2021
Oelker J. (2021) Suitability of atmospheric satellite sensors for ocean applicaitons. PhD Thesis, 150 pages, Department of Physics and Engineering, University Bremen, Bremen, Germany, Bremen, 2021. https://doi.org/10.26092/elib/1100
2016
Gonçalves-Araujo R. (2016) Tracing environmental variability in the changing Arctic Ocean with optical measurements of dissolved organic matter. PhD Thesis, Department of Biology and Chemistry, University Bremen, 162 p.
2015
Wolanin A. (2015) Exploitation of hyperspectral satellite data for the detection of fluorescence originating from biological sources. PhD thesis, Department of Physics and Electrical Engeneering, University Bremen, 178 p. suche.suub.uni-bremen.de/peid=B88185774&LAN=EN&CID=&index=L&Hitnr=10&dtyp=h&rtyp=a
Soppa M. (2015) Tracking phytoplankton from space in a changing Southern Ocean. PhD thesis, Department of Physics and Electrical Engeneering, University Bremen, 123 p.
2014
Cherkasheva, A. (2014) Greenland Sea primary production with respect to changes in sea ice cover. PhD thesis, Department of Physics and Electrical Engeneering, University Bremen, 168 p., http://elib.suub.uni-bremen.de/edocs/00103817-1.pdf
2012
Sadeghi, A. (2012) Phytoplankton Functional Groups from Hyperspectral Satellite Data and its Application for Studying Phytoplankton Dynamics in Selected Oceanic Regions. PhD thesis, University Bremen, 140p.
2011
Mroz J., (2011) Bestimmung von eukaryotischen und prokaryotischen Photosynthesepigmenten in Phytoplankton mit Hilfe eines point-source integrating-cavity absorption meter. Diploma thesis, Hamburg University of Applied Sciences, 90p.
2009
Theis, A. (2009) Validation of MERIS, MODIS and SeaWiFS Level-2 products with ground-based in-situ measurements in Atlantic case 1 waters. Diploma thesis, University Bremen, 105p.