dPanther Search Results - Everglades Digital Library: Reclaiming the Everglades

Narrow Results By: Language English ( 2 ) Publisher Elsevier ( 2 ) Subject: Topic Wetland ecology ( 2 ) Bioenergetics ( 1 ) Biotic communities ( 1 ) Carbon dioxide ( 1 ) Eddy covariance ( 1 ) Latent energy ( 1 ) Marshes ( 1 ) Sensible heat ( 1 ) Water management ( 1 ) Subject: Geographic Area Everglades ( 2 ) Florida ( 2 ) Everglades (Fla.) ( 1 ) Subject: Genre article ( 2 ) serial ( 2 )	1 Controls on sensible heat and latent energy fluxes from a short-hydroperiod Florida Everglades marsh Publication Date: 2011 Creator: Schedlbauer, Jessica L. Oberbauer, Steven F. Starr, Gregory Jimenez, Kristine L. Publisher.Display: Elsevier Subjects.Display: Wetland ecology -- Florida -- Everglades Water management Biotic communities -- Florida -- Everglades Bioenergetics -- Florida -- Everglades Eddy covariance Latent energy Sensible heat Source Institution: Florida International University 2 Seasonal differences in the CO2 exchange of a short-hydroperiod Florida Everglades marsh Publication Date: 2010 Creator: Schedlbauer, Jessica L. Oberbauer, Steven F. Starr, Gregory Jimenez, Kristine L. Publisher.Display: Elsevier Subjects.Display: Everglades (Fla.) Wetland ecology -- Florida -- Everglades Marshes -- Florida -- Everglades Carbon dioxide -- Florida -- Everglades Source Institution: Florida International University

Publication Date:: 2011
Creator:: Schedlbauer, Jessica L.; Oberbauer, Steven F.; Starr, Gregory; Jimenez, Kristine L.
Publisher.Display:: Elsevier
Subjects.Display:: Wetland ecology -- Florida -- Everglades; Water management; Biotic communities -- Florida -- Everglades; Bioenergetics -- Florida -- Everglades; Eddy covariance; Latent energy; Sensible heat
Source Institution:: Florida International University

Publication Date:: 2010
Creator:: Schedlbauer, Jessica L.; Oberbauer, Steven F.; Starr, Gregory; Jimenez, Kristine L.
Publisher.Display:: Elsevier
Subjects.Display:: Everglades (Fla.); Wetland ecology -- Florida -- Everglades; Marshes -- Florida -- Everglades; Carbon dioxide -- Florida -- Everglades
Source Institution:: Florida International University