What is the difference between unisexual and hermaphroditic?

Definitions

- Describing a species that has either male or female reproductive organs, but not both. - Referring to a plant or animal that produces only one type of gamete (either sperm or egg). - Talking about a species that requires two individuals of opposite sexes to reproduce.

- Describing a species that has both male and female reproductive organs. - Referring to a plant or animal that produces both sperm and eggs. - Talking about a species that can self-fertilize or mate with any other individual of the same species.

List of Similarities

  • 1Both words describe the reproductive capabilities of a species.
  • 2Both words are used to classify organisms based on their reproductive organs.
  • 3Both words are used in biology and science contexts.

What is the difference?

  • 1Reproductive Organs: Unisexual refers to a species with either male or female reproductive organs, while hermaphroditic refers to a species with both male and female reproductive organs.
  • 2Reproduction: Unisexual species require two individuals of opposite sexes to reproduce, while hermaphroditic species can self-fertilize or mate with any other individual of the same species.
  • 3Gametes: Unisexual species produce only one type of gamete (either sperm or egg), while hermaphroditic species produce both sperm and eggs.
  • 4Commonness: Unisexual is more commonly used than hermaphroditic in everyday language.
  • 5Connotation: Unisexual is a neutral term, while hermaphroditic can be considered a sensitive or controversial term due to its association with intersex conditions in humans.
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Remember this!

Unisexual and hermaphroditic are two terms used to describe the reproductive capabilities of a species. While unisexual refers to a species with either male or female reproductive organs, hermaphroditic refers to a species with both male and female reproductive organs. Additionally, unisexual species require two individuals of opposite sexes to reproduce, while hermaphroditic species can self-fertilize or mate with any other individual of the same species.

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