Yes. The reason is that pollens are attached inside the flowers(forgot where it attached name means). They are not totally stick to it, they are just attached. Plus, they are light, strong winds can easily blew them off. Another is that some flowering trees have many leaves that the leaves itself causes the pollen to be detached and be easily taken off by the wind.
Yes. In addition, insects play a large role in pollination.
Yes.
And therefore, helps in pollination and reproduction of angiosperms...
yes
Yes it can.
pollination
it is called wind erosion
The male reproductive part of the flower, called the stamen, produces pollen. The anther, located at the tip of the stamen, is where the pollen is produced. Pollen is then delivered to the female reproductive part of the flower, called the pistil, through various mechanisms such as wind, insects, or animals.
Pollen is scattered by the wind or by animals.
Pollination is a process of transfer of pollen grains from the anther of a stamen to the stigma of a carpel . Agent that helps in pollination are wind, insects, birds and water.
pollination
Pollination is the process of how pollen is transferred by insects, wind, or rain to the pistol of a flower. This is essential to the fertilization of a plant.
pollination
Dunes are typically formed by wind erosion, specifically through a process called aeolian erosion. This occurs when wind transports and deposits sand grains, shaping them into dunes over time.
Abrasion
Erosion
The transfer of pollen grains to the female reproductive structure, the pistil, is called pollination. This transfer can be mediated by the wind.
The wind aids in pollination when plants transfer pollen grains. Insects can also help in the transferring of pollen grains.
Pollenization with the help of an insect (or bird, or bat) is called biotic or vector-based pollenization. Abiotic pollenization happens by virtue of wind or water.
wind
Pollen travels through the air by a wind blowing the pollen and landing on soil and re growing this is called pollenation
wind