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acp-18-5129-2018.pdf

🔗 Source: acp.copernicus.org

📊 Size: 4.91 MB

📄 Pages: 17 pages

⬇️ Downloads: 32

Summary

Researchers used a numerical weather prediction model to analyze the diurnal cycle of Earth's outgoing energy flows, finding dominant patterns related to land surface heating and convective cloud development, which explain 68.5% and 16.0% of the variance, respectively. The short-wave component of outgoing radiation exhibits a dominant pattern explaining 88.4% of the variance, related to the angle of incoming solar radiation. The study also found that the short-wave radiation response to diurnal cloud development and dissipation is more rapid than the long-wave counterpart, with substantially shorter lag times. The results highlight the need for global, diurnal observing systems for Earth outgoing radiation and demonstrate the process-level understanding that can be gained using this approach.

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Description

Researchers used a numerical weather prediction model to analyze the diurnal cycle of Earth's outgoing energy flows, finding dominant patterns related to land...

Technical Information

File Format: PDF
File Size: 4.91 MB
Pages: 17
Language: EN
Total Downloads: 32
Last Updated: 5 months ago

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