Anther – Male Reproductive Part of Flower

The androecium is the male reproductive part of the flower that is made up of multiple stamens. The stamen is made of two parts including the anther and filament. The stamens are located in the middle part of the flower circularly. There are at least five to six stamens (varies depending on species) in a flower which is proportional to the number of the petals of a flower. 

The filament is a stalk-like structure that supports the anther at its tip and the anther holds the pollen grains. The androecium also has a sac-like structure that is also known as the microsporangia. It produces the microspores that develop into the pollen grains later. 

T.S of Anther

Read More: Corolla of Flower

Anther – Types, Structure, and Functions

Anther is an important part of a flower that produces the pollen. The anther structure is located at the tip of a filament. Simply put, the anther of a flower is the male reproductive part of the flower. Anther stores the male sex cells or pollens of a plant.

In this article, we are going to discuss the anther of a flower in detail. 

Table of Content

  • Anther of a Flower
  • Anther Structure
  • Function of Anther in Flower
  • Types of Anther
  • Anther – Male Reproductive Part of Flower
  • Anther and Stigma
  • Anther and Filament
  • Anther Dehiscence
  • Conclusion – Anthrer
  • FAQs on Anther

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Anther of a Flower

Anther of flower forms a part of the stamen and plays role in the plant reproduction process. It is also known as the pollen-containing unit of a plant. The anther is important because of its position in a flower that helps to perform the pollination simply. It provides a place for the male sex cells of a plant or pollen until they become mature and ready to be dispersed. There are different types of pollen dispersal processes like ballistic movements, dropping the pollens, etc....

Anther Structure

The anther is the fertile part of the flower. Four different layers surround the pollen chambers. Let us discuss this in detail....

Function of Anther in Flower

Here are the major function of the anther as mentioned below....

Types of Anther

Anthers are bilobed structures on a slender filament, part of the stamen in a flower. Each lobe typically contains pollen sacs where pollen develops.  The anthers are responsible for many morphological variations in flowering plants. Based on the lobe structure and attachment to the slender filament, we can divide the anthers into different types:...

Anther – Male Reproductive Part of Flower

The androecium is the male reproductive part of the flower that is made up of multiple stamens. The stamen is made of two parts including the anther and filament. The stamens are located in the middle part of the flower circularly. There are at least five to six stamens (varies depending on species) in a flower which is proportional to the number of the petals of a flower....

Anther and Stigma

Anther and stigma are the two different parts of a flower and their functions are also different. The difference between anther and stigma are mentioned below....

Anther and Filament

The functions and structure and other details are given below:...

Anther Dehiscence

Anther Dehiscence is the process of splitting of the anther. It is the final stage where the anther breaks and releases the pollen grains through different processes including pollen differentiation, floral development, and flower opening. The tapetum helps the anther to perform the process....

Conclusion – Anthrer

Anther is an important part of the stamen and it plays an important role in the plant reproduction process. It is also known as the pollen-containing unit of a plant. In simple words, the anther is a part of the stamen that produces and stores the male sex cells of a plant. Anthers have a bilobed structure that is generally attached to a slender filament. The slender filament is a long stick-like structure that carries the pollen sac. This is also known as the stamen of a male flower....

FAQs on Anther

What is the Function of Anther?...