Agamospermic – Definition & Meaning

Agamospermic is a term that is not commonly used in everyday language but is important to understand for those interested in botany and plant reproduction. In this article, we will explore the definition and meaning of agamospermic, its origin, and its associations. We will also look at synonyms, antonyms, and example sentences to provide a comprehensive understanding of the term.

Definitions

Agamospermic refers to a type of plant reproduction that does not involve the fusion of gametes. Instead, it involves the production of seeds without fertilization. This process is also known as apomixis, and it allows plants to produce offspring that are genetically identical to the parent plant.

Origin

The term agamospermic comes from the Greek words “a-” meaning “not,” “gamos” meaning “marriage,” and “sperma” meaning “seed.” The term was first used in the early 20th century to describe the process of apomixis in plants.

Meaning in different dictionaries

Agamospermic is not a term that is commonly found in dictionaries. However, it can be found in some specialized dictionaries that focus on botany and plant sciences.

Associations

Agamospermic is associated with a type of plant reproduction that is different from sexual reproduction. It is also associated with the production of genetically identical offspring, which can be advantageous for some plants in certain environments.

Synonyms

Synonyms for agamospermic include apomictic, asexual reproduction, and vegetative reproduction.

Antonyms

Antonyms for agamospermic include sexual reproduction and fertilization.

The same root words

The same root words as agamospermic can be found in other scientific terms such as gamete, gametophyte, and sporophyte.

Example Sentences

1. The plant was able to reproduce agamospermically, producing genetically identical offspring.
2. Agamospermic reproduction is advantageous for some plants in harsh environments where sexual reproduction may not be possible.
3. The use of agamospermic reproduction in agriculture could have significant benefits for crop production.