hdl:10013/epic.727e2bcb-fd8d-4ed8-8bd6-938ee3beed31

Global diffuse attenuation coefficient derived from vibrational Raman scattering detected in hyperspectral backscattered satellite spectra.


Oellker, Julia, Richter, A., Dinter, Tilman and Rozanov, V. V. ;
Contact
Astrid.Bracher [ at ] awi.de

Abstract


Item Type
Article
Authors
Oellker, Julia, Richter, A., Dinter, Tilman and Rozanov, V. V. ;
Divisions
AWI Organizations > Climate Sciences > Physical Oceanography of the Polar Seas
AWI Organizations > Climate Sciences > Junior Research Group: Phytooptics
Primary Division
Organizations > AWI Organizations > Climate Sciences > Junior Research Group: Phytooptics
Programs
Helmholtz Research Programs > PACES II (2014-2020) > TOPIC 3: The earth system from a polar perspective > WP 3.3: From process understanding to enabling climate prediction
Primary Topic
Helmholtz Programs > Helmholtz Research Programs > PACES II (2014-2020) > TOPIC 3: The earth system from a polar perspective > WP 3.3: From process understanding to enabling climate prediction
Peer revision
ISI/Scopus peer-reviewed
Publication Status
Published
Eprint ID
49691
Cite as
Oellker, J. , Richter, A. , Dinter, T. and Rozanov, V. V. , Rozanov V. V., Burrows J. P., Bracher A. (2019) (2019): Global diffuse attenuation coefficient derived from vibrational Raman scattering detected in hyperspectral backscattered satellite spectra. , Optics Express, 27 (12), A829-A855 .


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