Linnaeus University Centre for the Environment (CENWIN)
Linnaeus University Centre for the Environment (CENWIN) constitutes a hub of internationally recognised research focused on contributing to sustainable development through environmental science. Lnuc CENWIN drives cutting-edge research to understand and mitigate the impacts of human activities on natural systems, from deep within the Earth’s crust, to the Earth’s surface and beyond into space. By doing so, the centre will help develop actionable strategies for a sustainable future in an uncertain world.
Our research
Lnuc CENWIN aims to advance our understanding of potentially harmful substances’ behavior and dispersion in the environment, examine their connections to past and present human activities and natural biogeochemical processes, assess their impact on ecosystems and human health, and outline potential mitigation strategies. The environmental and health impacts of many hazardous substances are currently being exacerbated by climate change and are expected to worsen in the future due to factors such as rising temperatures and extreme weather events.
The outcomes of the work within CENWIN will play a pivotal role in formulating actionable recommendations for mitigating environmental risks from both legacy and emerging contaminants. Thus, the centre’s work will be instrumental in shaping informed policy and management strategies for sustainable development at local, national, and international scales. Furthermore, the centre will actively contribute to several of the UN Sustainability Goals that includes good health and well-being, responsible consumption and production, sustainable cities and communities, life below water, and life on land.
Researchers
Other researchers
- Alexandra Nyman
- +46 480-44 63 19
- alexandranymanlnuse
- Anna Qvarforth Doctoral student
- annaqvarforthlnuse
- Maria Lundgren
- marialundgrenlnuse
- Cheng Chang Doctoral student
- chengchanglnuse
- Jacob Gustafsson Doctoral student
- jacobgustafssonlnuse
- Femke van Dam Doctoral student
- femkevandamlnuse
- Liubov Kononova Doctoral student
- +46 480-44 67 01
- liubovkononovalnuse
Current
News
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Meteorite Crater Hosts Methane-Making Microbes – A Clue to Life on Mars? News
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Linnaeus University awarded funding from Formas’ 2024 open call News
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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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“The nastiest soils on earth” are becoming a bigger problem News
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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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Linnaeus University participating in the "North of Greenland" Expedition News
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Pollutants from Old Glassworks Affect Groundwater Less Than Expected News
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Linnaeus University Stable Isotope Laboratory We identify and quantify gases and liquids in different types of samples and perform stable isotopic analyses of carbon (d13C), hydrogen (dD), oxygen…
Research projects
List of research projects
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Project: Collaboration towards a gamified waste sorting house Can waste sorting be fun? We aim to build a new type of house for waste sorting and study the effects of gamification in connection to…
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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: 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: The potential of biochar in a circular agriculture The aim of this project is to investigate how the addition of biochar to arable land can affect the soil's ability to retain nutrients, in…
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Project: Contamination of water resources in southern Sweden by iron and aluminium Contamination of water resources by metals is a matter of concern in areas where acid sulphate soils exist. Our…
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Project: Geochemical, mineralogical, and microbiological characterization of acid sulfate soils Acid sulfate soils exist under farmland in the coastal areas and export large amounts of acidity and…
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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: 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: Syntrophy and symbiosis as mechanisms for growth and survival in deep terrestrial biosphere fracture systems Despite being separated from the sun’s energy, life exists deep underground in…
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Doctoral project: Deep Life in Deep Time The deep biosphere is Earth’s largest microbial habitat and hosts ancient evolutionary lineages. This project aims to unravel the unexplored history of…
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Doctoral project: Microbial methane in the crust - volumes, fluxes and consequences This project investigates the rates of microbial methane formation and consumption by indigenous deep biosphere…
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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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Doctoral project: How are carbon flows in coastal ecosystems influenced by climate change? A major knowledge-gap in science is how climate change will affect biochemical processes, biodiversity, and…
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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: 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: Microbial consortia for enhanced copper recovery (MiCCuR) The world’s demand for metals is increasing all the time while the available stocks are dwindling. This project will develop the…
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Project: Selective biorecovery of critical raw materials from primary and secondary sources (Biorecover) The world’s demand for metals is increasing all the time while the available stocks are…
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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: 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.…