Page 309 - Freshwater-Biology-and-Ecology-Handbook
P. 309

43.  Walley, W.J. and Hawkes, H.A. 1997. A computer-based development   61.   Robertson, AL, T Johns, JWN Smith and GS Proudlove. 2008.
                of the Biological Monitoring Working Party score system incorporating   A review of the subterranean aquatic ecology of England and Wales.
                abundance rating, site type and indicator value., Water research, Vol. 31,   Bristol : Science report SC030155/SR20. Environment Agency: pp viii
                pp. 201-210.                                      + 57.
            44.  Wright, J.F., Sutcliffe, D.W. and Furse, M.T. 2000. Assessing the   62.  Buss, S, Z Cai, B Cardenas, J Fleckenstein, D Hannah, K Heppell,
                biological quality of fresh waters. RIVPACS and other techniques.   P Hulme, T Ibrahim, D Kaeser, S Krause, D Lawler, D Lerner, J
                Ambleside, England : Freshwater Biological Association.  Mant and I Malcolm. 2009.The Hyporheic Handbook: A handbook
                                                                  on the groundwater-surface water interface and hyporheic zone for
            45.  National Rivers Authority. 1994.The quality of rivers and canals in   environmental managers. Bristol : Science Report: SC050070 -
                England and Wales as assessed by a new general quality assessment   Environment Agency.
                Scheme. s.l. : National Rivers Authority, Water Quality Series No. 19.
                HMSO.                                         63.  Pipan, T and DC Culver. 2005. Estimating biodiversity in the epikarstic
                                                                  zone of a West Virginia cave., Journal of Cave and Karst Studies, Vol. 67,
            46.  P J Newman, M A Proveaux and RA Sweeting. 1991. River Quality,   pp. 103 -109.
                Ecological assessment and control. Brussels : s.n.
                                                              64.  Knight, LRFD, A Lewington and G Proudlove. In Press. Subterranean
            47.   Clarke, R. and Davy-Bowker, J. 2014. River invertebrate classification   biology in Great Britain and Ireland: Characterising a [predominantly]
                tool science development project: modifications for WHPT and other   post-glacial subterranean biota, British Cave Research Association.
                abundance-weighted indices a report to the Scottish Environment
                Protection Agency. s.l. : Freshwater Biology Association.  65.  Webb, JR, KJ Gething, CC Kratz, J England, AL Drewitt and R
                                                                  Stubbington. 2022. A standardized multi-method survey to enhance
            48.  Wasson J-G, Chandesris A, Garcia-Bautista A, Pella H, Villeneuve   characterization of riparian invertebrate communities. . s.l. : Water and
                B. 2006. European Hydro-Ecoregions. REBECCA Work Package 4:   Environment Journal, 2022, Vol. https://doi.org/10.1111/wej.12775.
                Rivers. Deliverable D 14: Report on relations linking pressures, chemistry
                and biology in rivers and too. s.l. : National Environmental Research   66.  Drake, CM, DA Lott, KNA Alexander and J Webb . 2007. Surveying
                Institute, Denmark.                               terrestrial and freshwater invertebrates for conservation evaluation.
                                                                  Natural England Research Report NERR005. Peterborough : English
            49.  Clarke RT, Davy-Bowker J. 2006.Development of the scientific   Nature.
                rationale and formulae for altering RIVPACS predicted indices for
                WFD Reference Condition. Final report. Edinburgh : SNIFFER Project   67.   Sadler, JP and D Bell. 2000. A comparative site assessment of
                WFD72b. pp. 62 + ix appendices.                   exposed riverine (ERS) beetles in South-West England. Peterborough. :
                                                                  English Nature Research Reports, No. 383.
            50.  WFD-UKTAG. 2014. UKTAG River Assessment Method, Benthic
                Invertebrate Fauna, Whalley, Hawkes, Paisley and Trigg (WHPT) Metric in   68.  Sadler, J.P. and Petts G.E. 2000. Invertebrates of Exposed Riverine
                River Invertebrate Classification Tool (RICT). s.l. : UK Technical Advisory   Sediments – Phase 2: Sampling Considerations. Bristol : Environment
                Group.                                            Agency: 112.
