Bat detectors are the most common way to identify the species of flying bats. There are distinct types of call which can indicate the genus, and variations in pattern and frequency which indicate the species. For readers not familiar with the different types of bat detector, there is further information and elsewhere. Bat detectors pick up various signals in the ultrasound range, not all of which are made by bats. To distinguish bat and bat species it is important to recognise non-bat species.
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| - Bat species identification (en)
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| - Bat detectors are the most common way to identify the species of flying bats. There are distinct types of call which can indicate the genus, and variations in pattern and frequency which indicate the species. For readers not familiar with the different types of bat detector, there is further information and elsewhere. Bat detectors pick up various signals in the ultrasound range, not all of which are made by bats. To distinguish bat and bat species it is important to recognise non-bat species. (en)
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| - Four typical hockey stick calls: 1) tuned at CF frequency; 2) tuned low; 3) tuned high; 4) back to CF frequency - 213 Kb (en)
- Several species of ultrasound crickets recorded on a heterodyne bat detector set to 19 kHz - 169Kb (en)
- A single Pipistrelle call slowed down 256 times or 8 octaves - 22Kb (en)
- A Daubenton's bat hunting over a river - 169 Kb (en)
- A Lesser Horseshoe bat flying in a barn - 63 Kb (en)
- Heterodyne recording set to 53 kHz - 133Kb (en)
- A Typical hockey stick call with a ploppy sound as heard on a heterodyne bat detector - 68 Kb (en)
- Crickets, unidentified mammal, and a bat social call recorded on a heterodyne detector set to 19 kHz - 379Kb (en)
- Crickets, unidentified mammal, and a bat social call recorded on a heterodyne detector set to 19 kHz - 379Kb, on a small nature reserve in North Devon. None of these calls were audible normally. (en)
- Common Pipistrelle call heard on a heterodyne bat detector - 68Kb (en)
- A Pipistrelle flying and feeding over a pond on a Devon farm - 225 Kb (en)
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| filename
| - FD_pip_socandecho_call.ogg (en)
- Keoka Daubenton 1.ogg (en)
- Keoka Lesser Horseshoe 1.ogg (en)
- Keoka hockey stick 1.ogg (en)
- Keoka pip times256.ogg (en)
- Keoka ultrasound various1.ogg (en)
- Keoka070706PpgFD.ogg (en)
- Keoka070916-20-53Het.ogg (en)
- Keoka070923Crickets+1.ogg (en)
- PipistrelleTuning.ogg (en)
- Ultrasonic_bat_calls_short.ogg (en)
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| - Cricket chorus (en)
- Heterodyne CF call (en)
- Heterodyne Common Pipistrelle (en)
- Heterodyne FM + CF call (en)
- Heterodyne FM call (en)
- Heterodyne muddled calls (en)
- Hockey stick call slowed down (en)
- Pipistrelle on a FD detector (en)
- Tuning to a Pipistrelle hockey stick call (en)
- Various backgrounds (en)
- Pipistrelle Social and Echolocation calls on a FD Detector (en)
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| - Bat detectors are the most common way to identify the species of flying bats. There are distinct types of call which can indicate the genus, and variations in pattern and frequency which indicate the species. For readers not familiar with the different types of bat detector, there is further information and elsewhere. Bats also make social calls, which are less useful for species identification. They sound different from the echolocation calls and do not have the same frequency patterns. Fuller details on the types of call and other clues to species identification follow below but Pipistrelles (or "Pips") give good examples of what can be discovered with a bat detector and make a good start to learning how to identify bats. Bat detectors pick up various signals in the ultrasound range, not all of which are made by bats. To distinguish bat and bat species it is important to recognise non-bat species. Captured bats can be exactly identified in the hand but in many countries a licence is required before bats can be captured. (en)
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