Current findings - EMA

A new study shows that the level currently used as a benchmark for maximum sustainable yield carries a higher risk of stock collapse than previously assumed. Almost the same long-term catches can be achieved with slightly lower fishing pressure, but with a significantly lower risk to the stocks.

Are Swedish forest soils depleted in nutrients by forestry and increased tree growth? No, a new study reports that levels of important mineral nutrients have increased in the organic layer over the past 40 years. Reduced acid rain and uplift of nutrients from the mineral soil are suggested reasons.

After more than 100 years of operation, Sweden’s first facility for compensatory fish farming of salmon and trout has now permanently closed its doors.

In October, the European Parliament voted against the proposal for a new EU Forest Monitoring Law. However, work to harmonise forest data across Europe continues – and the Swedish University of Agricultural Sciences (SLU) plays an important role in that process.

Most moose prefer to stay in young forests and mixed forests with a high proportion of deciduous trees. But they want to be far away from the nearest road. This is shown by a study from the Swedish University of Agricultural Sciences (SLU), which has mapped moose movements for over 20 years.

For the first time, there is now a map showing where the forage for deer and moose is located. The maps, produced by researchers at SLU, shows where key tree species for ungulates are found and how much is at grazing height.

The number of eels leaving the Swedish west coast to spawn in the Sargasso Sea has increased since eel fishing was closed in 2012. This is shown in a new study from the Swedish University of Agricultural Sciences (SLU), which for the first time evaluates the effects of the closure.

Since the 80s, The Swedish University of Agricultural Sciences (SLU), the University of Gothenburg and the Swedish Museum of Natural History have monitored fish health, population status and contaminant levels in fish along the Swedish coast. Results from four reference areas have now been released.

Disturbances in the habitats of wild animals increase the risk for outbreaks of animal-borne diseases. However, even when habitats are restored, there are risks that should be taken into account. This according to a study led by researchers at the Swedish University of Agricultural Sciences (SLU).

Can more hands in the water provide better knowledge about fish health? Researchers from the Swedish University of Agricultural Sciences (SLU) are now testing a new method to collect data along the Swedish Baltic Sea coast.