[Innovative design of global change network control experiment: A case design of water and heat factors of grassland ecosystem in China].

作者：Juntao Zhu, Ben Niu, Ning Zong, Bo Zhao, Zhoutao Zheng, Guang Zhao, Qiang Yu, Changhui Wang, Yangjian Zhang · 发表于：PubMed · 年份：2022 · DOI：10.13287/j.1001-9332.202203.023 · 研究领域：Ecosystem dynamics and resilience

Global changes have profound impacts on the structure and function of terrestrial ecosystems. It is a prerequisite to realize the sustainable use of ecosystem to clarify the response and adaptation mechanism of ecosystems to global changes. Network of control experiment is an important way to understand the response and adaptation of the structure and function of ecosystems to global change factors at regional and global scales. The scientific top-level design is conducive to the integration, comparison and analysis of integrative network-data, and then supports the development of universal ecological theory. We comprehensively expounded the theoretical basis, methodological principles and brand-new concepts of experimental network design for future global change control experiment networks design from several aspects, such as research progress, development needs, innovative design and research prospects. Taking Chinese grassland ecosystems as an example, based on the concept of space reference points (mean point of water and heat), the innovative design technology system of China's grassland ecosystem networking experiment was proposed, in order to promote the development of networking research of control experiments at both regional and global scales in the future.