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DTSTART;TZID=Europe/Oslo:20250212T001500
DTEND;TZID=Europe/Oslo:20250212T130000
DTSTAMP:20260405T124212
CREATED:20250117T101913Z
LAST-MODIFIED:20250212T094737Z
UID:1027-1739319300-1739365200@geolunch.w.uib.no
SUMMARY:Kirabo E. Mugwanya
DESCRIPTION:Tectonic and Sedimentary Evolution of the Triassic Deposits on the Horda Platform\, Norwegian Continental Shelf \nKirabo E. Mugwanya \nThe Horda platform on the Norwegian Continental Shelf hosts major petroleum fields like Troll and CO₂ storage sites such as the Northern Lights. However\, the Triassic deposits remain underexplored for reasons of low data coverage and quality. Using seismic and wireline data\, this study illustrates the evolution of major faults and its role on the basin’s sedimentology. The Horda platform hosts over 5 km of rapidly deposited (c. 50 Ma) alluvial sediments\, formed under a shifting arid to humid climate\, with varying tectonic activity and potential rapid orogenic denudation. Tectono-stratigraphic reconstructions of the sub-basins are presented to illustrate the control of tectonic evolution on the spatial and temporal facies distribution and the stratigraphic architecture. A case of a mega-scale mass movement (?) driven by fault detachment and evidence of early Triassic erosional uniformity are additionally illustrated.
URL:https://geolunch.w.uib.no/event/kirabo-e-mugwanya/
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DTSTART;TZID=Europe/Oslo:20250219T001500
DTEND;TZID=Europe/Oslo:20250219T130000
DTSTAMP:20260405T124212
CREATED:20250117T102055Z
LAST-MODIFIED:20250117T102143Z
UID:1029-1739924100-1739970000@geolunch.w.uib.no
SUMMARY:Robert Reinecke
DESCRIPTION:How to use an impossible map – uncertainties in modeling the global water cycle \nRobert Reinecke \nGlobal water models allow us to explore the terrestrial water cycle in an earth-sized digital laboratory to guide science and policy. These models simulate increasingly complex representations of different compartments\, such as groundwater\, and complex processes\, such as seawater intrusion. They are coupled with other models\, bringing us closer to a digital twin of Earth and enabling us to carry out complex impact assessments of the far future. At the same time\, bias-corrected seasonal forecasts allow us to use these models as a window into the near future. However\, global water models remain highly uncertain and evaluating them remains challenging. Multiple pathways can be taken to reduce these uncertainties by collecting available knowledge in new ways and analyzing this data with new approaches. In this talk\, I will outline new strategies for assessing these complex models differently and rigorously and develop more sustainable research software for a robust science.
URL:https://geolunch.w.uib.no/event/robert-reinecke-2/
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