The Handbook of Acoustic Bat Detection
- Offers an in-depth understanding of acoustic detection principles
- Practical information on study planning, data handling, automation and manual identification
- Provides a deep understanding of bat sound
- bat calls
- bat detecting
- Coming Soon
No other method of bat detection is as popular and widespread in the context of environmental assessment and voluntary work as acoustic detection; its increasing use has driven the development of a large number of sophisticated devices and analytical methods. Acoustic detection has become a standard method for establishing the presence of bats, carrying out species identification and monitoring levels of activity. The resolution, accuracy and scale with which these tasks can be carried out has risen dramatically with the availability of automated real-time recording.
Anyone who is concerned with acoustic recording will readily acknowledge that, despite the euphoria, there are unresolved questions concerning the possibilities and limits of acoustic detection. Clear definitions of how to handle the data are usually missing, for example there are no clearly described activity indices.
In response to the limited information on the underlying science of acoustic detection, the authors offer this handbook. They provide an in-depth understanding of acoustic detection principles, study planning, data handling, properties of bat calls, manual identification of species, automatic species recognition, analysis of results, quality assurance and the background physics of sound.
ReadershipThis book is written for ecologists and researchers who are recording bat sound for analysis.
Table of Contents
1 - Acoustic recording
2 - Examples of acoustic studies
3 - The planning of acoustic studies
4 - Manual and automatic acoustic recording
5 - Manual identification of species
6 - Automatic species recognition
7 - A comparison of identification methods
8 - The complexities of call analysis
9 - Criteria for detector systems
10 - Interpretation of the results
11 - Quality assurance of reports
12 - Nacelle monitoring – its benefits and its limitations
13 - Bat calls
14 - The physics of sound
About the Author
The authors have had many years of experience with acoustic recording and the development of hardware and software for the recording and analysis of bat calls.
- 260 pages
- 95 colour and b/w figures
- BISAC SCI070030, NAT019000, NAT011000, SCI020000
- BIC PSVS, RNC, RNKH, PSVW7, WNCF