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Terese Uddh Söderberg Laboratory engineer
- +46 480-44 73 84
- +46 72-594 98 09
- tereseuddh-soderberglnuse
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Project: Technology-critical elements; soil-crop transfer, oral bioaccessibility and toxicity This project addresses a group of "new" metals, for which there is currently a dramatic increase in use…
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Project: Mobilization and redox-cycling of uranium in two boreal sulfidic landscapes The overall aim of this project is to explore and investigate the biogeochemical processes that control the…
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Project: Biogeochemical controls on primary production, primary producer community assemblage, and photic zone methane and nitrous oxide in northern Greenland fjords Global warming has large…
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Project: Production and consumption of the greenhouse gas methane in the crystalline bedrock This project is about formation and consumption (anaerobic oxidation) of the greenhouse gas methane in one…
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Project: Metal accumulation in the Baltic Sea sediments: implications for environmental monitoring programs and mitigation actions The load of trace metals to Baltic Sea waters and their accumulation…
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Project: Baltic Sea bays exposed to 50 years of warming can inform how biodiversity and ecosystem functioning respond to climate change While there is little doubt that climate change is occurring,…
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Project: The highest bubble streams on record raise questions on methane emissions from the deep Baltic Sea This project aims to understand processes that lead to a huge accumulation of methane gas at…
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Project: Assessment of microbial impact on mineralogical trapping of radioactive contaminants from groundwaters The project focuses on understanding of uranium redox and retention pathways during…
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Project: Soil contaminant transfer to urban vegetables In this project, we study the significance of some key factors for the transfer of soil contaminants to vegetables grown in urban environments.
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Project: Consequences of climate change in a Baltic Sea bay exposed to 50 years of warming Today, there is little knowledge of the consequences of global warming on Baltic Sea ecosystems and aquatic…
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Project: Will the microbial filter prevent methane emissions from Baltic Sea coasts in a warmer future? In a warmer future, there will be more methane production in sediments in coastal areas.…
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Project: Characteristics and extent of microbial anaerobic methane oxidation and sulfate reduction in the deep terrestrial subsurface over geological time scales Recent discoveries indicate that…
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Pollutants from Old Glassworks Affect Groundwater Less Than Expected News
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Linnaeus University participating in the "North of Greenland" Expedition News
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“The nastiest soils on earth” are becoming a bigger problem News
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Marcelo is on expedition in the Atlantic Ocean to study methane gas in the ocean floor News
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The history of pollution is revealed through the Baltic Sea sediments News