“The biodiversity and climate crisis should be fought with the same vehemence as the COVID-19 pandemic.”
The perspective paper of the Austrian Biodiversity Council, with members from the WasserCluster Lunz, calls for this.
More information you find here: www.biodiversityaustria.at
Intensive agricultural use leads to an increased entry of nutrients into nearby streams. Riparian buffer strips and wood banks are a well-known measure that protect against the entry of nutrients and pollutants and improve the self-cleaning power of a water body. In the next few years, the project RIBUST (RIparian BUffer STrips), funded by the state of Lower Austria, should investigate the potential of wood banks to reduce pollution in water.
In April 2020 we are happy to announce that two MSc-students of WasserCluster Lunz successfully finished their theses:
Samuel Ngari with his MSc-Thesis “Effects of agricultural land use on nutrients stoichiometry at River Nzoia headwaters in Kenya "
Harriet Asekenye with her MSc-Thesis “Impact of land use on water quality, sediment composition and functional response of microbial communities in three streams of the Nzoia catchment."
Both MSc-Theses were supervised from Thomas Hein and Gabriele Weigelhofer (AG BIGER).
Due to the corona pandemic the WasserCluster Lunz has changed its operation to a minimum mode. This means that only a few persons who carry out the most necessary work are physically present on site with an appropriate distance. If you want to get in contact with us, please do this mainly via e-mail. Our secretariat is also available by telephone during core hours (MO-TH 8-16, FR 8-12 o'clock).
Here you find contact details: http://wcl.ac.at/index.php/en/people
Your WasserCluster Lunz Team
In Januar 2020 Dunja Lukic successfully defended her PhD-thesis with the title "Trophicecology and phylogeographyof fairy shrimps (Anostraca), key species of temporary waters" under Supervision from Robert Ptacnik (AG AQUASCALE).
The first publication with data from the new GC-IRMS could now be published together with our Finnish colleagues (see article "Tracing the fate of microplastic carbon in the aquatic food web by compound-specific isotope analysis" in NATURE Scientific Reports). Using isotope markings, it was found that microplastics in water become an integral part of cell membranes in animals through microbial processing.