Durham University / University of Manchester / University of Nottingham / /
IndustryTerm
software system / energy score / food availability predation risk acacia woodland / maximum food availability / vegetation food availability / animal groups / energy failure / travel destination / food availability / food patches / food species / cohesive groups / closest sleeping site / explicit agent systems / energy score depending / food types / social / software state / food / search radius / energy / Energy costs / food distribution / energy balance / search costs / sufficient food / energy cost / energy intake / lower travel / food intake rate / prey systems / energy budgets / multi-agent simulation tools / chemical and calorific analysis / energy value / geographical information systems / appropriate food intake rate / maximum travel distance / /
NaturalFeature
Virunga Volcanoes / /
OperatingSystem
Cygnus / /
Organization
UK Department of Anthropology / Faculty of Life Science / Durham University / School of Computer Science / University of Nottingham / US Federal Reserve / IT / University of Manchester / Royal Society / /
Phil. Trans. R. Soc. B doi:[removed]rstb[removed]Published online An agent-based model of group decision making in baboons