Near-inertial Pollard waves modeling the Arctic halocline are linearly unstable above a steepness threshold derived via short-wavelength analysis of fluid trajectories.
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2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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UNVERDICTED 2representative citing papers
A two-step bias correction followed by stochastic simulation of residuals produces downscaled daily temperature fields with improved distributional match and space-time consistency over empirical quantile mapping.
citing papers explorer
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Instability of the halocline at the North Pole
Near-inertial Pollard waves modeling the Arctic halocline are linearly unstable above a steepness threshold derived via short-wavelength analysis of fluid trajectories.
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New approach for stochastic downscaling and bias correction of daily mean temperatures to a high-resolution grid
A two-step bias correction followed by stochastic simulation of residuals produces downscaled daily temperature fields with improved distributional match and space-time consistency over empirical quantile mapping.