San Francisco / Mean / Pollak / Bäcksjön / Berlin Jackson / Berlin / Cambridge / Freeman / Gastner / Stahel / /
Company
Formica / Oxford University Press / Wilson / Pearson / Keywords Networks / The star / /
Country
Sweden / Norway / / /
Facility
Oxford University / Heydon-Laurence Building / Uppsala University / The University of Sydney / Total trail / trail Behav Ecol Sociobiol / University of Copenhagen Vasconcellos HL / /
IndustryTerm
measured trail networks / minimal networks / dendritic networks / real ant networks / river networks / empirical trail networks / idealized model networks / biological systems / short travel time / empirical networks / ant networks / tree-like networks / ant trunk trail networks / food sources / ant trail networks / rufa / food / wood ant foraging networks / exploratory networks / framework to quantify network / real trail networks / trail networks / transport networks / trail systems / ant network / nearby food sources / food source / illustrative network / shortest network / basic statistical tools / human networks / nest site / transport network / /
OperatingSystem
Microsoft Windows / /
Organization
Sweden D. J. T. Sumpter Mathematics Department / University of Sydney / S. Persey Department of Zoology / army / School of Biological Sciences / Center for Mathematical Biology / Oxford University / Uppsala University / University of Copenhagen / /
Person
Ola Alinvi / Sophie Persey / Kerri Hicks / David J. T. Sumpter / Esther R. Miller / Jerome Buhl / Bob Bell / /
Position
walker / salesman / nurse / planner / /
ProvinceOrState
British Columbia / New York / Washington / Montana / /
RadioStation
Am 56 / /
Region
Northern Sweden / South Wales / central Amazon / Mediterranean / /
Behav Ecol Sociobiol[removed]:451–460 DOI[removed]s00265[removed]ORIGINAL PAPER Shape and efficiency of wood ant foraging networks