Trapped Lee-Wave Resonance Determines Antarctic Megadune Wavelength
https://doi.org/10.31223/X5077G #AppliedStatistics #CategoricalDataAnalysis #DesignOfExperimentsAndSampleSurveys #EarthSciences #FluidDynamics #Geology #Geomorphology #GeophysicsAndSeismology #Glaciology #MineralPhysics #OtherEarthSciences #Paleontology #Physics #PlanetaryGeology #PlanetaryGeomorphology #PlanetaryGeophysicsAndSeismology #PlanetaryGlaciology #PlanetaryHydrology #PlanetaryMineralPhysics #PlanetarySciences #PlanetarySedimentology #Sedimentology #StatisticalMethodology #StatisticalModels #StatisticsAndProbability #Stratigraphy #Megadunes #Antarctica #TrappedLeeWaves #KatabaticInversion #WaveResonance #StratifiedFlow #InternalGravityWaves #EastAntarcticPlateau #SurfaceMassBalance #SnowMegadunes #AntarcticMegadunes #RemaSpectralAnalysis #Era5Validation #WavelengthSelection
