sycamore and goosegrass seeds can travel further than wallflower seeds.
Dispersal is important because it is the scattering of seed away from plant