CPop - Biology
CPop-Biology is a fundamental part of The Interdisciplinary Centre on Population Dynamics (CPop) where we contribute to the research areas of Biodemography, Method development for ageing research and Database development. Our research focuses on understanding the dynamics of animal and plant populations, and the consequences of these dynamics for conservation and management. We also focus on understanding the evolution of life histories and sex differences in the demographic trajectories of mortality and fertility across the tree of life. CPop-Biology's work is inherently interdisciplinary with ongoing collaborations across departments and faculties at SDU and further afield.
Sound and Behaviour
The research inecology group focuses on the natural cycle of C, N and Pand human pressing impacts such as eutrophication and climate change on aquatic ecosystems. Wecombine this knowledge to the ecology of flora and fauna to providea unique set of nature-based solutions and restoration projects. We investigatefreshwater and marine ecosystems spanning on a wide range of topics including soil and sediment biogeochemistry, restoration of lakes, streams, wetlands, coastal habitats (saltmarshes, seagrass, blue mussels, stone reefs), and coastal areas as well as pelagic food-webs, benthic fauna- and fish ecology. We develop applications on the sustainable use of P in waste-water systems, harvesting of marine natural products andblue growth. Climate adaptation projects consists in environmental sound solutions tohandle stormwater discharge, sustainable urban drainage systems and coastal managed realignment.
Since 2005, at Nordcee we study how microorganisms interact with their environment. Our particular focus is on how microbes influence the biogeochemical cycling of elements even in the deepest places on Earth - the abyssal plains and the hadal trenches. We also explore how life and Earth co-evolved over billions of years and how microbial life gave rise to O2, creating beneficial conditions for the emergence of complex lifeforms, like us. Additionally, we study how microbes in the Anthropocene act as sinks or sources of various greenhouse gases; and we devise geo-and bio-engineered strategies to harness microbial metabolisms for sustainable technologies of the future.
Within the research area ecophysiology we investigate how animals adapt to change in environmental conditions. Aquatic environments show large variations in physical and chemical parameters (e.g. temperature, oxygen availability, salinity), which can be either periodic or of a more permanent nature. Our research involves various aquatic model organisms (especially fish) in investigations of how environmental changes cause acute disturbances in animal physiology, which triggers compensatory responses that allow physiological adaption to the changing environment.
Research in the ecology group focuses on the natural cycle of C, N and P and pressing human impacts such as eutrophication and climate change on aquatic ecosystems. We combine this knowledge with the ecology of flora and fauna to provide a unique set of nature-based solutions and restoration projects. We investigate freshwater and marine ecosystems spanning a wide range of topics including soil and sediment bio-geochemistry, restoration of lakes, streams, wetlands, coastal habitats (saltmarshes, seagrass, blue mussels, stone reefs), and coastal areas as well as pelagic food-webs, benthic fauna- and fish ecology. We develop applications on the sustainable use of P in waste-water systems, harvesting of marine natural products and blue growth. Our climate adaptation projects encompass environmental sound solutions to rain-water basins and coastal managed realignment.
In the Ecotoxicology research group we mainly focus on the harmful effects of chemicals on a range of different organisms in the nature. We work on endocrine disrupting chemicals, pesticides, medicaments in the environment and heavy metals. We carry out controlled dose-response studies in the laboratory as well as study effects in the nature on different model organisms such as mussels, snails, fish, amphibians, invertebrates and mammals. Additionally, we are involved in the issue regarding the global spreading of invasive species via ship’s ballast water. We are working on advancing methods for improving organism viability assessment after treatment of ballast water.
Research at the Department of Biology
Research at the Department of Biology
Explore the main research areas covered by the Department of Biology below and click on the respective boxes to read more about our research groups.