2022Journal of Geophysical Research AtmospheresRequires access

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Abstract

Long-term downwelling longwave radiance observations reveal distinctive trends across the infrared spectrum Significant positive radiance trends in weak absorption bands indicate earlier detectability of climate change Radiance trend uncertainty mainly results from natural variability, emphasizing the need to continue the measurements

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Long-term downwelling longwave radiance observations reveal distinctive trends across the infrared spectrum Significant positive radiance trends in weak absorption bands indicate earlier detectability of climate change Radiance trend uncertainty mainly results from natural variability, emphasizing the need to continue the measurements

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Available abstract

Long-term downwelling longwave radiance observations reveal distinctive trends across the infrared spectrum Significant positive radiance trends in weak absorption bands indicate earlier detectability of climate change Radiance trend uncertainty mainly results from natural variability, emphasizing the need to continue the measurements

Key concepts: Radiance, Longwave, Downwelling, Remote sensing, Environmental science, Geography, Atmospheric sciences, Meteorology

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