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Ecological Integrity Assessment of Lakes Using Fish Communities: An Example from Traunsee Exposed to Intensive Fishing and to Effluents from the Soda Industry

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Water, Air and Soil Pollution: Focus

Abstract

In order to analyse potential influences of soda industryeffluents on the ecological integrity of Traunsee (TS) weinvestigated the fish community of the lake in comparison witha reference lake (Hallstättersee HS) and used a reconstructionfrom the (older) literature concerning the original speciescomposition of Traunsee. Published `Index of Biotic Integrity(IBI)' metrics were considered to be of limited value due tothe relatively low species number in the oligotrophic, Alpinelake. Therefore we included, in addition to speciescomposition, studies on egg distribution, larval fishdensities, life-history parameters (i.e. growth, maturity,fecundity, age and size composition), stress levels and heavymetal content of the dominant whitefish (Coregonuslavaretus), as well as overall fish density and biomass (usinghydroacoustics) to assess the ecological status of the fishcommunity. Two of the original 18 species have disappearedfrom the lake, presumably in connection with the introductionof non-native eel (Anguilla anguilla) and theconstruction of a power plant in the outflow. Silt from grindedlimestone together with highly alkaline pore waters is emittedvia industrial wastewater from Sodaworks and covers part of thelake bottom. We observed that eggs of whitefish were spawnedmainly in the main inflowing river and close to the shore, thusavoiding the silty areas and making the anticipated damage tothe reproductive potential of whitefish neglectable. This wascorroborated by larval surveys done weekly on both lakes fromJanuary to May, which showed halve the density of whitefishlarvae in TS compared to HS. Estimates of potentially spawningfish from hydroacoustic surveys resulted in a ratio of 1(TS) :3 (HS). Analysis of whitefish revealed that they are growingfaster in TS and have higher fecundity leading to somecompensation of lower abundance. High levels of fishing in TSmight have led to this pattern and to depressed yields asindicated by the age composition. Level of oxidative stress andheavy metal content were not discernible from the referencelake. Therefore we concluded that negative impacts on theecological status of the fish community resulted from fisheriesmismanagement and a power plant situated in the outflow of thelake, considered to have damaged spawning places for somespecies, but not from soda industry effluents.

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Authors and Affiliations

  1. Institute for Limnology, Austrian Academy for Sciences, A-5310, Mondsee, Austria

    Josef Wanzenböck, Barbara Lahnsteiner, Yasmin Hassan & Gudrun Hauseder

  2. Federal Agency for Water Management, Institute for Freshwater Ecology, Fisheries Biology and Lake Research, A-5310, Mondsee, Austria

    Hubert Gassner

  3. Institute for Zoology and Limnology, University of Innsbruck, A-6020, Innsbruck, Austria

    Christine Doblander & Günter Köck

Authors
  1. Josef Wanzenböck
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  2. Hubert Gassner
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  3. Barbara Lahnsteiner
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  4. Yasmin Hassan
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  5. Gudrun Hauseder
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  6. Christine Doblander
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  7. Günter Köck
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Correspondence to Josef Wanzenböck.

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Wanzenböck, J., Gassner, H., Lahnsteiner, B. et al. Ecological Integrity Assessment of Lakes Using Fish Communities: An Example from Traunsee Exposed to Intensive Fishing and to Effluents from the Soda Industry. Water, Air, & Soil Pollution: Focus 2, 227–248 (2002). https://doi.org/10.1023/A:1020356008923

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