Matches in DBpedia 2016-04 for { ?s ?p "Vampire bats are the only known mammals whose entire nutrition relies on blood from mammals or birds. In the family Phyllostomidae and the subfamily Desmodontinae, there are three known species of vampire bats : Desmodus rotundus (common vampire bat), Diphylla ecaudata (hairy-legged vampire bat), and Diaemus youngi (white-winged vampire bat). Most of the referenced research on infrared sensing in vampire bats has been done on the common vampire bat because this is the most commonly found species. These bats have developed a specialized system using infrared-sensitive receptors on their nose-leaf to prey on homeothermic (warm-blooded) vertebrates. Trigeminal nerve fibers that innervate these IR-sensitive receptors may be involved in detection of infrared thermal radiation emitted by their prey. This may aid bats in locating blood-rich areas on their prey. In addition, neuroanatomical and molecular research has suggested possible similarities of IR-sensing mechanisms between vampire bats and IR-sensitive snakes. Infrared sensing in vampire bats has not yet been hypothesized to be image forming, as it was for IR-sensitive snakes. While the literature on IR-sensing in vampire bats is thin, progress continues to made in this field to identify how vampire bats can sense and use infrared thermal radiation."@en }
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- Infrared_sensing_in_vampire_bats abstract "Vampire bats are the only known mammals whose entire nutrition relies on blood from mammals or birds. In the family Phyllostomidae and the subfamily Desmodontinae, there are three known species of vampire bats : Desmodus rotundus (common vampire bat), Diphylla ecaudata (hairy-legged vampire bat), and Diaemus youngi (white-winged vampire bat). Most of the referenced research on infrared sensing in vampire bats has been done on the common vampire bat because this is the most commonly found species. These bats have developed a specialized system using infrared-sensitive receptors on their nose-leaf to prey on homeothermic (warm-blooded) vertebrates. Trigeminal nerve fibers that innervate these IR-sensitive receptors may be involved in detection of infrared thermal radiation emitted by their prey. This may aid bats in locating blood-rich areas on their prey. In addition, neuroanatomical and molecular research has suggested possible similarities of IR-sensing mechanisms between vampire bats and IR-sensitive snakes. Infrared sensing in vampire bats has not yet been hypothesized to be image forming, as it was for IR-sensitive snakes. While the literature on IR-sensing in vampire bats is thin, progress continues to made in this field to identify how vampire bats can sense and use infrared thermal radiation.".
- Q6031511 abstract "Vampire bats are the only known mammals whose entire nutrition relies on blood from mammals or birds. In the family Phyllostomidae and the subfamily Desmodontinae, there are three known species of vampire bats : Desmodus rotundus (common vampire bat), Diphylla ecaudata (hairy-legged vampire bat), and Diaemus youngi (white-winged vampire bat). Most of the referenced research on infrared sensing in vampire bats has been done on the common vampire bat because this is the most commonly found species. These bats have developed a specialized system using infrared-sensitive receptors on their nose-leaf to prey on homeothermic (warm-blooded) vertebrates. Trigeminal nerve fibers that innervate these IR-sensitive receptors may be involved in detection of infrared thermal radiation emitted by their prey. This may aid bats in locating blood-rich areas on their prey. In addition, neuroanatomical and molecular research has suggested possible similarities of IR-sensing mechanisms between vampire bats and IR-sensitive snakes. Infrared sensing in vampire bats has not yet been hypothesized to be image forming, as it was for IR-sensitive snakes. While the literature on IR-sensing in vampire bats is thin, progress continues to made in this field to identify how vampire bats can sense and use infrared thermal radiation.".