terms |
eurytherm |
As nouns the difference between terms and eurytherm
is that
terms is while
eurytherm is (biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
eurythermicity |
eurytherm |
Derived terms |
Eurythermicity is a derived term of eurytherm.
As a noun eurytherm is
(biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
eurythermic |
eurytherm |
Derived terms |
Eurythermic is a derived term of eurytherm.
As a noun eurytherm is
(biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
eurythermy |
eurytherm |
Derived terms |
Eurythermy is a derived term of eurytherm.
As a noun eurytherm is
(biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
stenotherm |
eurytherm |
Antonyms |
Eurytherm is a antonym of stenotherm.
In biology terms the difference between stenotherm and eurytherm
is that
stenotherm is an organism, often specifically an ectotherm, that functions only within a narrow temperature range while
eurytherm is an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
ectotherm |
eurytherm |
In biology|lang=en terms the difference between ectotherm and eurytherm
is that
ectotherm is (biology) a cold-blooded animal which regulates its body temperature by exchanging heat with its surroundings while
eurytherm is (biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.
As nouns the difference between ectotherm and eurytherm
is that
ectotherm is (biology) a cold-blooded animal which regulates its body temperature by exchanging heat with its surroundings while
eurytherm is (biology) an organism, often specifically an ectotherm, that can function at a wide range of temperatures.