KEY MAPS ON CONNECTIVITY
WorldMap | Energy ; ICT ; Transport
This interactive map builds on the global infrastructure networks depicted in Parag Khanna’s 2016 book Connectography - Mapping the Future of Global Civilization. Users can select from different overlays per sector -- high-speed rail under the Transport, for example -- to customize the map visualization according to the research or inquiry needs. Users can also choose from different base maps, ranging from Google Roadmap to ESRI World Street Map. The transportation, energy, and communication vectors displayed here are compiled from various sources. This website is a joint collaboration between Parag Khanna and Jeff Blossom.
Source : WorldMap
DevelopmentSeed ; the University of Wisconsin-Madison Cartography Lab ; Dr. Parag Khanna | Energy ; ICT ; Transport
The Connectivity Atlas is a collaboration between DevelopmentSeed, the University of Wisconsin-Madison Cartography Lab, and Dr. Parag Khanna, author of Connectography: Mapping the Future of Global Civilization. This interactive map enables users to see the lines of connectivity in transportation, energy, and communications sectors. Users are also able to access the original data sources with which this interactive map is created.
Source : DevelopmentSeed ; the University of Wisconsin-Madison Cartography Lab ; Dr. Parag Khanna
TeleGeography | ICT
This interactive map of submarine cables around the world is provided by TeleGeography. Users can zoom in and out to view detailed views of the submarine cables that land in each country. Users can search by the name of the submarine cables, by landing points, or by country. The Ready-For-Service (RFS) year, cable length, owners, and URL of each submarine cable are also available.
Source : TeleGeography
TeleGeography | ICT
This interactive map by TeleGeography shows all active international and domestic telecommunications submarine cables that are either: (i) under consortium ownership; (ii) under private ownership; or (iii) announced ready for service by December 2015. The map also shows, using different colour coding, a country’s ability to sustain submarine cable faults (its resilience).
Source : TeleGeography
TeleGeography | ICT
This interactive map by TeleGeography enables users to identify telecommunications submarine cables in the Middle East in 2016. It shows the Internet bandwidth connected to the Middle East as of 2015, and the region’s combined inbound and outbound international TDM and VoIP traffic as of 2014.
Source : TeleGeography
TeleGeography | ICT
This interactive map by TeleGeography enables users to identify telecommunications submarine cables in Latin America in 2012. Users are able to find out information pertaining to users penetration, used international bandwidth, and prices on this map.
Source : TeleGeography
TeleGeography | ICT
This interactive map by TeleGeography enables users to identify telecommunications submarine cables in Asia Pacific in 2012. Users are able to find out information pertaining to users penetration, used international bandwidth, and prices on this map.
Source : TeleGeography
TeleGeography | ICT
This interactive map by TeleGeography provides users with information on global Internet capacity, Internet Exchange counts, and IP transit prices in 2017.
Source : TeleGeography
Quartz | ICT
Created with data from TeleGeography, this interactive map by Quartz shows how underwater cables have developed since 1990. The accompanying article briefly explains why Internet giants such as Facebook, Microsoft, and Google are now the largest funders of projects to construct new submarine cables – because they consume so much bandwidth that they require dedicated connections across the ocean.
Source : Quartz
Mercator Institute for China Studies | Trade ; Transport ; ICT ; Energy
This static map, created by Mercator Institute for China Studies (MERICS), provides a brief snapshot of the transportation, energy and trade infrastructure projects under the Belt and Road Initiative. Users are also able to easily identify the AIIB member states from the map.
Source : Mercator Institute for China Studies
New Delhi Times | Transport ; ICT ; Energy ; Trade
Created by the New Delhi Times in 2016, this static map provides a snapshot of how the six proposed economic corridors run under the Belt and Road Initiative.
Source : New Delhi Times
China Pakistan Economic Corridor | ICT
This static map shows the route for the Fiber Optic Project (between Khunjrab and Rawalpindi) of the China-Pakistan Economic Corridor (CPEC), one of the six economic corridors under the Belt and Road Initiative.
Source : China Pakistan Economic Corridor
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the China-Pakistan Economic Corridor (CPEC).
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the Bangladesh-China-India-Myanmar Economic Corridor (BCIMEC), and the route for the pipeline between China and Myanmar.
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the China-Central and West Asia Economic Corridor (CCWAEC).
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the China-Indochina Peninsula Economic Corridor (CICPEC).
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the China-Mongolia-Russia Economic Corridor (CMREC), and how it is connected to the Trans-Siberian Railway.
Institute for the Analysis of Global Security | Transport ; ICT ; Energy ; Trade
The “China’s One Belt and One Road Initiative: An American Response to the New Silk Road” report by the Institute for the Analysis of Global Security provides a snapshot of where all the six economic corridors under the Belt and Road Initiative will run. This static map shows the route for the New Eurasian Land Bridge (NELB).
ReliefWeb | Transport ; ICT ; Energy ; Trade
Created by the United Nations Cartographic Section, this static map shows the South Asian Association for Regional Cooperation (SAARC) member states.
Source : ReliefWeb
ReliefWeb | Transport ; ICT ; Energy ; Trade
This map by the UN Office for the Coordination of Humanitarian Affairs shows three key regional partnerships in the Asia Pacific: (i) the South Asian Association for Regional Cooperation (SAARC); (ii) the Association of Southeast Asian Nations (ASEAN); and (iii) the Secretariat of the Pacific Community (SPC). A boundary, which comprises member states, is drawn for each regional partnership and this provides a clear visualization for users to identify specific partnerships.
Source : ReliefWeb
