Pascal Karitter
My main interests involve effects of rapid climate change on plants as well as their ability to adapt and evolve with changing environemntal conditions.
My past work focused on the effects of elevated CO2 levels and increased light intensities on an antarctic microalgae (Bachelor thesis) and on the phenotypic plasticity of European Beech (Master thesis) using an European-wide reciprocal transplantation experiment.
In my current PhD project (Back to the wild), I aim to investigate the evolutionary adaptations of European perennial plants to the environmental changes of the last three decades. I will utilize the resurrection approach and combine it with a transplantation experiment in order to compare 30 year old stored seeds and recently collected seeds of the same plant populations.
Projects
CV
2020 - now PhD Student at the Goethe University Frankfurt
2020 Research assistant in AG Experimental Plant
Ecology with the task of DNA extraction from beech
leaves
2018 - 2020 Master of Science in biodiversity and ecology, Universität Greifswald
2016 Research assistant in the lab of the research vessel Polarstern on research expedition „PS97 Paleo Drake“ starting from Punta Arenas, Chile via Drake passage to the antarktic peninsula and back.
2015 External Bachelor thesis at the Alfred-Wegener Institut für Polar- und Meeresforschung Bremerhaven at AG Ecotrace of Scarlett Trimborn and AG Pflanzenbiologie of Dr. Dierk Wanke (UdS)
2013 - 2017 Bachelor of Science in human and molecular biology,
Universität des Saarlandes
Publications
Karitter P, Covers E, Karrenbauer, M, March-Salas M, Stojanova B, Ensslin A., Rauschkolb R, Godefroid S, & Scheepens JF (2023). Evolution of competitive ability and the response to nutrient availability: a resurrection study with the calcareous grassland herb, Leontodon hispidus. EcoEvorxiv (under review in New Phytologist). Link
Karitter P, March-Salas M, Ensslin A, Rauschkolb R, Godefroid S, & Scheepens JF (2023). Combining the resurrection approach with transplant experiments to investigate adaptation of plant populations to environmental change. EcoEvorxiv (under review in Perspectives in Plant Ecology, Evolution and Systematics). Link
Trimborn S, Thoms S, Karitter P, & Bischof K (2019). Ocean acidification and high irradiance stimulate growth of the Antarctic cryptophyte Geminigera cryophila. Biogeosci. Rev. 16, 2997–3008. Link