Prying Into the Intimate Secrets of Animal Lives: Software Beyond Hardware for Comprehensive Annotation in 'Daily Diary' Tags.

JAMES S WALKER; MARK W. JONES; ROBERT S. LARAMEE; MARK D. HOLTON; EMILY L. C. SHEPARD; HANNAH J. WILLIAMS; D. MICHAEL SCANTLEBURY; NIKKI, J. MARKS; ELIZABETH A. MAGOWAN; IAIN E. MAGUIRE; ED GRUNDY; AGUSTINA DI VIRGILIO; RORY P. WILSON

Movement Ecology

BioMed Central

Año: 2015

2051-3933

Smart tags attached to freely-roaming animals recording multiple parameters at infra-second rates are becoming commonplace, and are transforming our understanding of the way wild animals operate. However, interpretation of such data is complex and currently limits the ability of biologists to realise the value of their recorded information. This work presents a single program, FRAMEWORK 4, that uses a particular sensor constellation described in the?Daily Diary? tag (recording tri-axial acceleration, tri-axial magnetic field intensity, pressure and e.g. temperature and light intensity) to determine the 4 key elements considered pivotal within the conception of the tag. These are; animal trajectory, behaviour, energy expenditure and quantification of the environment in which the animal operates. The program takes the original data recorded by the Daily Dairy and transforms it into dead-reckoned movements,template-matched behaviours, dynamic body acceleration-derived energetics and positionlinked environmental data before outputting it all into a single file. Biologists are thus left with a single data set where animal actions and environmental conditions can be linked across time and space.