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exascale-climate

Experience climate modeling at the scale of the world's most powerful supercomputers. Simulate atmosphere, oceans, ice, and ecosystems with unprecedented resolution.

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Was ist das?

🎯 Simulator-Tipps

📚 Glossar

Exascale
10^18 Gleitkommaoperationen pro Sekunde
FLOPS
Gleitkommaoperationen pro Sekunde
GridCell
Einzelnes Feld im 3D-Raster des Modells
Resolution
Größe der Rasterzellen – kleiner bedeutet detaillierter
Ensemble
Mehrere Modellläufe mit kleinen Unterschieden
AMOC
Atlantische meridionale Umwälzzirkulation
TippingPoint
Schwelle, an der kleine Veränderungen große Veränderungen auslösen
SSP
Gemeinsamer sozioökonomischer Pfad – zukünftiges Emissionsszenario
Parameterization
Vereinfachte Darstellung von Teilnetzprozessen
Coupler
Software zur Verbindung von Modellkomponenten

🎓 Lernressourcen

💬 Nachricht an Lernende

{'encouragement': "You're learning about the most sophisticated tools humanity has built to understand our planet. Climate models represent decades of scientific progress.", 'reminder': "Climate models aren't crystal balls - they show possible futures based on different choices. The future we get depends on actions we take now.", 'action': 'Run different scenarios in the simulator. See how emissions choices affect warming. Understand why scientists are concerned about tipping points.', 'dream': 'A climate scientist from Kenya might improve how models represent tropical systems. A programmer from India might optimize algorithms for efficiency. Climate science needs global talent.', 'wiaVision': 'WIA Pin Code believes everyone should understand the science behind climate predictions. An informed global citizenry can make better choices for our shared future.'}

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