The project aims to improve our understanding of how insect-plant and other parasite-host species associations evolve.

Harnessing evolutionary transitions, machine learning, and genomics to decode pollen evolution and unravel sexual selection mechanisms shared across kingdoms

This research project studies the herring spawning activity in the Stockholm Archepelgo in relation to population structure and integrity, by measuring the density of herring larvae during the spawning period.

The BalticHER-project studies the population structure of locally spawning herring on the Swedish east coast. The study will evaluate by cross-checking genetical and otolith chemistry methods whether natal homing is a population structuring mechanism.

Global warming is affecting the annual cycle of birds with consequences on population trends. Still, there is a need to understand the large variability within and between species, and the mechanisms underlying current changes to foresee future effects on biodiversity of avian species and their ecosystem services.

Pathogen renders host more attractive to vector, increasing the risk of its transmission.

The Ryder 2019 expedition with the Swedish icebreaker Oden targets the unexplored marine realm of Ryder Glacier, more specifically the Sherard Osborne Fjord and adjacent area of northern Nares Strait and the southern Lincoln Sea.

My group runs multiple projects in multiple constellations to study how evolution of brain and behaviour are interlinked. These projects span between lab experiments on intraspecific variation to large-scale phylogenetic comparative analyses on thousands of vertebrate species.

How does speciation happen? We are examining the evolution and genetic basis of traits that cause populations to become partially reproductively isolated from each other.

Our research will address the evolution of the extraordinary diversity of insect sperm cells.