community ecology | ecological genetics | species interactions | genetic variation | agroecology
Dr Sharon E. Zytynska
Technical University of Munich
Terrestrial Ecology Research Group
sharon.zytynska [AT] tum.de
*** I am currently recruiting a PhD student for work on plant-invertebrate-microbe interactions, please click here for more details ***
I am broadly interested in how species interactions influence community structure and ecosystem function. My research aims to understand how within-species variation can alter interactions between species, and how these can vary across a changing environment.
I currently study this using a crop plant – invertebrate – microbe system, to understand how interactions between plants and beneficial soil microbes, and aphids and their protective endosymbionts, are modified by interactions with other species and the abiotic environment.
Selected Research Projects
DFG (German Research Foundation) grant (2018-2021)
We study the impact of beneficial plant rhizobacteria on the suppression of aboveground aphid populations across varying abiotic environments (CO2, O3, nutrients) and biotic environments (earthworms).
Aphid secondary bacterial symbionts
British Ecological Society small research grant (2017-2018)
The Jena Experiment small investigation grant (2012)
Aphid secondary bacterial symbionts can have wide ranging effects on the aphid host. We investigate how they can mediate interactions between the aphid and the surrounding plant community.
Tansy metacommunity genetics
DFG grant (2014-2018) PhD: Matthias Senft (TUM), Mary Clancy (HGMU)
We study the metacommunity ecology of a plant-insect system using a combination of molecular and chemical ecology tools. The system involves the tansy plant (Tanacetum vulgare) and two specialised aphid species (Metopeurum fuscoviride and Macrosiphoniella tanacetaria).
Biocontrol of aphids on okra in Cameroon, West Africa
IITA PhD studentship (Akanksha Singh; 2012-2015)
This project is funded by the International Institute for Tropical Agriculture. We investigate the role of multitrophic interactions on the biological control of Aphis gossypii on the vegetable crop okra (Abelmoschus esculentus).