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A Note on the Flux-Variance Similarity Relationships for Heat and Water Vapour in the Unstable Atmospheric Surface Layer

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Abstract

Atmospheric surface layer (ASL) experiments over the past 10 years demonstrate that the flux-variance similarity functions for water vapour are consistently larger in magnitude than their temperature counterpart. In addition, latent heat flux calculations using the flux-variance method do not compare as favorably to eddy- correlation measurements when compared to their sensible heat counterpart. These two findings, in concert with measured heat to water vapour transport efficiencies in excess of unity, are commonly used as evidence of dissimilarity between heat and water vapour transport in the unstable atmospheric surface layer. In this note, it is demonstrated that even if near equality in flux-profile similarity functions for heat and water vapour is satisfied, the flux-variance similarity functions for water vapour are larger in magnitude than temperature for a planar, homogeneous, unstably-stratified turbulent boundary-layer flow.

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Authors and Affiliations

  1. School of the Environment, Duke University, Durham, NC, 27708- 0328, U.S.A.

    Gabriel G. Katul & Cheng-I Hsieh

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  1. Gabriel G. Katul
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  2. Cheng-I Hsieh
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Katul, G.G., Hsieh, CI. A Note on the Flux-Variance Similarity Relationships for Heat and Water Vapour in the Unstable Atmospheric Surface Layer. Boundary-Layer Meteorology 90, 327–338 (1999). https://doi.org/10.1023/A:1001747925158

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