Wind (anemophily): Wind is one of the most important agents of pollination. Pollination brought about through agency of wind in plants is called anemophily. Wind pollinated plants are coconut palm, date palm, cannabis, maize, grasses etc. exhibit the following characters which favour the wind pollination.
a) Wind pollinated flowers are inconspicuous and not showy.
b) They are devoid of scent, nectar etc.
c) The pollen grains are dry and unwettable.
d) The anemophilous plants grow in large groups to ensure pollination.
e) To catch the pollen grains, the stigma become sticky, hairy, and feathery or branched.
2. Water (Hydrophily): Pollination brought about through the agency of water in plants especially submerged plants is termed hydrophily. Examples are Hydrilla, Ceratophyllum, Zostera and Vallisneria are some of the water pollinated plants.
3. Insects(Entomophily): Inset pollinated flowers possess following characteristic features
a) The insect pollinated flowers are fragrant and omit sent and odour. Example Cestrum, Jasmine etc. Rafflesia gives out obnoxious and repelling odour.
b) The insect pollinated flowers are beautifully coloured. In flowers, mostly petals are brightly coloured.
c) The nectariferous glands produce nectar for feeding the visiting insects.
d) To catch the pollen grains, the stigmas become sticky.
4. Birds (ornithophily): Ornithophilous flowers differ in number of respects from entomophilous flowers. These kind of flowers are generally scentless. The flowers are usually large in size. They are also beautifully coloured with colour contrasts and are common colours liked by birds.
5. Bats (Chiropterophily): The flowers of Kigella pinnata, Durio, Antocephalus are pollinated by bats. The bats hold on to the freely exposed, large and relatively tough flowers, which open in the evening or night. Bats are nocturnal animals and transport pollen over long distances. They usually give off a strong scent like that of rotting fruits. Bats also feed on the copious nectar and pollen which is produced in plenty as compared bird pollinated flowers.
Bees, birds, and other animals, as well as wind are all agents of pollination. Animals can come in contact with the pollen produced by flowering parts of plants, and inadvertently carry it (as it gets stuck to surface features of the animal, such as hairs/fur, skin, etc.) and help to transport the pollen. In the process, pollen can be transferred from plant to plant. Wind can transport pollen more passively as well.
The primary agents of pollination for lotus flowers are insects, such as bees and beetles. These insects are attracted to the sweet scent and nectar of the lotus flower, and as they move between flowers to feed, they inadvertently transfer pollen from one flower to another, facilitating pollination. Additionally, some lotus species are also pollinated by wind.
Yes, many plants of the Philodendron genus are pollinated from a symbiotic relationship with beetles.
In self-pollination, the reproductive structures of a plant, such as the stamen (male reproductive organ) and pistil (female reproductive organ), are involved in the transfer of pollen within the same flower or between flowers of the same plant. This process does not require external agents like insects or wind for pollination to occur.
The agents of pollination for conifers are usually wind and rarely insects. Conifers produce pollen in large quantities that is lightweight and easily carried by the wind to reach female cones for fertilization. The lack of showy flowers and nectar means that conifers do not rely on insects for pollination as much as other plants do.
This process is known as cross-pollination. It plays a crucial role in promoting genetic diversity among plants by combining genetic material from different individuals. In nature, this can occur through various agents like wind, insects, birds, and other animals.
Agents Pollination are insects, birds, water and wind. They helps in Pollination transferring pollen grains from the anther of a stamen to the stigma of a carpel .
To deliver a seminar on pollination and its agents, begin by explaining the concept of pollination and its importance in plant reproduction. Discuss the different pollination agents such as bees, butterflies, birds, and wind, highlighting their unique roles. Use visual aids like diagrams and videos to demonstrate how pollination occurs with these agents, emphasizing the transfer of pollen from the male to the female part of the flower. Encourage audience engagement through interactive activities or Q&A sessions to enhance understanding.
they are agents of pollination.
Some agents that help in pollination include bees, butterflies, birds, bats, and wind. These agents play a crucial role in transferring pollen between flowers, which is essential for the reproduction of many plant species.
are wind and water, insects, birds, and mammals.
wind insects animal
Hi, they are pollinated by bees, Bye
they are agents of pollination.
the agent of the pollination areinsects,wind,man,water and animals
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The type of agents that help in preforming pollination are birds, and type of insects, wind, water (such as rain), and any type of weather.
-wind -bees -birds -rainwater -blowing wind -bats -butterflies