Assertion. Entomophilous plants produce less pollen when compared to anemophilous plants.
Reason. The wastage of pollen is reduced to the minimum in entomophilous plnats because of the directional pollination.

Assertion: Entomophilous plants produce less pollen when compared to anemophilous plants. Reason: The wastage of pollen is reduced to the minimum in entomophilous plants because of directional pollination.

Assertion: To compensate the uncertainties and associated loss of pollen grains during pollination by abiotic agents, the flowers produce enormous amount of pollen when compared to the number of ovules available for pollination. Reason: Pollen grains coming in contact with the stigma is a chance factor in both wind and water pollination.

Assertion : To compensate the uncertainties and associated loss of pollen grains during pollination by abiotic agents, the flowers produce enormous amount of pollen when compared to the number of ovules available for pollination. Reason : Pollen grains coming in contact with the stigma is a chance factor in both wind and water pollination.

Assertion Pollent kit sticks to the body of insects during pollination. Reason Pollen kits are more common in anemophilous flowers.

[A] : Anemophillous plants have to produce enormous quantities of pollen. [R] : Because during the transit of pollen through a wind, a considerable amount of pollen is lost.

[A] : Anemophillous plants have to produce enormous quantities of pollen. [R] : Because during the transit of pollen through a wind, a considerable amount of pollen is lost.

[A] : Anemophillous plants have to produce enormous quantities of pollen. [R] : Because during the transit of pollen through a wind, a considerable amount of pollen is lost.

[A] : Anemophillous plants have to produce enormous quantities of pollen. [R] : Because during the transit of pollen through a wind, a considerable amount of pollen is lost.