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Producing Hydrological Projections Under Climate Change: A Groundwater-Inclusive Practical Guide

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Type de ressource
Article de revue
Auteurs/contributeurs
  • Mourot, Frédérique M. (Auteur)
  • Irvine, Dylan J. (Auteur)
  • Remenyi, Tomas A. (Auteur)
  • Hutley, Lindsay B. (Auteur)
  • Crosbie, Russell S. (Auteur)
  • Moore, Catherine R. (Auteur)
Titre
Producing Hydrological Projections Under Climate Change: A Groundwater-Inclusive Practical Guide
Résumé
With global warming, the hydrological cycle is intensifying with more frequent and severe droughts and floods, placing water resources and their dependent communities under increasing stress. Guidance and insights into the projection of future water conditions are, therefore, increasingly needed to inform climate change adaptation. Hydrological projections can provide such insights when suitably designed for user needs, produced from the best available climate knowledge, and leverage appropriate hydrological models. However, producing such hydrological projections is a complex process that requires skills and knowledge spanning from the often-siloed disciplines of climate, hydrology, communication, and decision-making. Groundwater projections are still underrepresented compared to surface water projections, despite the importance of groundwater to sustain society and the environment. Accordingly, this paper bridges these silos and fills a gap by providing detailed guidance on the important steps and best practices to develop groundwater-inclusive hydrological projections that can effectively support decision-making. Using an extensive literature review and our practical experience as climate scientists, hydro(geo)logists, numerical modelers, uncertainty experts and decision-makers, here we provide: (a) an overview of climate change hydrological impacts as background knowledge; (b) a step-by-step guide to produce groundwater-inclusive hydrological projections under climate change, targeted to both scientists and water practitioners; (c) a summary of important considerations related to hydrological projection uncertainty; and (d) insights to use hydrological projections and their associated uncertainty for impactful communication and decision-making. By providing this practical guide, our paper addresses a critical interdisciplinary knowledge gap and supports enhanced decision-making and resilience to climate change threats. © 2025 Commonwealth of Australia. Earth Science New Zealand. Acclimatised Pty Ltd and The Author(s). Earth's Future published by Wiley Periodicals LLC on behalf of American Geophysical Union.
Publication
Earth's Future
Volume
13
Numéro
8
Date
2025
Abrév. de revue
Earth's Futur.
Langue
English
DOI
10.1029/2025EF006316
ISSN
2328-4277
Titre abrégé
Producing Hydrological Projections Under Climate Change
Catalogue de bibl.
Scopus
Extra
Publisher: John Wiley and Sons Inc
Référence
Mourot, F. M., Irvine, D. J., Remenyi, T. A., Hutley, L. B., Crosbie, R. S., & Moore, C. R. (2025). Producing Hydrological Projections Under Climate Change: A Groundwater-Inclusive Practical Guide. Earth’s Future, 13(8). https://doi.org/10.1029/2025EF006316
Lien vers cette notice
https://bibliographies.uqam.ca/riisq/bibliographie/KYCX83Q6
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