Access to Natural Substrates in Urban Streams Does Not Counter Impoverishment of Macroinvertebrate Communities: a Comparison of Engineered and Non-engineered Reaches

  • D. J. ReidEmail author
  • C. Tippler


Urban streams are degraded through multiple mechanisms, including severely altered flow regimes, elevated concentrations of waterborne contaminants, removal of riparian vegetation and the loss of a mosaic of heterogeneous aquatic habitats. Engineering of urban stream reaches using concrete is a widespread and extreme case of deliberate alteration of flow regimes and concomitant habitat simplification. To assess the effect of such engineering practices on stream ecosystems, we compared aquatic macroinvertebrate communities from concrete-lined engineered urban reaches, non-engineered urban reaches with natural substrates and reference reaches flowing through minimally disturbed forested subcatchments and with natural substrates, in the Sydney metropolitan region, Australia. The communities from all urban reaches were impoverished and distinctly different from more diverse communities in forested reference reaches. Despite low aquatic habitat heterogeneity, engineered urban reaches had very high abundances of Diptera and some other tolerant taxa. Diptera and/or Gastropoda were dominant in non-engineered urban reaches. Multivariate community structures were dissimilar between the urban reaches and forested reference reaches and between non-engineered and engineered urban reaches. However, the low family-level richness and SIGNAL scores in both urban reach types indicated they were severely ecological impaired, whether engineered or not. Most macroinvertebrate taxa in the regional pool that were hardy enough to inhabit urban reaches with natural substrates were also present in nearby concreted reaches. The results add weight to the growing evidence that in urban landscapes, regional-scale changes in water quality and flow regimes limit the establishment of diverse macroinvertebrate communities, which cannot be addressed through the provision of increased reach-scale habitat heterogeneity.


Urban stream Concrete channel Stormwater Macroinvertebrates Reach-scale management 



Thank you to Michael Bartolillo, Tim Garlick, Lydia Harrison and Lucia Moon for the assistance with the fieldwork; Gerry Quinn for the advice on statistical analyses; Beth Salt and anonymous reviewers for the constructive comments to improve the manuscript; and the managers of waterways (i.e. local councils, Sydney Water and NSW National Parks and Wildlife Service) for the access.


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Copyright information

© Springer Nature Switzerland AG 2018

Authors and Affiliations

  1. 1.Georges RiverkeeperHurstvilleAustralia
  2. 2.Macquarie UniversityMacquarie ParkAustralia
  3. 3.CT EnvironmentalWagga WaggaAustralia

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