Stream Biogeochemistry Lab


Dept. of Limnology and Bio-Oceanography | University of Vienna

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Dept. of Limnology & Bio-Oceanography
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FIELD SITES

Active Fieldsites
    Indoor Experimental Facilities
    Lunzer Rinnen - Experimental Flumes
    Soil Runoff Samplers (SRS)
    Traisen River Monitoring
Long Term Monitoring Sites
    Lunzer See - Lake Lunz
    Oberer Seebach Site (OSB)
Past Fieldsites
    Gravel Bar - Geomophologic Hot Spot
    Ybbs River Stream Network (YRN)



 

Ybbs River Network (YRN) - a lower-alpine stream network

 

The Ybbs River stream network is located in lower Austria approximately 120 km from the City of Vienna (14°57'00.8'' E 47°48'22.9''N). It represents a fifth-order lower-alpine stream network draining a a catchment area of 254 km2. The lowest elevation of 531 m (a.s.l) is located at the Ybbs River sampling site. The highest elevation is represented by the 1878 m (a.s.l.) Dürrenstein peak - a well known summit for hikers.


Map of the Ybbs River Network with sampling locations as used by Schelker et al., (2016).

The river network can be subdivided into four main valleys, the Ois valley, the Steinbach valley, the Bodingbach valley and the Seebach valley. The latter also includes the Oberer Seebach (OSB) long-term monitoring site.

Past work within the Ybbs River Stream Network was mainly based on data priviously collected by the Battin group. These include efforts to estimate ecosystem metabolism (lead: Amber Ulseth, now at EPFL), as well as estimating CO2 evasion from this steep terrain (lead Jakob Schelker). These efforts are performed in collaboration with Tom Battin and Gabriel Singer.

Digital Elevation Model of the Ybbs River Network.

 

Relevant Publications

Ulseth, A.J., E. Bertuzzo, G.A. Singer, J. Schelker, and T.J. Battin (2017): Climate-Induced Changes in Spring Snowmelt Impact Ecosystem Metabolism and Carbon Fluxes in an Alpine Stream Network. Ecosystems. doi:10.1007/s10021-017-0155-7

Schelker, J., G. A. Singer, A. J. Ulseth, S. Hengsberger, and T. J. Battin (2016). CO2 evasion from a steep, high gradient stream network: importance of seasonal and diurnal variation in aquatic pCO2 and gas transfer. Limnol. Oceanogr. in press. doi:10.1002/lno.10339

Besemer K, Singer G, Quince C, Bertuzzo E, Sloan W, Battin TJ (2013) Headwaters are critical reservoirs of microbial diversity for fluvial networks. Proceedings of the Royal Society B: Biological Sciences, 280.