Keyword: Climate change

Groundbreaking research has managed to circumvent previous challenges in finding out how microalgae adapt to global warming by studying up to 60-year-old microalgae cells from the Archipelago Sea. Some microalgae form resting cells that sink to the seabed after blooming is over. Researchers have now managed to awaken these dormant cells from sediment cores with different chronological layers that can be dated by geological methods.

The University of Turku has received €3.3 million in EU funding for a doctoral training project that responds to the current need for experts by training 25 doctoral researchers from fields related to green and digital transition.

A Doctoral Researcher Luca Pettinau examined whether the heart performance of fish in fish farms can be enhanced with swimming exercises. Regular swimming exercises with moderate exertion improved the heart performance of the fish, as well as their ability to tolerate higher temperatures. Increasing the strain on adult fish also improved the growth and survival of their offspring.

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After conducting a research on fish populations in the Baltic sea,  Doctoral Candidate MSc Giovanna Mottola found that some fish can still survive from current summer heat waves. But according to the research the general increase of temperature due to climate change all the year around can threaten this capacity.

Could we find new pathways for change, if we were able to see the world through many futures? Futures Researcher Nicolas Balcom Raleigh challenges people and organisations to contemplate their stance on the future as well as to expand their uses of the future.

Climate change pushes species distribution areas northward. However, the expansion of species ranges is not self-evident due to e.g. habitat degradation and unsustainable harvesting caused by human activities. A new study led from the University of Turku suggests that protected areas can facilitate wintering waterbird adaptation to climate warming by advancing their range shifts towards north.

Understanding the ecology and distributions of species in Amazonia is hampered by lack of information about environmental conditions, such as soils. Plant occurrence data are typically more abundant than soil samples in poorly known areas, and researchers from Finland and Brazil have now developed a method that uses both plant and soil data to produce a map of soil properties.