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The Canopy Horizontal Array Turbulence Study
- Patton, Edward G;
- Horst, Thomas W;
- Sullivan, Peter P;
- Lenschow, Donald H;
- Oncley, Steven P;
- Brown, William OJ;
- Burns, Sean P;
- Guenther, Alex B;
- Held, Andreas;
- Karl, Thomas;
- Mayor, Shane D;
- Rizzo, Luciana V;
- Spuler, Scott M;
- Sun, Jielun;
- Turnipseed, Andrew A;
- Allwine, Eugene J;
- Edburg, Steven L;
- Lamb, Brian K;
- Avissar, Roni;
- Calhoun, Ronald J;
- Kleissl, Jan;
- Massman, William J;
- Paw U, Kyaw Tha;
- Weil, Jeffrey C
- et al.
Abstract
The Canopy Horizontal Array Turbulence Study (CHATS) experimental study was conducted at a Cilker Orchards's walnut blocks in Dixon, California, before and after leaves emerged, to help improve understanding, simulation capabilities, and modeling of coupled vegetation-atmosphere-land surface interactions. The campaign took place over 12 weeks in the spring of 2007 and was broken into three 4-week phases. Canopy-induced mechanical and thermodynamical vertical variation of turbulence transport characteristics and the linkages between canopy-scale motions and the larger scale planetary boundary layer (PBL) turbulence were measured. The observations focused on measurements characterizing stratification influences on the spatial structure of canopy-induced turbulence, the trace gas source/sink distribution associated with vegetation, and the overall impact of canopy-induced processes on trace gas transport.
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