What is the difference between buds and stamens?

Article Catalog

1. Difference

2. Introduction

3. Morphological structure

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Flower buds and stamens are different. The bud is when the flower has not yet opened, and is also called the flower bud. The stamen is the state after the flower opens. It is the core of the flower and it is also a part of the flower. The pistils are called pistils and stamens, and pistils are also divided into single pistils and compound pistils. Usually flowers are composed of receptacle, pedicel, calyx, corolla, perianth, stamens and pistils.

1. Difference

1. Difference

There is an essential difference between flower buds and stamens. Flower buds refer to the time when the flower buds are growing and developing and are close to blooming, that is, when the flowers have not yet opened, they are called flower buds. Also called flower buds, common ones include rose buds, rose buds, etc. The stamen is the core of the flower after blooming, which is the component of the flower, and it is also divided into stamens and pistils.

2. Introduction

1. Pistil: Pistil is also divided into single and compound pistils. Single pistil is actually formed by a single carpel, while compound pistil is formed by two or more carpels. The basic unit of the pistil is the carpel, and a carpel is a metamorphosis leaf.

2. Stamens: Stamens generally include anthers and filaments. The anthers are where pollen is produced, and the filaments connect the anthers and receptacles under the anthers. Flowers with multiple stamens include peonies and camellias, and their petals have multiple whorls.

3. Morphological structure

Flowers There are many forms. Flowers usually consist of receptacle, pedicel, calyx, corolla, perianth, stamens and pistils. The receptacle is the enlarged part at the top of the pedicel, the pedicel is the branch used to connect the stem, the calyx is the outermost round of abnormal leaves of the flower, the corolla is composed of many petals, and the perianth is the sum of the corolla and calyx.

2. Introduction

3. Morphological structure

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