Monitoring Arctic Environmental Changes Through the Application of the Next Generation Coupled Regional Climate Model
Global warming is associated with significant polar amplification feedbacks. But how strong is the amplification? Will it be a slow increase or will it accelerate in the coming 20-100 years? This is currently unknown, despite 20 years of research. One of the problems is that most Arctic processes fe...
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| Format: | Article in Journal/Newspaper |
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| Online Access: | https://lupinepublishers.com/ocean-journal/pdf/MAOPS.MS.ID.000111.pdf https://lupinepublishers.com/ocean-journal/fulltext/monitoring-arctic-environmental-changes-through-the-application-of-the-next-generation-coupled-regional-climate-model.ID.000111.php |
| Summary: | Global warming is associated with significant polar amplification feedbacks. But how strong is the amplification? Will it be a slow increase or will it accelerate in the coming 20-100 years? This is currently unknown, despite 20 years of research. One of the problems is that most Arctic processes feedbacks reside in the eddy resolving detail because of the high latitude nature of the problem with a small Rossby Radious of deformation. As a result, a high-resolution model is needed to capture eddy-resolution at high latitude zones. Lupine Publishers, Lupine Publishers Group, lupine publishers indexing Journals, lupine publishers indexing list, lupine publishers indexing sites, Indexed Journals, indexed journals list, List of Indexed Journals, lupine publishers impact factor, lupine publishers open access journals, lupine publishers indexing, Lupine group, Lupine online, open access, open access journals, open access journals publishers, Lupine Publishers, Lupine Online Journals, openaccess, lupinepublishers, ocean journal, Farshid Daryabor, Elastic Viscous Plastic, Environmental Changes, Carbonate Chemistry, Elastic Viscous Plastic |
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