论文信息 - Spatial evolution of the global scientific collaborative network

Spatial evolution of the global scientific collaborative network

ABSTRACT The edge-bundling algorithm is applied to visualize the spatial evolution of the international scientific collaborative network, which is reshaping the global scientific landscape. Our analysis finds that as scientific research in the Asia-Pacific region has grown, especially in China, global scientific cooperation across the Eastern and Western hemispheres has greatly increased, thus extending the core axis of global scientific cooperation to the Western Pacific.

Qinchang Gui | Debin Du | Xionghe Qin | Xiaodong Huang

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