News

The German Federal Agency for Nature Conservation (BfN), in close cooperation with the IGB research group "Light Pollution and Ecophysiology", has published a new special issue of the journal "Natur und Landschaft" on the topic of light pollution.

Trace organic compounds can be attenuated in the hyporheic zone of river sediments. Jörg Lewandowski's research group has now developed a method to study the attenuation performance along a hyporheic flow path in the field. The researchers also analysed the retention of 18 relevant trace organic compounds. They show that high chemical turnover takes place on a very small spatial scale.

Reeds are dying in many of Europe's lakes. The causes are manifold. Researchers from IGB and the Humboldt Universität zu Berlin (HU Berlin) have now identified high sulphate concentrations as a result of mining in Lusatia as one of the causes of the decline of reeds in Berlin's lakes. They analysed data from 14 lakes in the Berlin catchment area for the period 2000 to 2020. Rising sulphate concentrations are associated with a decline in the reed beds.

The IGB has commented on the draft National Biodiversity Strategy 2030 from a research perspective and is also making the analysis public here.

Today, Federal Environment Minister Steffi Lemke visited the Leibniz Institute of Freshwater Ecology and Inland Fisheries (IGB) in Berlin to learn about the first interim results of the special investigation programme on the environmental disaster in the Oder River (“ODER~SO”), which has been funded by the Federal Ministry for the Environment, Nature Conservation, Nuclear Safety and Consumer Protection (BMUV) since February 2023. Fish stocks in the Oder River have declined by 53 to 67 per cent as a result of last summer’s environmental disaster, especially midstream.

Taxonomy, or the identification of animal and plant species, can be very time-consuming, especially when a large number of objects are being analized. For example, scientific studies on the global decline of insects are often challenging from a taxonomic point of view. Molecular methods can now replace the human eye in identifying species. For the first time, researchers from the Biological Station Doñana (CISC) in Spain, with the participation of the IGB, have compared the efficiency of conventional and molecular methods using non-biting midges.

Sophia Kimmig spends half her day coordinating the IGB project "AuBe", which develops insect-friendly lighting concepts. The other half of her day is spent writing about the night. Her book "Lebendige Nacht" (Living Night) has just been published – about the wonders of a world we sleep through.

The ongoing war in Ukraine is having multiple impacts on the country’s water sector, according to a recent study led by IGB and the Senckenberg Society for Nature Research (SGN) that has been published in the journal Nature Sustainability.  In addition to the horror of the direct consequences of war, the destruction of water infrastructure also carries long-term consequences and risks for the population, the environment and global food security.