Hier ein Themenüberblick der Ausgabe 15 - Dezember 2018:

  - IRMS – Einblicke in die Nahrungsherkunft
  - „Skyglow“ – Stressfaktor Licht
  - Zuwanderung – ein heißes Thema bei den Mikroben im Bach
  - Auswirkungen des Klimawandels auf den Kohlenstoffkreislauf
  - Neue Arbeitsgruppe: QUIVER – Erforschung der aquatischen Insektenwelt

Vollversionen der Newsletter

We would like to inform you about the farewell (with 1.12.2018) of Josefa Sommer. She was the good soul of the house for decade, first in mission of the NÖ Landes-Jugendheim and then for WasserCluster Lunz. With her extensive bureaucratic knowledge and especially due to her humanity and mindfulness she did an amazing job.

To the entry into the well deserved retirement
WasserCluster Lunz congratulates
in sincere gratitude.

 

In cooperation with SLU Uppsala and the Chinese Academy of Sciences the effect of climate change on the bioaccumulation of methylmercury at the base of the aquatic food chain was investigated in outdoor mesocosms at the WasserCluster Lunz. In this experiments the water temperatures and the supply of dissolved organic carbon were increased.

(Foto: Fernando Valdés, Pianpian Wu, Kevin Bishop, Siwen Zheng, Min Jing, Julia Mercier, Agathe Clermont, Martin Kainz)

 

On Wednesday, 19th September 2018, federal minister Univ.-Prof. Heinz Faßmann (BMBWF) awarded 20 schools with the Young Science Seal of Approval. NMS Lunz received this seal of approval for the outstanding work by the scientific project group and the regular cooperation with WasserCluster Lunz in the projects Wasser: KRAFT and Wasser schafft.

Congratulations!

(Foto: OeAD/APA-Fotoservice/Schedl)

Starting in August 2018, a new working group lead by Simon Vitecek will focus on aquatic insect diversity and entomology. This fifth working group with the name “QUIVER” will scrutinize regional and global patterns of insect biodiversity using classical taxonomic and molecular approaches.

More about the working group QUIVER

Foto: stonefly, Perla sp. (Copyright: Simon Vitacek)

Effects of desiccation on the self-purification capacity of headwater streams

In the project PURIFY we study how strong desiccation effects the self-purification capacity of headwater streams in Carinthia, Burgenland and Styria is and which importance the properties and condition of the stream-sediments have.

More information about this project you find here: http://www.wcl.ac.at/index.php/en/research/projects

(Foto: Desiccated river bed of the Glauningbach, made by Oliver Zweidick)

The second Workshop of the sTurn Team took place in April in Lunz. 12 researchers, lead by Z Horvath and R Ptacnik from WCL, study how processes at the landscape level control diversity of biological communities. In order to achieve a more holistic understanding, processes in time and space are studied in parallel. The project combines modeling with analysis of empirical data. In a special seminar organized during the workshop recent advances in metacommunity research were communicated with other scientists from WCL.

The book "Riverine Ecosystem Management - Science for Governing Towards a Sustainable Future" includes five chapters written by scientists from WasserCluster Lunz and is now available (open access) at: https://rd.springer.com/book/10.1007/978-3-319-73250-3

Learn more about the principal structures and functions of the biogeosphere of rivers. Identify key threats and effective solutions for restoration and mitigation.

Enjoy the reading!