answersLogoWhite

0

Pollen grains are often called as microspores or male gametes. They are produced in pollen sacs present in pollen chambers in the anthers of the flower. They are produced due to repeated division of microspore mothercells and are haploid (n).

User Avatar

Wiki User

14y ago

What else can I help you with?

Related Questions

Why do spiky pollen grains develop?

They Develop It from the Petals.


Where does pollen grains form?

Pollen grains are formed within the anthers of flowering plants, which are the male reproductive structures where pollen grains develop and mature. The process of pollen grain formation is called microsporogenesis.


What produces pollen grains?

Pollen grains are produced by the male reproductive organs of flowering plants called anthers. Anthers contain pollen sacs where pollen grains develop and mature.


What are male spores that develop into pollen grains?

microspores


Males spores that will develop into pollen grains?

false


What males spores that will develop into pollen grains?

microspores


What develops on the male cone?

the zygote Edited answer: Pollen grains develop on the male cone.


Where are pollen grains produced?

pollen grains are produced in pollen sac of anthers which are present on the male gamets of flower


What happens to a pollen grains on the stigma?

pollen grain develop a tube that goes down the style


What is develop when pollen grains fall down to the pollen tube to join the ovule inside the ovary?

fruit


A pollen grain is what?

pollen grains are the powdery pollens in the pollen sacs . Pollen sacs are situated in the anther. For a pistil to develop into a fruit and ovules to mature into seeds, pollen grains must be transfered from anthers to the stigma. This process is called pollination.


Do pollen grains develop spores?

No, pollen grains are not spores. Pollen grains are male gametophytes produced by seed plants that are involved in the reproductive process, while spores are typically asexual reproductive structures produced by some plants, fungi, and algae.