Theses

R. Wang (2015):  Late Quaternary climate and environmental variability inferred from terrigenous sediment records in China and the North Pacific/Bering Sea. Universität Potsdam and Alfred-Wegener-Institut Helmholtz-Zentrum für Polar- und Meeresforschung.

S. Vyse (in prep.): Sediment-geochemical feedbacks to climate and vegetation changes at glacial lakes in Arctic Siberia.

G. Pfalz (in prep.): The spatiotemporal influence of environmental forcings to Arctic lake system dynamics: a data science approach.

C. Funk (2012): Sedimentäre Ablagerungsprozesse im holozänen Thermokarstsee El'gene Kyuele in der sibirischen Arktis, Russland. Free University Berlin and AWI (Diploma thesis).

P. Schleusner (2013): Late Quaternary dynamics of an Arctic thermokarst landscape indicated by deposits at Lake El'gene-Kyuele (Northern Siberia). University Leipzig and AWI.

A. Roth (2013): Diatomeen-Vergesellschaftungen in Sedimenten des Zwei-Jurten-Sees, Kamtschatka, und ihre Aussage über Veränderungen regionaler Umweltbedingungen im Verlauf des Holozäns. Humboldt University Berlin and AWI (Diploma thesis).

A. Hansche (2014): Spätpleistozäne-Holozäne Umweltentwicklung am Kyutyunda-See: Hinweise aus Diatomeen und Sedimentologie. University Potsdam and AWI.

T. Loeffler (2016): Late Quaternary Depositional Environment of Lake Bolshoe Toko, Yakutia, Russia.  Free University Berlin and AWI

L. Weniger (2016): Holocene Climate and environmental changes inferred from a subfossil chironomid record in a small lake near Bolshoe Toko, southeastern Yakutia, Russia.  Free University Berlin and AWI

A. Dressler (2016):  The influence of recent climate change on spatial temporal diatom variability in Lake Bolshoe Toko, South Eastern Yakutia, Russia. University Potsdam and AWI.

V. Warmke (2018) Postglacial variability of sedimentary and geochemical parameters in Lake Bolshoe Toko. Free University Berlin and AWI.

M. Sens (2019): Impact of marine flooding to thermokarst lake genesis on Bykovsky, Arctic Siberia. Free University Berlin and AWI.

P. Bahsitta (in prep.): Palaeolimnological differences of lake systems in extreme continental and maritime environmental settings in Eastern Russia. Free University Berlin and AWI.

L. Pollozek (2011): Fernerkundliche Untersuchungen zur zeitlichen Variabilität von Permafrostformen im nordsibirischen Raum auf Basis von Landsat-Daten. Free University Berlin and AWI.

J. Thom (2013): Welche paläolimnologischen Hinweise liefern die chemischen Parameter C, N und δ13C der organischen Fraktion im Sedimentkern PG2023 des Kyutyunda-Sees? University Potsdam and AWI.

T. Hainbach (2016): Variability of the Isotopic and Hydrochemical Composition of Lake Bol'shoe Toko, SE Yakutia, Russia, University Potsdam and AWI.

K. Funck (2019): Post- glacial environmental and climatological variability inferred from diatoms at Lake Bolsoe Toko, SE Yakutia, Russia. Humboldt Universität zu Berlin and AWI.

A. Gessner (2019): High resolution variability of organic carbon in two postglacial lake sediment archives from Bykovsky peninsula, Northern Siberia (Russia). Free University Berlin and AWI.

J. Brzoska (2019): Inwieweit spiegelt die Produktivität und Mineralogie des Lake Illirney (Tschukotka, Russische Arktis) die Klimaveränderungen des Spätquartärs wider? Free University Berlin and AWI.

T. Kröger (2020): Connecting spatial and temporal variabilities of lake sediment data from Bolshoe Toko, Siberia. Free University Berlin and AWI

M. Rometsch (2021): Zusammenhänge zwischen Klima, Vegetation und Sedimentationsraten in nördlichen Seen Russlands. University of Potsdam and AWI.

A. Rudolf (2021): Relationship between lake systems, catchment morphology and sedimentation rates of lakes in Russia. University of Potsdam and AWI.

N. Ritschel (in prep.): Late Quaternary paleoenvironmental development and carbon dynamics of Lake Nutenvut, Chukotka, Russia, Free University Berlin and AWI.