            51.   McFarland, B. 2010. Developing typology and class boundaries   69.  Webb, JR, A Drewitt and N Mott. 2017. Guidelines for Riparian Beetle
                for WFD-AWICsp to assess acidification in UK rivers using   Surveys incorporating site quality assessment via Pantheon. Natural
                macroinvertebrates. Report to the UK TAG Freshwater Task Team. http://  England Protocol. . Peterborough : Natural England.
                www.wfduk.org/sites/default/files/AWICsp%20Report%20March%2.
                s.l. : UK Technical Advisory Group.           70.  Magand, C, MH Alves, E Calleja, T Datry, G Dörflinger, J England, A
                                                                  Munne, I Tziortzis. 2020. Intermittent Rivers and Ephemeral streams:
            52.  Cantrell KJ, Serkiz SM, Perdue EM. 1990. Evaluation of acid-  what water managers need to know. Technical report – Cost ACTION CA
                neutralising capacity data for solutions containing natural organic acids.   15113. 10.5281/zenodo.3888474.
                Geochim Cosmochim, Vol. 54, pp. 1247 -1254.
                                                              71.   Washington, H.G. 1984. Diversity, Biotic and similarity indices. A review
            53.  WFD-UKTAG. 2014. River Assesment Method, Benthic Invertebrate   with special relevance to aquatic ecosystems., Water Research, Vol. 18 ,
                Fauna - Invetebrates (anthropogenic Acidification): WFD Acid Water   pp. 653-694.
                Indicator Community. Stirling : UK-TAG.
                                                              72.  Green, RH. 1979. Sampling design and statistical methods for
            54.  European Union. 2018. Commission Decision (EU) 2018/229 of 12   environmental biologists. New York : John Wiley & Sons.
                February 2018 establishing, pursuant to Directive 2000/60/EC of the
                European Parliament and of the Council, the values of the Member   73.  Pielou, EC. 1969. An Introduction to Mathematical Ecology. New York :
                State monitoring system classifications as a result of the intercalibration   John Wiley and Sons.
                exercise and repealing Commission Decision 2013/480/EU.  74.   Pielou, EC. 1975. Ecological Diversity. New York : John Wiley & Sons.
            55.  Moe S.J, Schatau A.K, Bækken T, Mcfarland B. 2010. Assessing   75.  Pielou, EC. 1977.Mathematical Ecology. New York : John Wiley & Sons.
                macroinvertebrate metrics for classifying acidified rivers across northern
                Europe. 7, Freshwater Biology, Vol. 55, pp. 1382–1404.  76.  Sládeček, K. 1973. System of water quality from the biological point of
                                                                  view. 1-IV, Archiv für Hydrobiologie Ergebnisse der Limnologie, Vol. 7,
            56.  Hellawell, JM. 1978.Biological Surveillance of Rivers. Stevenage : Water   pp. 1 - 218.
                Research Centre.
                                                              77.   Washington, HG. 1984. Diversity, biotic and similarity indices: A review
            57.   Hauer, R & G.A. Lamberti. 2017. Methods in Stream Ecology, 3rd edn.   with special relevance to aquatic ecosystems., Water Research, , Vol. 18,
                Volume 1: Ecosystem Structure; Volume 2: Ecosystem Function. s.l. :   pp. 653-694.
                Academic Press.
                                                              78.  Hawkes, H.A. 1998. Origin and development of the biological monitoring
            58.  Institution, British Standards. 2012. Water quality — Guidelines   working party score system, Water research, Vol. 32, pp. 964-968.
                for the selection of sampling methods and devices for benthic
                macroinvertebrates in fresh waters (ISO 10870:2012). s.l. : British   79.  Herman, MR & AP Nejadhashemi. 2015. A review of
                Standards Institution.                            macroinvertebrate- and fish- based stream health indices. Ecohydrology
                                                                  & Hydrobiology, Vol. 15, pp. 53 -67.
            59.  Green, RH. 1979. Sampling design and statistical methods for
                environmental biologists. University of Ohio : John Whiley and Sons.  80.  Maitland, P.S. 1977. A Coded checklist of animals occurring in
                                                                  freshwater in the British Isles. Edinburgh : Institute of Terrestrial Ecology.
            60.  Pritchard EG, DDA Chadwick, IR Patmore, M Chadwick, P Bradley,
                CD Sayer and JA Axmacher. 2021.The Pritchard Trap, a novel   81.   Wegl, R. 1983. Index für Limnosarobitat., Wasser und Abwasser, Vol. 26,
                quantitative survey method for fish. Ecological Solutions and Evidence.,   pp. 1 - 175.
                Ecological Solutions and Evidence, Vol. 2.




                                                                 Freshwater Biology and Ecology Handbook  |  309
                                                                                                                 –
   304   305   306   307   308   309   310   311   312   313   314