Theses
PhD-, Diploma-, Master- and Bachelor theses from the department
Ongoing
| PhD-Candidate | PhD-topic |
|---|---|
| Andrea Silva Cala | Linking phenology patterns with plant functional traits on a global scale to predict variations in ecosystem functioning |
| Chenwei Xiao | Exploring Land Cover Effects on Ecosystem Resistance: Satellite Observations and Estimates from Dynamic Global Vegetation Models |
| Aleksei Liipavski | Ecological forecasting of dryland vegetation dynamics in a changing world |
| Kristian Schufft | Coupled Soil and Vegetation dynamics under climate change |
| Nicholas Eves | Investigating the role of the arctic permafrost microbiome in carbon cycling and greenhouse gas exchange |
| Sanjid Backer Kanakkassery | Understanding carbon pooling in the stratified boundary layer of the Arctic atmosphere |
| Zishu Tang | Getting to the root of vegetation change: unravelling 21st century plant allocation trade-offs |
| Amir Hossein Abdi | Inverse modeling of atmospheric methane, with focus on Africa and Europe using remote sensing measurements |
| Jinxuan Chen | Flight campaign-based inversion of regional greenhouse gas fluxes and validation of the CHARM-F active remote sensing instrument |
| Lucia Muriel Eder | Effects of elevated CO 2 on soil organic matter turnover and nutrient uptake |
| Eldho Elia | Constraining the greenhouse gas budget of the Indian subcontinent |
| Tzu-Hsin Ho (David) | Ensemble Simulations of greenhouse gas distributions for remote sensing data assimilation |
| Kseniia Ivanova | Role of wetlands on the feedback processes between Arctic permafrost carbon and climate change |
| Sandra Raab | Links between hydrology and carbon cycle processes within permafrost ecosystems in Northeast Siberia |
| Gabriela Sophia | Next-generation ecosystem models to simulate acclimation of plant nutrient-use strategies to global change |
| Anh Dieu Tran | Intergrating bottom-up and top-down methods to estimate the variability of the Siberian carbon balance. |
| Natalie Triches | Investigation of the influence of belowground heterogeneity and nutrient availability on the net impact of Arctic disturbance processes |
| Hye In Yang | Effects of elevated CO 2 and nutrient avaiability of carbon allocation and soil biogeochemistry in a mesocosm experiment |
Thesis - PhD (20)
1.
Thesis - PhD
Carbon flux across wet-dry gradients in Arctic permfrost landscapes: learning across scales to improve landscape upscaling. Dissertation (2026)
2.
Thesis - PhD
Greenhouse gas dynamics in Siberia: interannual, seasonal, and diurnal insights from the ZOtino Tall Tower Observatory. Dissertation (2026)
3.
Thesis - PhD
Revealing drivers of nitrous oxide (N2O) fluxes in a thawing sub-Arctic permafrost peatland. Dissertation, University of Helsinki, Helsinki (2026)
4.
Thesis - PhD
Effects of elevated CO 2 on soil organic matter turnover and nutrient uptake. Dissertation, Friedrich Schiller University Jena, Jena (2025)
5.
Thesis - PhD
Ensemble simulation of greenhouse gas distributions for remote sensing data assimilation. Dissertation, Friedrich Schiller University Jena, Jena (2025)
6.
Thesis - PhD
Development of pre-operational mesoscale inverse modelling system to quantify CO2 sources and sinks over Europe. Dissertation, Friedrich Schiller University Jena, Jena (2024)
7.
Thesis - PhD
Assessment and optimization strategies of the pan-Arctic greenhouse gas monitoring networks. Dissertation, University of Hamburg, Hamburg (2024)
8.
Thesis - PhD
Effects of model resolution on Arctic land processes. Dissertation, University of Hamburg, Hamburg (2024)
9.
Thesis - PhD
Greenhouse gas exchange in the Amazon: Carbon dioxide and methane insights from the Amazon Tall Tower Observatory. Dissertation, 180 pp., Wageningen University & Research, Wageningen (2022)
10.
Thesis - PhD
The IAGOS-Core Greenhouse Gaspackage:a CO2, CH4, CO and H2O measurement system for deployment onboard commercial airliners. Dissertation, 98 pp., Friedrich Schiller University Jena, Jena (2020)