We study ecological, evolutionary and eco-evolutionary dynamics of species adaptations and behaviours in space and during environmental changes, their consequences for population dynamics, persistence and diversification, and for species’ responses to rapid environmental changes.
We use theoretical models, mainly genetically- and spatially-explicit individual-based models, to generate fundamental understanding.
We also aim at translating this fundamental understanding into theory-grounded applications that can be used for both strategic and tactical modelling of, for example, spatial connectivity, population dynamics and species’ distributions, to aid management interventions.
Latest News
New fully funded PhD position opened!!
Unravelling the effects of environmental changes on genetic variation of beneficial arthropods in agroecosystem. Please apply by March 14, 2022! Or get in touch directly for more information.
New paper out in Evolution!
Congratulations to Max Tschol for publishing his first paper! We show, with a theoretical model, that strong spatial population structure, or limited dispersal, can facilitate female preference – male display co-evolution.
Welcome to Roslyn Henry!
A super warm welcome to Roslyn who is coming back to Aberdeen and joining the group today for a 5 years Post Doctoral position funded within the Novo Nordisk project “The missing link: unravelling the role of genetic variation of beneficial arthropods in agro-ecosystems”.
Unraveling the role of genetic variation of beneficial arthropods in agro-ecosystems
Our new international project “The missing link: unraveling the role of genetic variation of beneficial arthropods in agroecosystems” is led by Trine Bilde from Aarhus University in collaboration with Philip Francis Thomsen from Aarhus University, Greta Bocedi from University of Aberdeen and Marjo Saastamoinen from University of Helsinki. It receives in total an 8 million Euro research grant from …
RangeShifter 2.0 pre-print now out!
RangeShifter 2.0: An extended and enhanced platform for modelling spatial eco-evolutionary dynamics and species’ responses to environmental changes.
RangeShiftR pre-print now out!
RangeShiftR: an R package for individual-based simulation of spatial eco-evolutionary dynamics and species’ responses to environmental change
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Greta Bocedi's Research Group 