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Results 1-17 of 17
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Project: Blue mussels in decline in the Baltic Sea -The effects on mussel-eating seabirds and possible solutions The blue mussel is an important species in the Baltic Sea, but some studies show a…
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Carpe solis – sunbathing fish defy the laws of nature News
- Per Larsson Affiliated Professor
- perlarssonlnuse
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Difficult to foresee how global warming will influence life in oceans and lakes based on existing research News
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Exposure to water that is both salty and fresh is key to future success News
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Free-flowing river stretches more important for vital fish populations than previously thought News
- Francesca Leggieri Doctoral student
- francescaleggierilnuse
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Project: Decoding spatiotemporal predator impact The growing populations of seals and cormorants in the Baltic Sea are believed to contribute to the decline of coastal fish, increasing the pressure to…
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Linnaeus University Centre for Ecology and Evolution in Microbial model Systems (EEMiS) EEMiS is a centre for research excellence studying ecological and evolutionary interactions from land to sea.
- Andreas Svensson Associate Professor
- +46 480-44 73 19
- andreassvenssonlnuse
- Anders Forsman Professor
- +46 480-44 61 73
- andersforsmanlnuse
- Oscar Nordahl Researcher
- +46 480-44 63 56
- oscarnordahllnuse
- Petter Tibblin associate professor
- +46 480-44 67 45
- +46 72-594 95 63
- pettertibblinlnuse
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Project: Catch-and-release fishing - an invisible threat to aquatic ecosystems? Our aim for this project is to provide novel insights regarding long-term effects of catch-and-release fishing on…
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Project: Kalmar Baltic Tracking Network: Spatial ecology of the coastal fish community In this project we will study the movement ecology and habitat choice of the coastal Baltic Sea fish community…
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Project: Impacts of fishways and dispersal barriers on evolution, population dynamics and viability of spawning-migrating fish Many rivers and streams globally and in Sweden have been modified by dams…
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Fish Ecology Baltic coastal populations of predatory fish, mainly perch and pike, has been greatly reduced in recent decades. Underlying causes can be altered food webs, competition and disrupted…