terms |
electroreception |
As nouns the difference between terms and electroreception
is that
terms is while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
electroreception |
electroreceptor |
As nouns the difference between electroreception and electroreceptor
is that
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air) while
electroreceptor is a cell or organ responsible for electroreception.
electroception |
electroreception |
Synonyms |
Electroreception is a synonym of electroception.
As nouns the difference between electroception and electroreception
is that
electroception is electroreception while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
conductor |
electroreception |
As nouns the difference between conductor and electroreception
is that
conductor is one who conducts or leads; a guide; a director while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
aquatic |
electroreception |
As an adjective aquatic
is relating to water; living in or near water, taking place in water.
As a noun electroreception is
the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
electrocommunication |
electroreception |
As nouns the difference between electrocommunication and electroreception
is that
electrocommunication is communication between biological organisms by means of electrical signals while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
electrolocation |
electroreception |
As nouns the difference between electrolocation and electroreception
is that
electrolocation is (zoology) the ability of an animal to detect an object by its distortion of the animal's electric field, as in the electric fishes such as the electric eel while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
impulse |
electroreception |
As nouns the difference between impulse and electroreception
is that
impulse is a thrust; a push; a sudden force that impels while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
As a verb impulse
is to impel; to incite.
electrical |
electroreception |
As nouns the difference between electrical and electroreception
is that
electrical is an electrical engineer while
electroreception is the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
As an adjective electrical
is related to electricity (or electronics.
biological |
electroreception |
As an adjective biological
is of or relating to biology.
As a noun electroreception is
the biological ability to perceive electrical impulses, used for electrolocation and electrocommunication and particularly common among aquatic creatures (since salt water is a more efficient conductor than air).
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