3/9/2024 0 Comments Tt3020b capsat issue![]() ![]() ![]() Over maritime regions, detection and characterization of aerosol propertiesįor short-term forecasting applications in coastal zones worldwide are Given the sparsity of applicable surface-based observations, particularly Predict in numerical models and require accurate observations and coupledĭata assimilation techniques to produce and evaluate a representativeĪnalysis (Frolov et al., 2016 Penny and Hamill, 2017 Zupanski, 2017). Problems best suited to satellite-based remote sensing. High-turbidity conditions produce bright backgrounds, which can obscure Radiometer-based methods, the most readily available form of satellite data,įace their own array of challenges in coastal zones. While there are numerousĭust detection algorithms available, historically they have been qualitative Maritime air masses confuse thermal infrared-based satellite techniques for dust detection.ĭust products suitable for data assimilation into numerical forecast models are in high demand (e.g.,īenedetti et al., 2018, and references therein).įurthermore, the land–sea interface produces strong horizontal gradients in column moisture between continental and Signal and cause biases in visible-based remote sensing retrievals. In nature and often used for plume detection work. In order for a product toīe assimilated, careful error characterization is required. ![]()
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