Fredrik Almqvist is engaged in a project where researchers at Umeå University, Tromsø University, University of Lisbon and the Norwegian company Nofima have come together to [...]
investigate what bacteria isolated from this extreme environment can produce if they are allowed to consume the very last end products from the fishery industry.
Besides Fredrik's expertise in organic chemistry an important part of the project is to characterize the metabolic profile and for this task another Professor at Umeå University, Henrik Antti, is an active collaborator in the project.
Agneta Andersson is Professor at Department of Ecology and Environmental Sciences.
She is, amongst other things, involved in the following research projects: (1) Overfertilization and environmental pollutants, (2) Effects of increased flow of organic material onto marine pelagial food webs, (3) Nutrient richness as a selection factor for the occurrence of predation-resistant bacteria in aquatic environments and (4) Microbial food webs’ importance to the survival and presence of Franscisella tularensis, in aquatic systems.
Daniel Andersson is associate professor at the Department of Language Studies.
Place-making in a post-colonial Swedish Sápmi with a special emphasis on (1) the way nature plays a part in the narrative of Lapland and (2) the meaning of minority place-names for peoples sense of place, language revitalization and place-based identity.
In my research I am interested in how music, storytelling, festivals with different cultural aspects pictures and symbolizes local and regional identity, and [...]
[..] is used to create and strengthen such identity positions. Included in this are questions of how stereotypical views become resources and obstacles in self presentation, relations between internal interplay and external expectations, and rural areas possibilities and limitations.
Musik, ritual och plats: lokal tillhörighet i Holmsund under 1980-talet. Umeå university, 2016.
Vemod och motstånd: Norrland och norrlänningar i populärmusiken. Anders Öhman & Bo Nilsson (red), Brännpunkt Norrland. perspektiv på en region i förändring. Umeå: Bokförlaget h:ström - Text & Kultur, 2017, s 11-39.
Lokala scener och regionala identiteter: motstånd och vemod som tecken för lokal kultur. Paal Fagerheim & Ove Larsen (red), Musikk, folk og landskap, Stamsund: Orkana Akademisk 2015, 51-63
My research interests are in the fields of aquatic ecology and biogeochemistry. I mainly focus on the lower trophic levels in aquatic food webs, i.e. algae and bacteria, but also [...]
their relative contribution to higher trophic levels. More specifically, I study how biotic and abiotic factors influence the metabolism (production and respiration), biomass development and species composition of algae and bacteria in various aquatic ecosystems. Within this context, I also investigate the structural difference between benthic and pelagic habitats, and how environmental factors control the distribution of metabolic processes between these habitats. On a larger scale, I am also interested in how aquatic ecosystems are affected by processes in the terrestrial environment (such as input of terrestrial organic matter) and the role of aquatic environments in the global carbon cycle.
Together with Christina Storm Mienna I am leading the HALDI – project. The overall aim of the project is to establish a comprehensive understanding of [...]
the present health and living conditions for the adult population in Jokkmokk municipality, including the Sami population. Funding has been received from Wallenbergstiftelserna (MAW 2019-23) and the Ministry of Health and Social Affairs (2018).
Kristina Belancic is currently a PhD student in language teaching and learning at the Department of Language Studies and Vaartoe at University of Umeå, Sweden.
Her PhD research focuses on Sámi children’s language use in the Sámi educational context in Sápmi. In particular her work examines Sámi children’s opportunities for language use from both the macro-level and micro-level.
Long-lasting pollutants with a potential to affect human health is my main Arctic research focus.
Examples are PCB, DDT, and lead. I combine this with my other professional role, working with the biobank samples from the Northern Sweden Health and Disease Study, that holds blood samples from well over 100,000 individuals. These are later followed up and we can compare individuals who later got a certain disease with others. Previous studies concern for example: mercury and myocardial infarction; cadmium and fractures; and lead and kidney failure. Currently we study PCB, DDT, and other persistent organic pollutants in relation to diabetes.
My research focuses on environmental effects of mining and covers research sites within the northern part of Sweden.
I'm particularly interested in the recovery of formerly polluted environments, but also cross-ecosystem effects of aquatic subsidies, where I use the insectivorous, terrestrial bird pied flycatcher as indicator species and top consumer.
Special focus within my research lies within studying the importance of organic matter and nutrients for lake ecosystem productivity and food web structure.
My current research projects concern how global climate change are affecting lake water biogeochemistry, and what possible impacts these biogeochemical changes have on lake productivity and the ecosystem services of northern pristine lakes. We assess how nutrient availability and the N:P stoichiometry in lakes are affected by changes in atmospheric nitrogen deposition and by warming, and its effects on nutrient limitation of phytoplankton and zooplankton, nutrient regeneration and trophic transfer efficiencies, and productivity in northern boreal and subarctic lakes.
My research is linked to Arctic CIRC (Climate Impacts Research Centre).