Source: Bulletin of the American Meteorological Society:;2020:;volume( ):;issue: -:;page 1
Author(s): BUTTERWORTH, BRIAN J.;DESAI, ANKUR R.;METZGER, STEFAN;TOWNSEND, PHILIP A.;SCHWARTZ, MARK D.;PETTY, GRANT W.;MAUDER, MATTHIAS;VOGELMANN, HANNES;ANDRESEN, CHRISTIAN G.;AUGUSTINE, TRAVIS J.;BERTRAM, TIMOTHY H.;BROWN, WILLIAM O.J.;BUBAN, MICHAEL;CLEARY, PATRICIA;DURDEN, DAVID J.;FLORIAN, CHRISTOPHER R.;IGLINSKI, TREVOR J.;KRUGER, ERIC L.;LANTZ, KATHLEEN;LEE, TEMPLE R.;MEYERS, TILDEN P.;MINEAU, JAMES K.;OLSON, ERIK R.;ONCLEY, STEVEN P.;PALERI, SREENATH;PERTZBORN, ROSALYN A.;PETTERSEN, CLAIRE;PLUMMER, DAVID M.;RIIHIMAKI, LAURA;GUZMAN, ELICEO RUIZ;SEDLAR, JOSEPH;SMITH, ELIZABETH N.;SPEIDEL, JOHANNES;STOY, PAUL C.;SÜHRING, MATTHIAS;THOM, JONATHAN E.;TURNER, DAVID D.;VERMEUEL, MICHAEL P.;WAGNER, TIMOTHY J.;WANG, ZHIEN;WANNER, LUISE;WHITE, LOREN D.;WILCZAK, JAMES M.;WRIGHT, DANIEL B.;ZHENG, TING
Publisher: American Meteorological Society
Abstract: A regional-scale observational experiment designed to address how the atmospheric boundary layer responds to spatial heterogeneity in surface energy fluxes.The Chequamegon Heterogeneous Ecosystem Energy-balance Study Enabled ...
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