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DTU researcher launches a new theory to model fish stocks and fish communities and applies it to current problems in fisheries science.
DTU researcher develops short-term forecasts for marine life that can help the fishing industry to adapt to climate change.
Young researcher contributes to the development of a small new autonomous underwater vehicle which is to help fishermen identify shoals of fish.
Researchers from DTU Aqua are currently testing the world’s first underwater eDNA laboratory. It checks the water daily for DNA traces from four species of fish
How much marine litter is floating around in the water column of the North Sea? How is it distributed, and what type is it? This will now be mapped in a new research project...
Signs of recovery are appearing among previously overfished large-bodied fish stocks. This is good news, but may also present new challenges.
New study shows massive benefits for trout following full river restoration in a lowland river
Sustainable fishing requires that the right fish are caught in the right quantities. A new research project will provide better calculation methods.
Researchers have developed a garfish barometer, on which anglers can follow garfish fishing and contribute to climate research.
The following are merely examples of some of DTU's research in life science.