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<p>Cyberinfrastructure (CI) systems play a crucial role in hydrological processes modeling by connecting data, hydrological engineering features, computational capabilities, and hydrologists’ expertise. To understand the applicability of the CI system implication in hydrological processes modeling, there is a need to fully understand the main components that make the CI systems more feasible and trustworthy. In this communication, data quality and reliability; data integration, interoperability, scalability and performance; sustainability and multidisciplinary; data accessibility and sharing; data trust, ethics with privacy issues; human and institutional capacity were discussed in detail and highlighted. Possible solutions and strategic guide were advocated for better CI utility for hydrological processes modeling.</p>

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The legacy and implications of cyberinfrastructure systems in hydrological process modeling

  • 期刊论文

  • 发表日期：

    2026年3月29日

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  • Zaher Mundher Yaseen

摘要

Cyberinfrastructure (CI) systems play a crucial role in hydrological processes modeling by connecting data, hydrological engineering features, computational capabilities, and hydrologists’ expertise. To understand the applicability of the CI system implication in hydrological processes modeling, there is a need to fully understand the main components that make the CI systems more feasible and trustworthy. In this communication, data quality and reliability; data integration, interoperability, scalability and performance; sustainability and multidisciplinary; data accessibility and sharing; data trust, ethics with privacy issues; human and institutional capacity were discussed in detail and highlighted. Possible solutions and strategic guide were advocated for better CI utility for hydrological processes modeling.