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Olfactory guided foraging behaviour in drosophilid flies in the context of air pollution
Evolution of sex-pheromone receptors in Drosophila flies
Exploring neuroecology of Drosophila virilis and Drosophila busckii
Prepared for climate change? Temperature-dependent behaviour in flies
Mosquito odorant receptor function
How do increased levels of ozone affect pheromone communication in different Drosophila species?
Do pre-adaptations to climate change exist in current insect populations?
How do insect odorant receptors cope with anthropogenic change?
Adaptive plasticity in various Drosophila species comprising generalist and specialist species
Climate impact on mosquito behaviour
The anthropocene as seen through historical insect DNA
Climate effects on malaria mosquito behaviour and neurophysiology
Bark beetle olfactory preferences in a changing world
Insect host-plant choice in a changing climate
Fight the bite
Anthropogenic impact on the vector capacity of Culex pipiens
Chemosensory adaptation to specialized lifestyles - a comparative omics approach
Structural studies of mosquito odorant receptors
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Max Planck Center Next Generation Insect Chemical Ecology
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Dr. Topi Haataja
Dr. Topi Haataja
Postdoctoral Researcher
topi.haataja@slu.se
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