A compendium of ecological knowledge for restoration of freshwater fishes in Australia's Murray-Darling Basin

John D. Koehn, Scott M. Raymond, Ivor Stuart, Charles R. Todd, Stephen R. Balcombe, Brenton P. Zampatti, Heleena Bamford, Brett A. Ingram, Christopher M. Bice, Kate Burndred, Gavin Butler, Lee Baumgartner, Pam Clunie, Iain Ellis, Jamin P. Forbes, Michael Hutchison, Wayne M. Koster, Mark Lintermans, Jarod P. Lyon, Martin Mallen-CooperMatthew McLellan, Luke Pearce, Jordi Ryall, Clayton Sharpe, Daniel J. Stoessel, Jason D. Thiem, Zeb Tonkin, Anthony Townsend, Qifeng Ye

Research output: Contribution to journalReview articlepeer-review

1 Citation (Scopus)

Abstract

Many freshwater fishes are imperilled globally, and there is a need for easily accessible, contemporary ecological knowledge to guide management. This compendium contains knowledge collated from over 600 publications and 27 expert workshops to support the restoration of 9 priority native freshwater fish species, representative of the range of life-history strategies and values in south-eastern Australia's Murray-Darling Basin. To help prioritise future research investment and restoration actions, ecological knowledge and threats were assessed for each species and life stage. There is considerable new knowledge (80% of publications used were from the past 20 years), but this varied among species and life stages, with most known about adults, then egg, juvenile and larval stages (in that order). The biggest knowledge gaps concerned early life stage requirements, survival, recruitment, growth rates, condition and movements. Key threats include reduced longitudinal and lateral connectivity, altered flows, loss of refugia, reductions in both flowing (lotic) and slackwater riverine habitats, degradation of wetland habitats, alien species interactions and loss of aquatic vegetation. Examples and case studies illustrating the application of this knowledge to underpin effective restoration management are provided. This extensive ecological evidence base for multiple species is presented in a tabular format to assist a range of readers.

Original languageEnglish
Pages (from-to)1391-1463
Number of pages73
JournalMarine and Freshwater Research
Volume71
Issue number11
DOIs
Publication statusPublished - Oct 2020

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