| Position |
Name |
Main Interests |
e-mail |
room no. |
phone no. |
| Group Leader |
Prof. Dr. Reik Donner |
Development and application of methods for complex networks and nonlinear time series analysis |
reik.donner@pik-potsdam.de |
A56, 3.43 |
0331-288-2064 |
Scientists (externally funded) |
Dr. Catrin Kirsch (Gellhorn)
(GOTHAM Project) |
Network analysis in global climate methods |
catrin.kirsch@pik-potsdam.de |
A56, 3.44 |
0331-288-2472 |
Project staff |
Dr. Catrin Ciemer |
Complex network analysis of climate and vegetation interaction in South America |
catrin.ciemer@pik-potsdam.de |
A56, 3.38 |
0331-288-2521 |
| PhD students (externally funded) |
Jaqueline Lekscha
(Studienstiftung des deutschen Volkes) |
Recurrence analysis of past climate variability |
jaqueline.lekscha@pik-potsdam.de |
A56, 3.45 |
0331-288-20702 |
|
Forough Hassanibesheli
(DAAD scholar) |
Coupling of identification in network of dynamical systems from the timing of extreme events |
Forough.Hassanibesheli@pik-potsdam.de |
A56, 3.36 |
0331-288-2049 |
|
Frederik Wolf
(IRTG 1740) |
Pattern formation in climate networks |
frederik.wolf@pik-potsdam.de |
A56, 3.38 |
0331-288-20700 |
PhD students (external) |
Dilya Willink (Utkuzova)
(ATB Potsdam) |
Spatio-temporal dynamics and synoptic characteristics of wet and drought extremes in Northern Eurasia |
|
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|
Giorgia di Capua
(PIK RD I) |
Nonlinear forecasting of the Indian Summer Monsoon |
|
|
|
|
Carlos Carrizeles
(Instituto Politécnico Nacional, Mexico City) |
Multifractal time series analysis using complex network methods |
|
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|
Martin Bastian
(Heinrich Böll Stiftung) |
AI enforced investigation of extreme precipitation events |
Administrative assistance |
Gabriele Pilz |
Project coordination |
gabriele.pilz@pik-potsdam.de |
A56, 3.28 |
0331-288-20769 |
| Student assistants |
Leonna Szangolies |
Climate extremes and their impacts in tropical marine ecosystems |
|
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|
Felix Fauer |
Quantile regression analysis of climate variability |
|
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|
Felix Strnad |
Increasing functionality of the pyunicorn software package |
|
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|
Jonathan Krönke |
Software development and support for the pyunicorn package |
|
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|
Stefan Fuchs |
Predictability of climate extremes using machine learning techniques |
|
|
| MSc/BSc students |
Lea Heinze |
Coupled network analysis of climate extremes and extreme responses of terrestrial ecosystems |
|
|
|
Stefan Fuchs |
Predictability of climate extremes using machine learning techniques |
|
|
| Former staff members |
Wolfram Barfuss |
Software development for complex networks and nonlinear time series analysis |
|
Boyan Beronov |
Software development for complex network and nonlinear time series analysis |
|
Nikoo Ekhtiari |
Coupled climate network analysis of South American climate |
|
Dr. Jasper Franke |
Complex systems approaches to identifying paleoclimate tipping points |
|
Isabelle Gauger |
Climate network analysis for urban agglomerations |
|
Nils Harmening |
Climate network analysis of monsoon - high latitude teleconnections |
|
|
|
Eva Hauber |
Data-adaptive definition of extremes in climate and ecosystem variables |
|
Johannes Kassel |
Increasing functionality of the pyunicorn software package |
|
|
|
Mikhail Khotyakov |
Attractor dimensions and clustering in recurrence networks |
|
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|
Pascal Klamser |
Influence of spin doctors on the dynamics of adaptive vodel models |
|
Jakob Kolb |
Agent-based modeling of the socio-ecological dynamics of the Maya civilization |
|
|
|
Jann Launer |
Modelling of socio-economic dynamics under changing environmental conditions - The Maya civilization as a case study |
|
Michael Lindner |
Complex network analysis of flows |
|
Francisco Lopes (DAAD scholar) |
Nonlinear analysis of environmental radioactivity and its atmospheric drivers |
|
Dr. Julian Maluck |
Climate and weather impacts on economic processes |
|
Viola Mettin |
Trend analysis of extreme surface air temperatures over Europe using quantile regression |
|
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|
Dr. Chiranjit Mitra |
Stability concepts and bipartite models for decision-making processes |
|
Florian Mix |
Adaptive network modeling of stock markets |
|
Adrian Odenweller |
Coupled complex network analysis of extreme precipitation in the Asian monsoon region |
|
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|
Christian Passow |
Trends in climatological extreme events |
|
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Dr. Jakob Runge |
Causality between environmental variables |
|
Fredrica Särdquist |
Complex network analysis of TraCE-21ka model data |
|
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|
Dr. Jonatan Siegmund
(Evangelisches Studienwerk Villigst e.V.) |
Co-occurance of climate extremes and terrestrial ecosystem responses |
|
Christiane Walter |
Project coordination |
|
Oliver Weisse |
Geometry and Topology of spacially embedded networks |
|
Dr. Marc Wiedermann |
Application of coupled network approaches in Earth System Analysis |
|
Dilya Willink (Utkuzova)
(DAAD Scholar) |
Spatio-temporal dynamics and synoptic characteristics of wet and drought extremes in Northern Eurasia |
|
|
|
|
Malte Ziebarth |
Spatial networks with time-dependent node sets |
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