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UID:pretalx-juliacon-2026-D8AMAJ@pretalx.com
DTSTART;TZID=CET:20260812T155000
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DESCRIPTION:The Antarctic and Greenland Ice Sheets have experienced signifi
 cant volume loss over the last decades\, with a contribution of 0.1 m to s
 ea-level rise that is bound to become significantly larger over the coming
  millennia. Under high-emission scenarios\, they could contribute by as mu
 ch as 18 mSLE by the year 3000\, with dramatic consequences for coastal li
 velihood. Ice-sheet models are the central tool to produce such projection
 s but generally present many limitations: they are not easily extensible b
 y the user\, they are difficult to couple to other Earth System model comp
 onents\, they lack interactivity and easy visualisation\, they are sparsel
 y documented\, and they are often incompatible with modern software and ha
 rdware advancements\, like automatic differentiation and GPU computing. To
  address this\, we develop Pagos.jl\, a continental ice-sheet model writte
 n in Julia that follows the philosophy paved by Oceananigans.jl and Speedy
 Weather.jl: running simulations should be as easy and fun as playing Lego.
  Besides reducing the time to first plot compared to traditional models\, 
 this also offers a privileged framework to develop and test new physics an
 d parameterisations. The user-friendliness of Pagos.jl allows a simple cou
 pling to other Earth System model components and goes hand in hand with it
 s computational efficiency. This allows the user to run simulations at the
  continental scale with resolutions of a few kilometres and address import
 ant scientific questions around grounding-line dynamics.
DTSTAMP:20260502T104024Z
LOCATION:Room 3
SUMMARY:Pagos.jl - play ice-sheet modelling like it’s Lego - Jan Swiercze
 k-Jereczek
URL:https://pretalx.com/juliacon-2026/talk/D8AMAJ/
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