<P> Troglobites typically have evolutionary adaptations to cave life . Examples of such adaptations include slow metabolism , reduced energy consumption , better food usage efficiency , decrease or loss of eyesight ( anophthalmia ) , and depigmentation ( absence of pigment in the integument ) . Conversely , as opposed to lost or reduced functions , many species have evolved elongated antennal and locomotory appendages , in order to better move around and respond to environmental stimuli . These structures are also full of chemical , tactile and humidity receptors . Troglobites commonly do not survive well outside caves and , therefore , can not travel between separate cave systems . As a result , many troglobiotic species are endemic to a single cave or system of caves . </P>
<P> Troglobites typically have evolutionary adaptations to cave life . Examples of such adaptations include slow metabolism , reduced energy consumption , better food usage efficiency , decrease or loss of eyesight ( anophthalmia ) , and depigmentation ( absence of pigment in the integument ) . Conversely , as opposed to lost or reduced functions , many species have evolved elongated antennal and locomotory appendages , in order to better move around and respond to environmental stimuli . These structures are also full of chemical , tactile and humidity receptors . Troglobites commonly do not survive well outside caves and , therefore , can not travel between separate cave systems . As a result , many troglobiotic species are endemic to a single cave or system of caves . </P>
what is an adaptation of a cave dwelling animal
what is an adaptation of a cave dwelling animal
slow metabolism
slow metabolism