D: deer; S: sheep; H1. D↔S: deer drives sheep and sheep drives deer; H2. D→S: deer drives sheep; H3. D ↮ S: no interaction between species. Interaction is assessed by the connectedness of the inferred interaction networks, in particular, the out-degree of intra-species network edges to inter-species networks edges. Bold font used if hypothesis supported: successful detection of the interaction. Timespan: number of hours within spatial data area pooled for analysis (GPS fix acquisition time = 1 h). k: number of nearest neighbours in the analysis, either all other animals, or all animals of same species.</p
White-tailed Deer are large, four-legged mammals that can move around a large area. In their range t...
New technologies have vastly increased the available data on animal movement and behaviour. Conseque...
1. Understanding how animal movements change across space and time is a fundamental question in ecol...
D: deer; S: sheep; H1. D → S: deer drives sheep; H2. S → D: sheep drives deer; H3. D ↛ S, S ↛ D: no ...
Interactions between domestic and wild species has become a global problem of growing interest. Glob...
Animal social network is the key to understand many ecological and epidemiological pro-cesses. We us...
Citation: Chen, S., Ilany, A., White, B. J., Sanderson, M. W., & Lanzas, C. (2015). Spatial-Temporal...
Social Network Analysis has become an important methodological tool for advancing our understanding ...
Ecologists regularly use animal contact networks to describe interactions underlying pathogen transm...
A visualization of the summarized network produced using conditional Granger causality to create edg...
1. Wildlife scientists continue to be interested in studying ways to quantify how the movements of a...
Movement patterns of several flocks of Merrino sheep (Ovis aries). The size of the flocks vary in si...
BACKGROUND:Network analyses of plant-animal interactions hold valuable biological information. They ...
Datasets from which wildlife contact networks of epidemiological importance can be inferred are beco...
Scientists have long been interested in studying social structures within groups of gregarious anima...
White-tailed Deer are large, four-legged mammals that can move around a large area. In their range t...
New technologies have vastly increased the available data on animal movement and behaviour. Conseque...
1. Understanding how animal movements change across space and time is a fundamental question in ecol...
D: deer; S: sheep; H1. D → S: deer drives sheep; H2. S → D: sheep drives deer; H3. D ↛ S, S ↛ D: no ...
Interactions between domestic and wild species has become a global problem of growing interest. Glob...
Animal social network is the key to understand many ecological and epidemiological pro-cesses. We us...
Citation: Chen, S., Ilany, A., White, B. J., Sanderson, M. W., & Lanzas, C. (2015). Spatial-Temporal...
Social Network Analysis has become an important methodological tool for advancing our understanding ...
Ecologists regularly use animal contact networks to describe interactions underlying pathogen transm...
A visualization of the summarized network produced using conditional Granger causality to create edg...
1. Wildlife scientists continue to be interested in studying ways to quantify how the movements of a...
Movement patterns of several flocks of Merrino sheep (Ovis aries). The size of the flocks vary in si...
BACKGROUND:Network analyses of plant-animal interactions hold valuable biological information. They ...
Datasets from which wildlife contact networks of epidemiological importance can be inferred are beco...
Scientists have long been interested in studying social structures within groups of gregarious anima...
White-tailed Deer are large, four-legged mammals that can move around a large area. In their range t...
New technologies have vastly increased the available data on animal movement and behaviour. Conseque...
1. Understanding how animal movements change across space and time is a fundamental question in ecol...