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Estimating sensible heat flux using surface renewal analysis and the flux variance method: A case study over olive trees at Sastago (NE of Spain)

机译:使用表面更新分析和通量方差法估算感热通量:以西班牙东北部Sastago的橄榄树为例

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摘要

The eddy covariance technique for measuring surface fluxes is often not affordable outside experimental research institutes. Therefore knowledge of the performance of alternative methods for determining surface fluxes is valuable. The performance of surface renewal (SR) analysis and the flux variance (FV) method for estimating sensible heat flux has been evaluated in an experiment carried out over a heterogeneous canopy (olive orchard, 50% ground cover) at a semiarid climate in a windy area. Measurements were made at a single level close to the canopy top. SR analysis was accurate under both stable and unstable conditions. The FV method also showed a good performance under unstable conditions, but it was uncertain near neutral conditions and was not applicable under stable conditions.
机译:用于测量表面通量的涡旋协方差技术通常在实验研究机构之外无法承受。因此,了解用于确定表面通量的替代方法的性能非常有价值。在有风的半干旱气候下,对非均质冠层(果园,地面覆盖率为50%)进行了一项实验,评估了表面更新(SR)分析和估算显热通量的通量方差(FV)方法的性能区域。在靠近树冠顶部的单个水平上进行测量。 SR分析在稳定和不稳定条件下都是准确的。 FV方法在不稳定条件下也显示出良好的性能,但是在中性条件下不确定,因此在稳定条件下不适用。

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