This repo contains full resolution color versions of most figures that appear in The Sage Handbook of Social Network Analysis (Volume 2), edited by John McLevey, John Scott, and Peter Carrington. The only exceptions are reproductions of figures from other publications. Each figure is named using a combination of the chapter number, chapter title, and figure number.
01 - Introduction (Figure 1)01 - Introduction (Figure 2)01 - Introduction (Figure 3)01 - Introduction (Figure 4)02 - Introducing Social Network Analysis (Figure 1)02 - Introducing Social Network Analysis (Figure 2)02 - Introducing Social Network Analysis (Figure 3)02 - Introducing Social Network Analysis (Figure 4)06 - Socio-ecological Network Analysis (Figure 1)06 - Socio-ecological Network Analysis (Figure 2)06 - Socio-ecological Network Analysis (Figure 3)06 - Socio-ecological Network Analysis (Figure 4)06 - Socio-ecological Network Analysis (Figure 5)07 - The Evolution of Environmental Policy Network Analysis (Figure 1)07 - The Evolution of Environmental Policy Network Analysis (Figure 2)07 - The Evolution of Environmental Policy Network Analysis (Figure 3)08 - Health Behaviors and Outcomes (Figure 1)14 - Semantic and Cultural Networks (Figure 1)17 - Crime and Social Networks (Figure 1)18 - Scientific Networks (Figure 1)18 - Scientific Networks (Figure 2)18 - Scientific Networks (Figure 3)22 - Social Capital (Figure 1)22 - Social Capital (Figure 2)22 - Social Capital (Figure 3)23 - Social Support (Figure 1)23 - Social Support (Figure 2)26 - Centrality Analysis (Figure 1)26 - Centrality Analysis (Figure 2)26 - Centrality Analysis (Figure 3)28 - Multi-mode Networks (Figure 1)28 - Multi-mode Networks (Figure 2)28 - Multi-mode Networks (Figure 3)28 - Multi-mode Networks (Figure 4)29 - Blockmodeling, Positions and Roles (Figure 1)29 - Blockmodeling, Positions and Roles (Figure 2)29 - Blockmodeling, Positions and Roles (Figure 3)30 - Inferential Network Clustering with HBSBMs (Figure 7 Subplot A)30 - Inferential Network Clustering with HBSBMs (Figure 7 Subplot B)30 - Inferential Network Clustering with HBSBMs (Figure 1)30 - Inferential Network Clustering with HBSBMs (Figure 2)30 - Inferential Network Clustering with HBSBMs (Figure 3)30 - Inferential Network Clustering with HBSBMs (Figure 4)30 - Inferential Network Clustering with HBSBMs (Figure 5)30 - Inferential Network Clustering with HBSBMs (Figure 6)30 - Inferential Network Clustering with HBSBMs (Figure 7 Subplot C)30 - Inferential Network Clustering with HBSBMs (Figure 7 Subplot D)30 - Inferential Network Clustering with HBSBMs (Figure 8 Subplot A)30 - Inferential Network Clustering with HBSBMs (Figure 8 Subplot B)30 - Inferential Network Clustering with HBSBMs (Figure 8 Subplot C)31 - Personal Networks and Egocentric Analysis (Figure 1)32 - Multilevel Network Models (Figure 1)32 - Multilevel Network Models (Figure 2)32 - Multilevel Network Models (Figure 3)33 - Exponential Random Graph Models (Figure 1)33 - Exponential Random Graph Models (Figure 10)33 - Exponential Random Graph Models (Figure 11)33 - Exponential Random Graph Models (Figure 12)33 - Exponential Random Graph Models (Figure 2)33 - Exponential Random Graph Models (Figure 3)33 - Exponential Random Graph Models (Figure 4)33 - Exponential Random Graph Models (Figure 5)33 - Exponential Random Graph Models (Figure 6)33 - Exponential Random Graph Models (Figure 7)33 - Exponential Random Graph Models (Figure 8)33 - Exponential Random Graph Models (Figure 9)34 - Structural Cohesion and Cohesive Subgroups (Figure 1)34 - Structural Cohesion and Cohesive Subgroups (Figure 2)34 - Structural Cohesion and Cohesive Subgroups (Figure 3)34 - Structural Cohesion and Cohesive Subgroups (Figure 4)34 - Structural Cohesion and Cohesive Subgroups (Figure 5)34 - Structural Cohesion and Cohesive Subgroups (Figure 6)36 - Latent Space Approaches to Network Analysis (Figure 1)36 - Latent Space Approaches to Network Analysis (Figure 2 (SUBPLOT 1))36 - Latent Space Approaches to Network Analysis (Figure 2 (SUBPLOT 2))36 - Latent Space Approaches to Network Analysis (Figure 3)36 - Latent Space Approaches to Network Analysis (Figure 4)37 - Negative Ties and Signed Graphs (Figure 2)37 - Negative Ties and Signed Graphs (Figure 3)37 - Negative Ties and Signed Graphs (Figure 4)37 - Negative Ties and Signed Graphs (Figure 5)37 - Negative Ties and Signed Graphs (Figure 6)37 - Negative Ties and Signed Graphs (Figure 7)37 - Negative Ties and Signed Graphs (Figure 8)42 - Scientific Software for Network Analysis (Figure 1)42 - Scientific Software for Network Analysis (Figure 10)42 - Scientific Software for Network Analysis (Figure 11)42 - Scientific Software for Network Analysis (Figure 12)42 - Scientific Software for Network Analysis (Figure 13)42 - Scientific Software for Network Analysis (Figure 14)42 - Scientific Software for Network Analysis (Figure 2)42 - Scientific Software for Network Analysis (Figure 3)42 - Scientific Software for Network Analysis (Figure 4)42 - Scientific Software for Network Analysis (Figure 5)42 - Scientific Software for Network Analysis (Figure 6)42 - Scientific Software for Network Analysis (Figure 7)42 - Scientific Software for Network Analysis (Figure 8)42 - Scientific Software for Network Analysis (Figure 9)
- Chapter 1 © John McLevey, John Scott, Peter J. Carrington, 2024
- Chapter 2 © Christina Prell and David R. Schaefer, 2024
- Chapter 6 © Örjan Bodin, 2024
- Chapter 7 © Tyler A. Scott, Mark Lubell and Gwen Arnold UC Davis, 2024
- Chapter 8 © Kayla de la Haye, 2024
- Chapter 14 © Sarah Shugars and Sandra González-Bailón, 2024
- Chapter 16 © Donghyun Kang and James Evans, 2024
- Chapter 17 © Marie Ouellet and Logan Ledford, 2024
- Chapter 22 © Beate Völker, 2024
- Chapter 23 © Lijun Song and Zhe Zhang, 2024
- Chapter 26 © M G Everett and S P Borgatti, 2024
- Chapter 27 © James Moody and Peter J. Mucha., 2024
- Chapter 28 © Lorien Jasny, 2024
- Chapter 29 © Patrick Doreian, Anuška Ferligoj, and Vladimir Batagelj