Liu, H; Peters, G; Foken, T: New Equations for Sonic Temperature Variance and Buoyancy Heat FLux With An Omnidirectional Sonic Anemometer, Boundary-Layer Meteorology, 100, 459-468 (2001) | |
Abstract: Many new types of sonic anemometer obtain sonic temperature from an average value of temperature measured along three paths, unlike previous sonic anemometers that generally used one path. New equations are derived to calculate temperature variance from sonic temperature variance and sensible heat flux from buoyancy flux considering the influence of a crosswind. These equations can be applied to CSAT3, Solent R2, R3, R3A, HS, and USA-1 sonic anemometers with the corresponding correction factors given in this paper. The equations are verified by data measured by a CSAT3 sonic anemometer in the LITFASS-1998 field study. |
Fr. 01.07.2022 3. Bayerische Biodiversitätstage in Bayern 2022 |
BayCEER-Kolloquium: |
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Do. 30.06.2022 Postponed to WS 22/23: Plant diversity in a changing world: from individuals to communities |
Ökologisch-Botanischer Garten: |
Mi. 29.06.2022 Führung | "Klimawandel: Neue Bäume braucht die Stadt" |
So. 03.07.2022 Führung | "Mäusedorn und Katzenschwanz: Katzen und Botanik" |
So. 03.07.2022 Ausstellungseröffnung | "Natur und Kunst" - Malerei und Graphik von Christel Gollner |