Anemophily is pollination through(a) Water(b) Air(c) Insects(d) Worms

The correct answer is (b) Air.
Detailed Explanation:
Anemophily refers to pollination carried out by the wind. The term is derived from the Greek words "anemos" (wind) and "philos" (loving), meaning "wind-loving." It is a type of abiotic pollination where wind serves as the medium to transfer pollen from one flower to another.
Characteristics of Anemophilous Plants:
1. Light and Dry Pollen:
o Pollen grains are lightweight, dry, and smooth to facilitate easy transport by the wind.
2. Abundant Pollen Production:
o To compensate for the randomness of wind, plants produce large quantities of pollen to increase the chances of successful pollination.
3. Reduced or Absent Flower Structures:
o These plants often lack showy petals, scent, or nectar, as they do not rely on attracting insects or other animals.
4. Exposed Reproductive Organs:
o Stamens and stigmas are often large and exposed to maximize the chances of wind dispersal and pollen capture.
5. Large, Feathery Stigmas:
o Stigmas are usually feathery to trap airborne pollen effectively.
Examples of Anemophilous Plants:
• Grasses: Wheat, maize, rice.
• Trees: Pines, oaks, and birches.
• Others: Coconut palm and date palm.
Why Not the Other Options?
• (a) Water:
o Pollination through water is called hydrophily (e.g., Vallisneria, Hydrilla).
• (c) Insects:
o Pollination through insects is called entomophily (e.g., roses, sunflowers).
• (d) Worms:
o Worms are not involved in pollination.
In conclusion, anemophily specifically refers to pollination through air (wind). This method is common in plants that produce lightweight pollen and do not depend on animals for reproduction.