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Research Seminar Systems Science
Winter Semester 2014/15
The Research Seminar takes place on Thursdays at 4:15 PM in room 66/E01 (Institute of Environmental Systems Research, Barbarastr. 12).
Timetable
Date | Presenter | Title | Target audience * |
---|---|---|---|
13.10.2014 | Dr. Ivo SiekmannUniversity of Melbourne (Australia) | The Tyranny of the Masses - Population dynamics of individual-based models Montag, 14:15 Uhr, Raum 66/E16 |
|
23.10.2014 | PhD projects | ||
José Ricardo Ruiz Albizuri UFZ Leipzig |
Biocontrol of eutrophication under climate change | ||
Frank Masurowski UFZ Leipzig |
Landschaftsstrukturanalyse zur Abschätzung der Leistungsfähigkeit distanz-basierter Konzepte zur Konfliktvermeidung bei der Standortwahl von Windparks und die Rolle des Analysemaßstabs | ||
Edna Rödig UFZ Leipzig |
Scaling and optimization of a local, individual-based vegetation model with the help of Eddy-covariance data. Case study: carbon balance of the Amazonian rainforest [dieser Vortrag entfällt und wird nachgeholt] | ||
30.10.2014 | Dr. Jan Maik Wissing | Energetic Particle Precipitation into the Atmosphere - an Introduction to the Atmospheric Ionization Module OSnabrueck (AIMOS) | |
06.11.2014 | MSc thesis | ||
Christina Velonis | Der Water-Food-Energy Nexus in Zypern – Intersektorale Analyse zur Bestimmung nachhaltiger Entwicklunsgpfade | ||
13.11.2014 | Dr. Estelle Midler | An introduction to behavioral economics for the environment: an example of experiment with Peruvian Farmers in the Andes | |
20.11.2014 | Michael Bengfort | Spatially varying diffusivity: A comparison between Fokker-Planck and Fick's law | |
27.11.2014 | Christian Knieper, Nina Wernsing, Johannes Halbe | Wie schreibe ich ein gutes Manuskript? | |
04.12.2014 | No seminar | ||
11.12.2014 | Christian Ehling | Multimedia Environmental Models | USF |
18.12.2014 | Dr. Sascha Hokamp | Climate Targets and Optimal Energy Investment under Uncertainty CANCELED | USF |
08.01.2015 | Dr. Elisabeth Gsottbauer | Behavioral-Environmental Economics: An Application to Climate Negotiations | USF |
15.01.2015 | MSc thesis | ||
16:15-16:45 Hannes Thomsen | Auswirkungen von Änderungen im CO2-Gehalt auf tropische Wälder: Analysen mit einem prozess-basierten Simulationsmodell | EcolMod | |
22.01.2015 | Prof. Dr. Cyril Fleurant Université Angers (France) |
Fractal point processes: a reverse box-counting method | USF |
29.01.2015 | Dr. Jörg Klasmeier | Implementation of the marine strategy framework directive - descriptor 10 marine litter | USF |
05.02.2015 | MSc theses | ||
16:15-16:45 Marvin Nebel | Berücksichtigung von Investitionsrisiken in einem agentenbasierten Strommarktmodell | REM | |
16:45-17:15 Sebastian Weide | Fuzzy Cognitive Mapping zur Analyse von kognitiven Hindernissen der Energiewende im Raumwärmebereich - Warum bleibt die energetische Sanierungsrate hinter ihren Erwartungen zurück? | REM | |
17:15-17:45 Stefan Gausling | Regionale Energieautarkie mit Power to Gas - Technikfolgenabschätzung unter Verwendung von System Dynamics | REM |
* Target audiences
USF | general seminar for all members of the Institute |
specific seminars | |
ASW | Applied Systems Science |
EcolMod | Ecological Modelling |
EnvEconom | Environmental Economics |
EnvironPhys | Environmental Physics |
PUM | Projects in Environmental Systems Modelling |
REM | Resources Management |
TSW | Theoretical Systems Science |
Abstracts of selected talks
Cyril Fleurant (Université d'Angers, France)
Fractal point processes: a reverse box-counting method
Fractal dimension is useful to characterize the structure of spatial objects such as urban structures or river networks. However, fractal analysis is underutilized for point processes. In addition, the fractal geometry is mainly used to analyse shapes than to create them. This seminar aims to suggest a method to generate fractal point processes. The procedure is a reverse box-counting method that is quite efficient since the relative error between the theoretical and produced fractal dimensions do not exceed 2% when the structure of the object is quite small. Beyond its goal to create point processes, this method is also a way to explore the relationship between the fractal dimension and the classical methods of spatial analysis in geography.