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《Chinese Journal of Atmospheric Sciences》 2008-01
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Footprint Analysis in Micrometeorology and Its Extended Applications

CAI Xu-HuiDepartment of Environmental Sciences,Peking University,Beijing 100871  
Footprint analysis plays a more and more important role in research of turbulent exchange between land surface and the atmosphere.A review is given to introduce the theory,method,history and recent development on footprint in the micrometeorological view.The mathematically analytical footprint models and Lagrangian numerical footprint models are emphasized since their theoretical and applicable significance.Application and problems of the footprint method in practical usage of research are addressed.Analytical footprint models are still widely used in practice since their simplicity.However their presumption on horizontal homogeneous surface is worthy of notice,since the presumption could be a limitation when applying the method to non-homogeneous condition.Lagrangian footprint models are more flexible in applying to non-homogeneous surfaces,though detailed turbulence and flow field as inputs may be required.Technical advances of backward Lagrangian footprint modeling are noticed,as well the differences and comparison of the backward method to its forward counterpart.Three aspects of application of footprint analysis are pointed out,i.e.,(1) interpretation of experimental data,particularly the turbulent flux data;(2) quality control of the experiment data;(3) instruction on field experiment design.Additional aspects relevant to footprint and its application are also addressed.Those are,the plume invert assumption usually used with a forward dispersion method in footprint analysis;the urgent need for validation of footprint models;the identification of the meaning of footprint as "potential source area" rather than "source area";the difference between units of a flux footprint and a concentration footprint.Extension of the footprint concept into three-dimensional in space is discussed.Traditionally the footprint is presumed merely two-dimensional over ground surface.At last,it is discussed the possibility of extending the application of footprint from micrometeorological view into meso-scale view.In research of atmospheric environment or air quality issues,it is significant to analyze the representative of monitoring data at local or even regional scales.Footprint,particularly the concentration footprint,may be utilized as a useful tool in those problems.Examples of preliminary results on applying footprint analysis to meso-scale situations are presented.
【Fund】: 国家自然科学基金资助项目40675010、40233030;; 国家重点基础研究发展规划项目2002CB410802;; 科技部863项目2006AA06A305
【CateGory Index】: P437
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