Abstract
In this manuscript, we introduce the first-step research and development on CNGI/ChinaFLUX, which is supported by CNGI (China Next Generation Internet) Project. From May 2012, we set up an IPv6-based real-time carbon flux observation system in ten sites, based on the Chinese Terrestrial Ecosystem Flux Research Network (ChinaFLUX). The hardware environment construction includes IPv6-based data transmission network platform, data acquisition system, data storage and processing system. The software environment construction includes IPv6-based observation device monitoring system, data storage and management system. Researchers develop a series of research applications in CNGI/ChinaFLUX network.
Highlights
The development of generation internet, commercial internet application, new generation information technology, and scientific research have mutually supportive relationship.ChinaFLUX, established in 2002, is an observation and research network that provides longterm and continuous measurements of the exchange of carbon dioxide, water vapor and energy between terrestrial ecosystem and atmosphere in China [1].In view of the e-Science’s important role for scientific and technological innovation, based on the CNGI e-Science infrastructure, we started CNGI/ChinaFLUX project, focusing on information acquisition, transmission, storage, processing, and application. 2
In this manuscript, we introduce the first-step research and development on CNGI/ChinaFLUX, which is supported by CNGI (China Generation Internet) Project
From May 2012, we set up an IPv6-based real-time carbon flux observation system in ten sites, based on the Chinese Terrestrial Ecosystem Flux Research Network (ChinaFLUX)
Summary
The development of generation internet, commercial internet application, new generation information technology, and scientific research have mutually supportive relationship. ChinaFLUX, established in 2002, is an observation and research network that provides longterm and continuous measurements of the exchange of carbon dioxide, water vapor and energy between terrestrial ecosystem and atmosphere in China [1]. In view of the e-Science’s important role for scientific and technological innovation, based on the CNGI e-Science infrastructure, we started CNGI/ChinaFLUX project, focusing on information acquisition, transmission, storage, processing, and application
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