|
| | Weighted | Unweighted |
|
| Community structure | Algorithms | Louvain | Louvain |
| Communities | 17 communities | 27 communities |
|
| Component structure | Local components | 5 large components | 7 large components |
| North and Central America-Caribbean | North and Central America-Caribbean |
| Africa-Middle East-Southern Asia | Africa-Middle East-Southern Asia |
| South America | South America |
| Europe-Russia-Central Asia | Europe |
| Russia |
| East and Southeast Asia-Oceania | East and Southeast Asia |
| Oceania |
| 12 small components | 20 small components |
| Global components | 1 large | 1 large |
| 11 small components | 9 small components |
|
| Average clustering coefficient versus degree | Local component | No correlation with the degree | Decrease as a function of degree |
| Global component | No correlation with the degree | Decrease as a function of degree |
| Worldwide | No correlation with the degree | Decrease as a function of degree |
|
| Average degree-degree correlation versus degree | Local components | North and Central America-Caribbean, South America, Europe-Russia-Central Asia, and the East and Southeast Asia-Oceania are more and more disassortative as the degree increases |
| Independent of the degree for the Africa-Middle East-Southern Asia component |
| Global component | Disassortativity increases with the degree | Disassortativity increases with the degree |
| Worldwide | Independent of the degree | Independent of the degree |
|
| Degree strength distribution | Local components | Log-normal | The Africa-Middle East-Southern Asia, Oceania, and the Russia-Central Asia-Transcaucasia components follow a log-normal law |
| The North America-Caribbean and the East and Southeast Asia components follow stretched exponential |
| Europe and the South America components follow a truncated power law |
| Global component | Log-normal | Truncated power law |
| Worldwide | Log-normal | Truncated power law |
|
| Centrality | Local components | Top strength airports and top degree airports of the North and Central America-Caribbean and the East and Southeast Asia-Oceania components are identical |
| Top strength airports and top degree airports of the Europe-Russia-Central Asia, Africa-Middle East-Southern Asia, and the South America components are different |
| Global component | Top strength airports and top degree airports of the components are identical |
| Worldwide | Top strength airports and top degree airports of the components are different |
|
| Core | Local components | Some airports in the USA and Brazil cover the s-core and the k-core of the North and Central Asia-America and the South America |
| The s-core and the k-core of Europe-Russia-Central Asia and Africa-Middle East-Southern Asia are distributed between several countries |
| The s-core of the East and Southeast Asia-Oceania is distributed between the two subregions | Mainly China airports cover the k-core of East and Southeast Asia-Oceania |
| Global component | 3 regions (North and Central Asia-America, Europe-Russia-Central Asia, and East and Southeast Asia) cover the s-core | Covered by all the components |
| Worldwide | North and Central Asia-America component covers mainly the s-core | Europe-Russia-Central Asia component covers mainly the k-core |
|
