Combining airborne and ground based remote sensing (lidar, spectrometer) as well as in-situ techniques to determine CH₄ emissions of a European CH₄ emission hot spot area – initial results from COMET

Bovensmann, Heinrich and Fix, Andreas and Amediek, Axel and Andersen, Truls and Borchardt, Jakob and Büdenbender, Hans Christian and Burrows, J.P. and Butz, Andre and Chen, Huilin and Dandosci, Alexandru and Eckl, Maximilian and Ehret, Gerhard and Ene, Dragos and Fiehn, Alina and Galkowski, Michal and Gerbig, Christoph and Hase, Frank and Heimann, Martin and Gerilowski, K. and Kiemle, Christoph and Kleinschek, Ralph and Kostinek, Julian and Krautwurst, Sven and Kud, Michal and Kuze, A. and Jöckel, Patrick and Landgraf, Jochen and Luther, Andreas and Maazallahi, Hossein and Mallaun, Christian and Marshall, Julia and Menoud, Malika and Necki, J. and Pfeilsticker, Klaus and Quatrevalet, Mathieu and Rapp, Markus and Röckmann, T. and Roiger, Anke-Elisabeth and Ruhtz, Thomas and Schmidt, Martina and Stanisavljevic, Mila and Swolkien, Justyna and van der Veen, Carina and Wildmann, Norman and Wirth, Martin and Zöger, Martin (2018) Combining airborne and ground based remote sensing (lidar, spectrometer) as well as in-situ techniques to determine CH₄ emissions of a European CH₄ emission hot spot area – initial results from COMET. In: Third ICOS Science Conference. The third ICOS Science Conference, 11.-13. Sept. 2018, Prague, Czech Republic.

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