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Current trends and biases in groundwater modelling using the community-driven groundwater model portal (GroMoPo)
by
Zamrsky, Daniel
, Ruzzante, Sacha
, Wagener, Thorsten
, Cuthbert, Mark
, Befus, Kevin M.
, Castronova, Anthony M.
, Pasner, Yara
, Gleeson, Tom
, Compare, Kyle
, Jordan, Kristen
, Zipper, Sam
, Reinecke, Robert
, Kretschmer, Daniel
, Bierkens, Marc F. P.
2025
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Current trends and biases in groundwater modelling using the community-driven groundwater model portal (GroMoPo)
by
Zamrsky, Daniel
, Ruzzante, Sacha
, Wagener, Thorsten
, Cuthbert, Mark
, Befus, Kevin M.
, Castronova, Anthony M.
, Pasner, Yara
, Gleeson, Tom
, Compare, Kyle
, Jordan, Kristen
, Zipper, Sam
, Reinecke, Robert
, Kretschmer, Daniel
, Bierkens, Marc F. P.
in
2025
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Do you wish to request the book?
Current trends and biases in groundwater modelling using the community-driven groundwater model portal (GroMoPo)
by
Zamrsky, Daniel
, Ruzzante, Sacha
, Wagener, Thorsten
, Cuthbert, Mark
, Befus, Kevin M.
, Castronova, Anthony M.
, Pasner, Yara
, Gleeson, Tom
, Compare, Kyle
, Jordan, Kristen
, Zipper, Sam
, Reinecke, Robert
, Kretschmer, Daniel
, Bierkens, Marc F. P.
2025
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Current trends and biases in groundwater modelling using the community-driven groundwater model portal (GroMoPo)
Journal Article
Current trends and biases in groundwater modelling using the community-driven groundwater model portal (GroMoPo)
2025
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Overview
Groundwater, Earth’s largest nonfrozen freshwater reservoir, is vital for water supply security. Groundwater models help to manage complex domestic, agricultural, and industrial water demands while preserving ecosystem health under climate change. The community-driven groundwater model portal (GroMoPo) hosts groundwater model metadata to analyse biases and distribution of groundwater models. Over 450 models are currently featured on GroMoPo, with most models from high-GDP countries at local-to-regional scales. The GroMoPo initiative addresses current knowledge gaps and facilitates future collaboration and data sharing. Les eaux souterraines, le plus grand réservoir d’eau douce non gelée de la planète, sont essentielles à la sécurité de l’approvisionnement en eau. Les modèles d’eaux souterraines aident à gérer les demandes complexes en eau domestique, agricole et industrielle tout en préservant la santé des écosystèmes face au changement climatique. Le portail communautaire de modèles d’eaux souterraines (GroMoPo) héberge des métadonnées de modèles d’eaux souterraines pour analyser les biais et la distribution des modèles d’eaux souterraines. Plus de 450 modèles sont actuellement présentés sur GroMoPo, la plupart provenant de pays à PIB élevé, à l’échelle locale ou régionale. L’initiative GroMoPo comble les lacunes actuelles en matière de connaissances et facilite la collaboration et le partage de données futurs. La mayor reserva de agua dulce no congelada de la Tierra, el agua subterránea, es vital para la seguridad del abastecimiento de agua. Los modelos de aguas subterráneas ayudan a gestionar la compleja demanda de agua para uso doméstico, agrícola e industrial, preservando al mismo tiempo la salud de los ecosistemas en un contexto de cambio climático. El portal de modelos de aguas subterráneas orientado a la comunidad (GroMoPo) contiene metadatos de modelos de aguas subterráneas para analizar los sesgos y la distribución de los modelos. En la actualidad, GroMoPo incluye más de 450 modelos, la mayoría de los cuales proceden de países con un PIB elevado y se elaboran a escala local y regional. La iniciativa GroMoPo aborda las actuales lagunas de conocimiento y facilita la colaboración y el intercambio de datos en el futuro. 地下水是地球上最大的非冰冻淡水储备,对于水供应安全至关重要。地下水模型有助于管理复杂的家庭、农业和工业用水需求,同时在气候变化的背景下保护生态系统健康。社区驱动的地下水模型门户(GroMoPo)汇集了地下水模型的元数据,以分析地下水模型的偏差和分布。目前,GroMoPo上展示了超过450个模型,绝大多数模型来自高GDP国家,涵盖从地方到区域的规模。GroMoPo倡议旨在填补当前的知识空白,促进未来的合作与数据共享。 As águas subterrâneas são os maiores reservatórios de água doce não congelada da Terra, e são essenciais para a garantia de segurança hídrica. Os modelos de águas subterrâneas auxiliam não só no gerenciamento de complexas demandas hídricas domésticas, agrícolas e industriais, como também na preservação dos ecossistemas frente às mudanças climáticas. O portal colaborativo de modelagem de águas subterrâneas (GroMoPo) armazena metadados diversos modelos hidrogeológicos para analisar os vieses e as distribuições desses modelos. Atualmente, mais de 450 modelos estão reunidos no GroMoPo, sendo a maioria proveniente de países de alto PIB e em escala local a regional. A iniciativa GroMoPo busca preencher lacunas de conhecimento e promover a colaboração e o compartilhamento de dados no futuro.
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